169 = 169|1|keny|1|topstation=0:topindicator=bod:*:bottomstation=3:bottomindicator=bod:bmpbottom=1:|What else is BOD related to that would make the change so slight?
178 = 178|3|michelle|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The nitrogen concentration decreases when the precipitation rises more than one inch.
187 = 187|3|michelle|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The pristine forest is made up entirely of permeable surface, meaning that excepting significant precipitation (one inch or more) most of the precipitation is absorbed.  Also, since it is pristine forest, what little run off there is will not be polluted.
196 = 196|3|jgroganb|119|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|The runoff contains phosphorus, which depletes the concentration of the naturally occuring nitrogen.
259 = 259|2|dmalorkus|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Note to self
APES is very fun.
268 = 268|3|01mcohen|113|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|Casual
277 = 277|3|Norahjenny|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|One would expect a young, new growth forest to have more runoff because a more mature forest has a more complex root system to hold the soil in place.
286 = 286|1|keny|1|topstation=0:topindicator=toxins:bmptop=0:bottomstation=1:bottomindicator=toxins:bmpbottom=1:|What has happened to the concentration of toxins and why?
295 = 295|1|keny|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=6:bottomindicator=phosphorus:bmpbottom=1:|Describe the effect that the improvement had on
 your station. (Be Specific)
349 = 349|2|dmalorkus|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|The run-off levels never truly affected the levels of oxygen concentration.  So the volume of run-off was never a factor in the levels of nitrogen concentration.
358 = 358|2|danixiah|1|topstation=2:topindicator=temperature:bmptop=0:bottomstation=2:bottomindicator=bod:bmpbottom=0:|There are other best management practices.  It would be really cool to choose from a list of BMPs and management decisions and see the effect.
367 = 367|2|keny|1|topstation=2:topindicator=temperature:bmptop=1:bottomstation=2:bottomindicator=bod:bmpbottom=1:|You could also have a list of the BMPs and their descriptions.
376 = 376|3|tram|106|topstation=0:topindicator=toxins:bmptop=0:bottomstation=7:bottomindicator=toxins:bmpbottom=0:|The toxins are not good for the water body.  They probably originate from the industrial areas (at site 6), and plants along the bank.
385 = 385|2|danixiah|1|topstation=0:topindicator=watertemp:bmptop=0:bottomstation=2:bottomindicator=watertemp:bmpbottom=0:|It would be extremely helpful to be able to see both graphs on the same model or graph scale so that it would be easier to compare the differences in levels of anything.
394 = 394|3|Norahjenny|230|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=6:bottomindicator=heavymetal:bmpbottom=0:|Industry, cars, lack of runoff, pipes/sewage and subways near groundwater.
439 = 439|3|worm|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The kinds of trees there are and how many people occupy and use the watershed.
448 = 448|3|Drag On Word|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Yes
457 = 457|3|SB1|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The runoff of rainwater with different chemicals and toxins that are mixed with nitrogen into the river.
466 = 466|3|worm|102|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|The nitrogen levels at station 7 have a much high level then station number 0
475 = 475|3|Drag On Word|108|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|Depending on how much nitrogen is in the water, can determine the pH.
484 = 484|3|VF|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|THE CHANGES ARE MAJOR. IT HAS A GREAT IMPACT ON THE SYSTEM.
493 = 493|1|keny|1|topstation=0:topindicator=runoff:*:bottomstation=5:bottomindicator=runoff:bmpbottom=0:|Why is there no runoff at this station?  Think about what a wetland looks like.
529 = 529|1|keny|1|topstation=1:topindicator=do:bmptop=0:bottomstation=7:bottomindicator=do:bmpbottom=0:|Jigsaw 1 Describe what the scatterplot tells you about station 1 DO compared to station 7 DO.
538 = 538|2|dave|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Looks good, but questions need a bit of tightening here and there.
547 = 547|3|jill|112|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|As the N level increases the BOD level increases.  This is due to decompostion (BOD) which results in increase of N in water.
556 = 556|2|boberol|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=2:bottomindicator=nitrogen:bmpbottom=0:|do not think that comparing the same variable for the nutrient and runoff values are not that valuable for us.
565 = 565|1|keny|1|topstation=3:topindicator=ph:bmptop=1:bottomstation=3:bottomindicator=runoff:bmpbottom=1:|Jigsaw 3 Describe the change due to the bmp on the runoff time series graph.
574 = 574|1|keny|1|topstation=3:topindicator=sediments:bmptop=1:bottomstation=7:bottomindicator=sediments:bmpbottom=0:|Jigsaw 3 (Station 2 improved)  Compare the relative change at station 7 to the change at station 3.
583 = 583|1|keny|1|topstation=2:topindicator=ph:bmptop=1:bottomstation=7:bottomindicator=ph:bmpbottom=0:|Jigsaw 3 (Station 3 improved)Compare the relative change at station 7 to the
change at station 2.
592 = 592|2|boberol|1|topstation=2:topindicator=nitrogen:bmptop=1:bottomstation=2:bottomindicator=sediments:bmpbottom=1:|The scatterplot question is more focused than some other questions- this is good.

Other questions are fine.

Another alternative that kids are probably more familiar with is the addition of a riparian buffer zone.
619 = 619|3|06camanda|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|In the pristine forest there isn't any concrete, so there are more porous surfaces which absorb water.  Therefore there is less run off. 
628 = 628|2|bio6|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|i have no idea
i do not want to be on tv
637 = 637|3|bio6stupid|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Tht the nitrogen goes down and the precipitation goes up
646 = 646|2|bio6tragicfear|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|WE LOST OUR OTHER ANSWERS!!!!!!but we answered it so if you get them tell us? 
655 = 655|3|bio6db|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|In an old forest, decreases space and the tree's water needs slow down runoff. But in a young forest, there is less space and the trees use less water.
664 = 664|3|bio6stupid|243|topstation=0:topindicator=toxins:bmptop=0:bottomstation=4:bottomindicator=toxins:bmpbottom=0:|The city
673 = 673|3|bio6dnkc|w497|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|The average increase is about 0.1945.
682 = 682|2|bio3abc|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|Nitrogen conceration/sediments are the same in sector 0.
798 = 798|3|bio3bkd|w505|topstation=0:topindicator=runoff:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|I dont understand how to get the percentages.
800 = 800|3|bio3bkd|w507|topstation=0:topindicator=runoff:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|HAHAHA i dont have to answer this question!
808 = 808|3|bio356|w514|topstation=0:topindicator=runoff:bmptop=0:bottomstation=5:bottomindicator=runoff:bmpbottom=0:|We have no scatter plot.
817 = 817|3|bio3fab|w510|topstation=0:topindicator=runoff:bmptop=0:bottomstation=4:bottomindicator=runoff:bmpbottom=0:|The scatterplot for this information is that the pristine forest's runoff remains pretty constant, where as the commercial runoff changes drastically.
826 = 826|3|bio3saa|w518|topstation=0:topindicator=ph:bmptop=0:bottomstation=6:bottomindicator=ph:bmpbottom=0:|It is a halfplane y > x.
835 = 835|3|bio3jklh|w503|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=2:bottomindicator=totalflow:bmpbottom=0:|Station 2 has a much larger fluxuation pattern than station 0, and reaches much higher numbers. Station 0 peaks much less often than station 2. 
844 = 844|3|bio3bkd|w504|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=3:bottomindicator=totalflow:bmpbottom=0:|The maximum value at station 0 is higher than station 3.
853 = 853|3|bio356|w515|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=5:bottomindicator=groundwater:bmpbottom=0:|don't need to answer
862 = 862|3|bio3fab|w510|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=4:bottomindicator=groundwater:bmpbottom=0:|The scatterplot for station 0 and station 4 are almost the same. 
871 = 871|3|bio3fab|w508|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=4:bottomindicator=groundwater:bmpbottom=0:|The maximum value of station 4 is higher than the value of station 0. The highest point on station 0 goes up to the middle of station 4 graph.
880 = 880|3|bio3jklh|w501|topstation=0:topindicator=ph:bmptop=0:bottomstation=2:bottomindicator=ph:bmpbottom=0:|Station 0 has a higher maximum value at 7, than staion 2 at 6.8.
888 = 888|2|Bio3sham|1|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=0:|Station zero didn't show anything. That's really sad.
897 = 897|3|bio3wtg|w501|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=2:bottomindicator=nitrogen:bmpbottom=0:|There is a higher maximum in graph 2.
907 = 907|3|bio3saa|w518|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=6:bottomindicator=totalflow:bmpbottom=0:|Its random.
916 = 916|2|Bio3sham|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=0:|hey hey hey
188 = 188|3|wolfe|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|When the rain spikes over an inch nitrogen also spikes.  
179 = 179|3|michelle|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|No
197 = 197|3|jgroganb|109|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|Runoff brings in phosphorus and other acidic pollutants, which would lower the pH.
269 = 269|2|01mcohen|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|Cry ty
278 = 278|3|Norahjenny|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Because there has to be a significant amount of water to effect the amount of runoff.
287 = 287|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=4:bottomindicator=nitrogen:bmpbottom=1:|Does the nitrogen concentration decrease after the implementation of the improvement?  Hypothesize why or why not.
296 = 296|1|keny|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=6:bottomindicator=sediments:bmpbottom=1:|Why haven't the sediments returned to pristine forest data after the improvements have been made?
359 = 359|3|tram|105|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=7:bottomindicator=phosphorus:bmpbottom=0:|The phosporus at station 0 is consistently low, whereas the phosphorus at station 7 is consistently high.
368 = 368|3|01mcohen|100|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|As the sediments go up the amount of BOD goes up
377 = 377|3|Norahjenny|114|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Runoff often contains sediment and water from precipitation.  Thus, when there is more runoff there is more sediment.
386 = 386|3|Norahjenny|222|topstation=0:topindicator=bod:bmptop=0:bottomstation=6:bottomindicator=bod:bmpbottom=0:|There is more activity and probably less oxygen in the water due to increase pollution dissolving the oxygen.
395 = 395|2|Norahjenny|1|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=6:bottomindicator=heavymetal:bmpbottom=0:|There are no heavy metals in the pristine forest but there are a lot in the urban areas.
449 = 449|3|Drag On Word|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Because the precipitation contains the nitrogen, and when the preciptiation increases the nitrogen.
458 = 458|3|SB1|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Old growth forest because the roots give more nutrients to the soil causing runoff.
467 = 467|3|worm|103|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|The toxin level at station 7 is going all over the chart as where station 0 didn't have and toxin level
476 = 476|3|eminemchild|102|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|the nitrogen level at 0 station is lower than 7 station.
485 = 485|3|VF|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|THE REALTIONSHIP IS DIFFERENT. THE YEAR HAS DIFFERENT DAYS AND DIFFERENT WEATHER SYSTEMS.ALSO 
494 = 494|1|keny|1|topstation=0:topindicator=ph:*:bottomstation=5:bottomindicator=ph:bmpbottom=0:|Look at the value of pH at station 5 compared to station 0.  What do you notice?  Why is it like that?
539 = 539|3|dave|122|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|They seem to increase in step with each other, as suggested by the graphs, and by the scatter plot
548 = 548|3|jill|113|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|correlational
557 = 557|1|keny|1|topstation=2:topindicator=nitrogen:bmptop=1:bottomstation=2:bottomindicator=sediments:bmpbottom=1:|Jigsaw 3  Compare the bmp change in the nitrogen graph to the bmp change in the sediment graph.
566 = 566|1|keny|2|topstation=3:topindicator=ph:bmptop=1:bottomstation=3:bottomindicator=runoff:bmpbottom=1:|Jigsaw 3 How is the bmp pH/runoff scatter plot different than the unimproved scatter plot? What does the difference mean? 
575 = 575|1|keny|3|topstation=3:topindicator=sediments:bmptop=1:bottomstation=7:bottomindicator=sediments:bmpbottom=0:|Jigsaw 3 What questions do you have about the improvement of station 7 compared to station 3?
584 = 584|1|keny|3|topstation=2:topindicator=ph:bmptop=1:bottomstation=7:bottomindicator=ph:bmpbottom=0:|Jigsaw 3 What questions do you have about the improvement of station 7 compared to
station 2?
593 = 593|3|boberol|563|topstation=2:topindicator=ph:bmptop=1:bottomstation=2:bottomindicator=runoff:bmpbottom=1:|Why doesn't the pH neutralize even after the bmp has been implemented?
638 = 638|3|bio6stupid|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The relationshp does differ
629 = 629|3|bio6ben|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|the amount of nitrogen decreases
647 = 647|3|bio6dnkc|102|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|The nitrogen level is higher at station 7.
656 = 656|3|bio6db|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Because you have to have a large amount of water to get a substantial runoff going.
665 = 665|3|bio6stupid|w510|topstation=0:topindicator=toxins:bmptop=0:bottomstation=4:bottomindicator=toxins:bmpbottom=0:|The polution goes in random plaes
674 = 674|3|bio6lyngen|w500|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=2:bottomindicator=phosphorus:bmpbottom=0:|it should be changed to station 2
683 = 683|3|bio3jklh|309|topstation=0:topindicator=temperature:bmptop=0:bottomstation=0:bottomindicator=temperature:bmpbottom=0:|When the temperature goes up the level of DO goes down because the water is evaporating at a higher rate.
692 = 692|3|bio3wtg|118|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Yes, when runoff increases, phosphorus increases.
719 = 719|2|bio3saa|1|topstation=0:topindicator=precip:bmptop=0:bottomstation=3:bottomindicator=precip:bmpbottom=0:|We were correct in thinking that the precip. was the same in 0 and 3.
728 = 728|3|bio6stupid|w509|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=4:bottomindicator=phosphorus:bmpbottom=0:|4 has a greater average
737 = 737|3|bio6stupid|w508|topstation=0:topindicator=runoff:bmptop=0:bottomstation=4:bottomindicator=runoff:bmpbottom=0:|There is about 20000 more runoff in a comercail area then in a pristine forest
?
746 = 746|3|bio6stupid|w510|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=4:bottomindicator=groundwater:bmpbottom=0:|it increases
755 = 755|3|bio6lyngen|w503|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=2:bottomindicator=heavymetal:bmpbottom=0:|The originals land staight through maximum value zero throughout the year.
764 = 764|3|bio6cookie|w498|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=1:bottomindicator=groundwater:bmpbottom=0:|has positive corelation
773 = 773|3|bio6tragicfear|w512|topstation=0:topindicator=toxins:bmptop=0:bottomstation=5:bottomindicator=toxins:bmpbottom=0:|the max value at station 0 is o, in station 5 the max value is considerably higher and shows that within a wetland it is very different than on station 0.
782 = 782|3|Bio3sham|w509|topstation=0:topindicator=runoff:bmptop=0:bottomstation=4:bottomindicator=runoff:bmpbottom=0:|Station four has a drastically higher average percent concentration than station zero. 
791 = 791|3|bio3pmjm|w506|topstation=0:topindicator=runoff:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|The run-off meters cubed at station 3 are always higher than station 0.
809 = 809|3|bio356|w515|topstation=0:topindicator=runoff:bmptop=0:bottomstation=5:bottomindicator=runoff:bmpbottom=0:|I don't need to to answer I don't need to answer
818 = 818|3|bio3fab|w508|topstation=0:topindicator=runoff:bmptop=0:bottomstation=4:bottomindicator=runoff:bmpbottom=0:|The maximum valueat station 0 differs from station 4 because  station 4 almost doubles the maximum of station 0.
827 = 827|3|bio3ck|215|topstation=0:topindicator=runoff:bmptop=0:bottomstation=1:bottomindicator=runoff:bmpbottom=0:|There was a higher average of runoff for the logging forest then for the Pristine forest.  The Logging Forest also has a larger maximum value.
836 = 836|3|Bio3sham|w510|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=4:bottomindicator=totalflow:bmpbottom=0:|The readings are very concentrated around 0-10000. Readings do continue up both the x and y axis' sparingly.
845 = 845|3|bio3bkd|w505|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=3:bottomindicator=totalflow:bmpbottom=0:|I dont know how to do percantages. 
854 = 854|3|bio3pmjm|w504|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=3:bottomindicator=groundwater:bmpbottom=0:|The ground water level is higher in station 3 than in station 0.
863 = 863|3|bio3fab|w508|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=4:bottomindicator=groundwater:bmpbottom=0:|The maximum value of station 4 is higher than the value of station 0. The highest point on station 0 goes up to the middle of station 4 graph.
872 = 872|3|bio3wtg|w501|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=2:bottomindicator=totalflow:bmpbottom=0:|Station 2 has much more total flow than station 0.
881 = 881|3|bio3saa|w516|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=6:bottomindicator=groundwater:bmpbottom=0:|Groundwater is much lower.
890 = 890|3|Bio3sham|w510|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=0:|The scatterplot stays steady at EXACTLY zero, no more, no less! Not even .0001 more or less. JUST ZERO!
908 = 908|3|bio3wtg|w501|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=2:bottomindicator=phosphorus:bmpbottom=0:|There is a higher maximum value in graph 2 than graph 0.
917 = 917|3|bio3wtg|w501|topstation=0:topindicator=watertemp:bmptop=0:bottomstation=2:bottomindicator=watertemp:bmpbottom=0:|The value in station 2 in slightly higher than station 1.
20 = 20|2|keny|1|topstation=0:topindicator=heavymetal:bmptop=1:bottomstation=0:bottomindicator=runoff:bmpbottom=1:|Adding Notes
11 = 11|1|keny|2|topstation=0:topindicator=nitrogen:bmptop=1:bottomstation=0:bottomindicator=precip:bmpbottom=1:|Question #1 Oni, Opi
189 = 189|3|wolfe|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|No.
198 = 198|3|jgroganb|116|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|As the phosphorus increases, so does the BOD, so the same ratio.
279 = 279|3|Norahjenny|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|A pristine forest has a large and complex root system, which minimizes runoff.  Whereas, an urban watershed area consists of little to no root systems to prevent runoff.
288 = 288|1|keny|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=4:bottomindicator=phosphorus:bmpbottom=1:|Describe the effect that the improvement had on your station (be specific).
297 = 297|1|keny|1|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=6:bottomindicator=heavymetal:bmpbottom=1:|Why haven't the sediments returned to pristine forest data after the improvements have been made?
369 = 369|2|01mcohen|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|honk
378 = 378|3|Norahjenny|115|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Because runoff often contains sediment.
387 = 387|3|Norahjenny|236|topstation=0:topindicator=bod:bmptop=0:bottomstation=6:bottomindicator=bod:bmpbottom=0:|Pollution, human activity, industry, level of biodiversity.
396 = 396|2|Norahjenny|1|topstation=0:topindicator=precip:bmptop=0:bottomstation=6:bottomindicator=precip:bmpbottom=0:|The amount of precipitation does not appear to differ between the sites.
459 = 459|3|SB1|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|More water, more runoff
468 = 468|3|SB1|122|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|By looking  at the graph I see that the more sediment, the more the nitrogen, which shows that there must be lots of nitrogen in the soil. Most likely the nitrogen would come from the fertilizers that are placed in the soil for growth.
477 = 477|3|eminemchild|103|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|the increase means that the 7th station um will need to get rid of some of there nitrogen while station 0 is more healthier.
486 = 486|3|VF|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|WELL. THE NITROGEN INCREASES BECAUSE THE PRECIPITATION IS BRINGING WATER TO THE GROUND.
495 = 495|1|keny|1|topstation=0:topindicator=bod:*:bottomstation=5:bottomindicator=bod:bmpbottom=0:|Describe how the two graphs show a difference between biochemical oxygen demand at the two stations.
549 = 549|2|jill|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|My students would need to have a definition of BOD
558 = 558|1|keny|2|topstation=2:topindicator=nitrogen:bmptop=1:bottomstation=2:bottomindicator=sediments:bmpbottom=1:|Jigsaw 3  Now use the scatter plot.   Describe the difference between the original scatter points and bmp scatter points on nitrogen and sediment scatter plot.
567 = 567|1|keny|4|topstation=3:topindicator=ph:bmptop=1:bottomstation=3:bottomindicator=runoff:bmpbottom=1:|Jigsaw 3 Add a question here.
576 = 576|1|keny|1|topstation=3:topindicator=nitrogen:bmptop=1:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|Jigsaw 3 (Station 2 improved)
 Compare the relative change at station 7 to the
 change at station 3.
585 = 585|1|keny|1|topstation=2:topindicator=nitrogen:bmptop=1:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|Jigsaw 3 (Station 3
 improved)Compare the relative change at station
 7 to the change at station 2.
594 = 594|2|boberol|1|topstation=2:topindicator=ph:bmptop=1:bottomstation=2:bottomindicator=runoff:bmpbottom=1:|For the scatterplot question, does "what does the difference mean?" refer to how the changes between the improved and unimproved scatterplot impact the land area on the water quality?
639 = 639|3|bio6stupid|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Notrogen is in the precipitaion
648 = 648|3|bio6dnkc|103|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|The increase in nitrogen means the water is of a worse quality which is very bad.
657 = 657|3|bio6tragicfear|122|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|when nitrogen concentration was low on day 50, 100, 150, 275 and the sediment level was at a high.	
666 = 666|3|bio6stupid|w511|topstation=0:topindicator=toxins:bmptop=0:bottomstation=4:bottomindicator=toxins:bmpbottom=0:|I dont know
675 = 675|3|bio3wtg|122|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|They're almost exactly opposite.
684 = 684|3|bio3wtg|112|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|When BOD increases, nitrogen decreases.
693 = 693|3|bio3wtg|119|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|They're different.
729 = 729|3|bio6stupid|240|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=0:|It randomally incresses and decresses
738 = 738|3|bio6stupid|w509|topstation=0:topindicator=runoff:bmptop=0:bottomstation=4:bottomindicator=runoff:bmpbottom=0:|The difference is 24081.9375
747 = 747|3|bio6stupid|w508|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=4:bottomindicator=groundwater:bmpbottom=0:|big difference....more in comercial area
756 = 756|2|bio6lyngen|1|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=2:bottomindicator=heavymetal:bmpbottom=0:|Heavy Metal- stat 0 no change, stat 2, changes. most days on 0.15
765 = 765|3|bio6tragicfear|w493|topstation=0:topindicator=runoff:bmptop=0:bottomstation=5:bottomindicator=runoff:bmpbottom=0:|with our station there is no runoff, because theyre is nothing in a wetland to run off... all the ground is underneath the water and it doesnt have anything that goes anywhere.
774 = 774|3|bio6tragicfear|w513|topstation=0:topindicator=toxins:bmptop=0:bottomstation=5:bottomindicator=toxins:bmpbottom=0:|the average is 0 in station 0, the average in station 5 is .0037 and it varies alot. 
783 = 783|2|Bio3sham|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=4:bottomindicator=runoff:bmpbottom=0:|More run off at station four.
792 = 792|3|bio3wtg|136|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|precipitation, and sprinklers
819 = 819|3|bio3bkd|w504|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=3:bottomindicator=groundwater:bmpbottom=0:|The maximum value at station 0 is higher than station 3.
828 = 828|3|bio3ck|216|topstation=0:topindicator=runoff:bmptop=0:bottomstation=1:bottomindicator=runoff:bmpbottom=0:|The fact that in a logging forest you cut down all of the trees, it means there are not as many roots toh hold the soil in place and prevent runoff.
837 = 837|3|Bio3sham|w508|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=4:bottomindicator=totalflow:bmpbottom=0:|The max values are much greater at station 4 than at station 0.
846 = 846|3|bio3bkd|w506|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=3:bottomindicator=totalflow:bmpbottom=0:|The scatterplot has a positive cooraltion.
855 = 855|3|bio3pmjm|w505|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=3:bottomindicator=groundwater:bmpbottom=0:|The average percent increase is 11%.
864 = 864|3|bio356|w512|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=5:bottomindicator=saturateddo:bmpbottom=0:|the maxium value is more for pristine forest.
873 = 873|3|bio3wtg|w502|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=2:bottomindicator=totalflow:bmpbottom=0:|Station 2 has a higher percent increase compared to station 0.
882 = 882|3|bio3saa|w517|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=6:bottomindicator=groundwater:bmpbottom=0:|the increase is 17221.2451
891 = 891|3|Bio3sham|w508|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=0:|The maximum value at station four is much higher.
909 = 909|3|bio3wtg|w502|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=2:bottomindicator=phosphorus:bmpbottom=0:|The average percent increase is higher in graph 2 than graph 0.
918 = 918|3|bio3wtg|w502|topstation=0:topindicator=watertemp:bmptop=0:bottomstation=2:bottomindicator=watertemp:bmpbottom=0:|The average percent increase is higher in graph 2 than graph 0.
12 = 12|3|keny|11|topstation=0:topindicator=nitrogen:bmptop=1:bottomstation=0:bottomindicator=precip:bmpbottom=1:|I'm the Admin!
21 = 21|2|keny|1|topstation=0:topindicator=heavymetal:bmptop=1:bottomstation=0:bottomindicator=runoff:bmpbottom=1:|Adding Notes
30 = 30|3|mev24|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Concentration goes down.
199 = 199|3|jgroganb|117|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|They are both related to the same third factor, which is runoff.
289 = 289|1|keny|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=1:|Why hasn't the sediment returned to the pristine forest concentration after the improvements have been made?
298 = 298|1|keny|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=6:bottomindicator=runoff:bmpbottom=1:|How does runoff at Station 0 compare to Station 6 after improvements are made?
379 = 379|2|Norahjenny|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Sediment increases as runoff increases.
388 = 388|2|Norahjenny|1|topstation=0:topindicator=bod:bmptop=0:bottomstation=6:bottomindicator=bod:bmpbottom=0:|There is a lot more activity in urban areas as compared to the pristine forest.
397 = 397|3|dmalorkus|240|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=0:|The graph demonstrates the very close proximity between the spikes which indicates a very frequent influx of sediment into the river.  Furthermore, the spikes are higher than the ones in the graph above.
478 = 478|3|eminemchild|102|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|the nitrogen level at 0 station is lower than 7 station.
469 = 469|3|janea n shannon|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|WHEN IT RAINS HEAVLY THE NITROGEN CONCENTRATION RISES. 
487 = 487|3|VF|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|THE CONCENTRATION CHANGED BECAUSE OF THE DIFFERENT CHEMICALS.
496 = 496|1|keny|1|topstation=0:*:bmptop=0:bottomstation=1:*:bmpbottom=0:|Jigsaw 1  How does the maximum value at station 0 compare to station 1?
559 = 559|1|keny|3|topstation=2:topindicator=nitrogen:bmptop=1:bottomstation=2:bottomindicator=sediments:bmpbottom=1:|Jigsaw 3  Add a question...
568 = 568|1|keny|1|topstation=3:topindicator=nitrogen:bmptop=1:bottomstation=3:bottomindicator=sediments:bmpbottom=1:|Jigsaw 3 Compare the bmp change in the nitrogen graph to the bmp change in the
sediment graph.
577 = 577|1|keny|2|topstation=3:topindicator=nitrogen:bmptop=1:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|Jigsaw 3 (Station 2 not improved) Compare the relative change at station 7 to the
 change at station 3.
586 = 586|1|keny|2|topstation=2:topindicator=nitrogen:bmptop=1:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|Jigsaw 3 (Station 3 not
 improved)Compare the relative change at station
 7 to the change at station 2.
595 = 595|3|topgun|568|topstation=3:topindicator=nitrogen:bmptop=1:bottomstation=3:bottomindicator=sediments:bmpbottom=1:|Improved both .  Question seems clear.
649 = 649|2|bio6dnkc|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|The nitrogen level at station 7 is approximately 9 times as high as it is at station 0.
658 = 658|2|bio6tragicfear|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|NONE!!!
667 = 667|3|bio6stupid|w508|topstation=0:topindicator=toxins:bmptop=0:bottomstation=4:bottomindicator=toxins:bmpbottom=0:|This is weird
676 = 676|2|bio356|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Phosphorus rises dramaticly at the 150 mark. on the station O garph
685 = 685|3|bio3wtg|113|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|Correlational
694 = 694|2|bio3ck|1|topstation=3:topindicator=precip:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|add answers amd notes
739 = 739|2|bio6stupid|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=4:bottomindicator=runoff:bmpbottom=0:|There would be more run off in a comercial area then in a prinstine forest
748 = 748|3|bio6stupid|w509|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=4:bottomindicator=groundwater:bmpbottom=0:|i a lot
757 = 757|3|bio6cookie|215|topstation=0:topindicator=runoff:bmptop=0:bottomstation=1:bottomindicator=runoff:bmpbottom=0:|The graphs show that there is more runoff iin the Logging Forest.
766 = 766|3|bio6tragicfear|w512|topstation=0:topindicator=runoff:bmptop=0:bottomstation=5:bottomindicator=runoff:bmpbottom=0:|there is no max value in station 5 for runoff, it stays the same the whole time.  while the max value of 0 is quite high.
775 = 775|3|bio3jklh|136|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|In the agricultural area there are less trees, so more water can make it to the river. 
784 = 784|3|bio3saa|231|topstation=0:topindicator=toxins:bmptop=0:bottomstation=6:bottomindicator=toxins:bmpbottom=0:|There comming from the urban runoff.
793 = 793|3|bio3jklh|w501|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=2:bottomindicator=groundwater:bmpbottom=0:|The maximum value at station 2 is about five times as much is that at station 0. 
829 = 829|3|bio3ck|w496|topstation=0:topindicator=runoff:bmptop=0:bottomstation=1:bottomindicator=runoff:bmpbottom=0:|The maximum value in station 0 is less the the maximum value in station 1.
838 = 838|3|bio3nima|136|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|The cause for the increase in runoff in the agricultural area is due to the fertilizers and other pollutants that are found in this area.
847 = 847|3|bio3wtg|w501|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|Station 0 has a lower maximum value.
856 = 856|3|bio3pmjm|w506|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=3:bottomindicator=groundwater:bmpbottom=0:|The scatter plot increases at various points but it also dreases. looks like an exponential growth.
865 = 865|3|bio356|w513|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=5:bottomindicator=saturateddo:bmpbottom=0:|The average value is more for pristine forest by a lot
874 = 874|3|bio3wtg|w503|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=2:bottomindicator=totalflow:bmpbottom=0:|The points are concentrated in the bottom left.
883 = 883|3|bio3saa|w518|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=6:bottomindicator=groundwater:bmpbottom=0:|It ia around the line y=x.
892 = 892|3|Bio3sham|w509|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=0:|There is an extreme difference because staion zero does not show any readings.
13 = 13|2|keny|1|topstation=0:topindicator=nitrogen:bmptop=1:bottomstation=0:bottomindicator=precip:bmpbottom=1:|Admin means the creator! Let there be display all notes!
40 = 40|1|keny|3|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|Change the day range for both stations to 40-60 days.  How is nitrogen concentration concentration different during that time period?
31 = 31|3|mev24|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The anchoring of the soil and the fact that the entire surface is protected by land cover affects the amount of runoff.
299 = 299|1|keny|1|topstation=0:topindicator=do:bmptop=0:bottomstation=6:bottomindicator=do:bmpbottom=1:|Does the DO improve after the bmp has been implemented? Hypothesize why or why not.
22 = 22|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Note that nitrogen concentration is fairly constant. What do you note about precipitation when the nitrogen
concentration changes? 
389 = 389|3|Norahjenny|231|topstation=0:topindicator=toxins:bmptop=0:bottomstation=6:bottomindicator=toxins:bmpbottom=0:|Industry in the area, pollution from humans (cars, litter, spills, etc.), lack of biodiversity (lack of plants to clean air)
398 = 398|2|danixiah|1|topstation=1:topindicator=nitrogen:bmptop=0:bottomstation=2:bottomindicator=nitrogen:bmpbottom=0:|I would like an explination of the different indicators and how they are measured etc...
479 = 479|3|eminemchild|103|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|the increase means that the 7th station um will need to get rid of some of there nitrogen while station 0 is more healthier.
488 = 488|3|VF|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|I THINK A OLD MATURE FORREST WOULD HAVE MORE RUN-OFF. THE RIVER IS OLDER AND WITH TIME ITS SIZE CHANGES.
497 = 497|1|keny|2|topstation=0:*:bmptop=0:bottomstation=1:*:bmpbottom=0:|Jigsaw 1  What is the average percent concentration increase for station 1 compared to station 0?
569 = 569|1|keny|2|topstation=3:topindicator=nitrogen:bmptop=1:bottomstation=3:bottomindicator=sediments:bmpbottom=1:|Jigsaw 3 Now use the scatter plot. Describe the difference between the original scatter points and bmp scatter points on nitrogen/sediment scatter plot.
578 = 578|1|keny|3|topstation=3:topindicator=nitrogen:bmptop=1:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|Jigsaw 3 What questions do you have about the improvement of station 7 compared to station 3?
587 = 587|1|keny|3|topstation=2:topindicator=nitrogen:bmptop=1:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|Jigsaw 3 What questions do you have about the improvement of station 7 compared to
station 2?
596 = 596|3|topgun|569|topstation=3:topindicator=nitrogen:bmptop=1:bottomstation=3:bottomindicator=sediments:bmpbottom=1:|Relationship is inesr in both cases.  BMP has greater slope but maxmimums are less than the original.  Steeper slope indicates that sediment retension is greater than nitrogen retension under BMP.

INTERESTING....
Does the change in slopes imply correlation instead causation between sediment and nitrogen?
659 = 659|3|06hyperchic|102|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|The nitrogen on the seventh level are much higher than level zero.
668 = 668|3|bio6stupid|w509|topstation=0:topindicator=toxins:bmptop=0:bottomstation=4:bottomindicator=toxins:bmpbottom=0:|I dont get it
677 = 677|3|bio3wtg|108|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|Ph indicates nitrogen in the water.
686 = 686|3|bio3saa|122|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|An inverse relation
695 = 695|3|bio3jklh|122|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|	The relationship between nitrogen and sediments is opposite of eachother.
749 = 749|2|bio6stupid|1|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=4:bottomindicator=groundwater:bmpbottom=0:|This is boring...
758 = 758|3|bio6cookie|216|topstation=0:topindicator=runoff:bmptop=0:bottomstation=1:bottomindicator=runoff:bmpbottom=0:|THe cutting of trees could cause the difference in the graphs.
767 = 767|3|bio6tragicfear|w513|topstation=0:topindicator=runoff:bmptop=0:bottomstation=5:bottomindicator=runoff:bmpbottom=0:|the average percent of runoff in station 0 and 5 are different because in station 5 the average is 0 while the average in station 0 is 599
776 = 776|3|bio3jklh|w501|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|The maximum value at station 2 is larger than that at station 0.
785 = 785|3|bio3saa|w516|topstation=0:topindicator=toxins:bmptop=0:bottomstation=6:bottomindicator=toxins:bmpbottom=0:|The maximum value at station 6 is much more than station 0, which has none.
794 = 794|3|bio3jklh|w502|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=2:bottomindicator=groundwater:bmpbottom=0:|we do not understand this question
839 = 839|3|bio3nima|w501|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|The maximum value at station 0 is far less than the maximum at station 2.  
848 = 848|3|bio3wtg|w502|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|Station 2 has a higher average than station 0.
857 = 857|3|bio3saa|232|topstation=0:topindicator=runoff:bmptop=0:bottomstation=6:bottomindicator=runoff:bmpbottom=0:|It's a porabola.
866 = 866|3|bio356|w514|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=5:bottomindicator=saturateddo:bmpbottom=0:|have no scatter plot.
875 = 875|3|bio356|w512|topstation=0:topindicator=sediments:bmptop=0:bottomstation=5:bottomindicator=sediments:bmpbottom=0:|The maxiuim value for the wetlands is more
893 = 893|2|Bio3sham|1|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=0:|Station zero didn't show anything. That's really sad.
884 = 884|3|Bio3sham|242|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=0:|Industrial waste and by products.
41 = 41|3|mev24|40|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|There are only 2 peaks for station 0.  There are 4 for station 1 and the original peaks are spread out.
50 = 50|1|keny|1|topstation=0:*:bmptop=1:bottomstation=1:*:bmpbottom=1:|This question only displays when station 0 top is compared with station 1 bottom, but it will appear for all indicators, but only if bmp == 0
32 = 32|2|mev24|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Remeber to compare nitrogen at stations 0 and 1
23 = 23|1|keny|4|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|How does concentration change? 
399 = 399|3|Norahjenny|234|topstation=0:topindicator=ph:bmptop=0:bottomstation=6:bottomindicator=ph:bmpbottom=0:|The pH of the pristine forest is neutral for most of the year whereas the pH in the urban area is more acidic and rarely neutral (probably due to toxins and pollution).
489 = 489|1|keny|1|topstation=0:topindicator=nitrogen:*:bottomstation=5:bottomindicator=nitrogen:bmpbottom=0:|Hypothesize what causes the difference in nitroge concentration between the two stations.
498 = 498|1|keny|3|topstation=0:*:bmptop=0:bottomstation=1:*:bmpbottom=0:|Jigsaw 1  Describe the scatterplot of this indicator for station 0 and station 1.
579 = 579|1|keny|1|topstation=3:topindicator=ph:bmptop=1:bottomstation=7:bottomindicator=ph:bmpbottom=0:| Jigsaw 3 (Station 2 improved)
 Compare the relative change at station 7 to the
 change at station 3.
588 = 588|1|keny|1|topstation=2:topindicator=sediments:bmptop=1:bottomstation=7:bottomindicator=sediments:bmpbottom=0:|Jigsaw 3 (Station 3
 improved)Compare the relative change at station
 7 to the change at station 2.
597 = 597|3|boberol|585|topstation=2:topindicator=nitrogen:bmptop=1:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|typo- should read (station 2 improved)
669 = 669|3|bio6dnkc|36|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|Nitrogen levels are higher in station 1.
678 = 678|2|bio3bkd|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=totalflow:bmpbottom=0:|The first graph fluctuates up and down several time
687 = 687|3|bio3wtg|110|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|When sediments increase, so does phosphorus, because sediments contain phosphorus.
696 = 696|2|bio356|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|There is a typo with the word phosphorus.
759 = 759|3|bio6cookie|w496|topstation=0:topindicator=runoff:bmptop=0:bottomstation=1:bottomindicator=runoff:bmpbottom=0:|The maximum value at station 0 is a lot less than the maximum value at station 1.
768 = 768|3|bio6tragicfear|w514|topstation=0:topindicator=runoff:bmptop=0:bottomstation=5:bottomindicator=runoff:bmpbottom=0:|the scatter plot is always on zero on the x axis and goes to the top with many points on station 0
777 = 777|3|bio3jklh|w502|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|we do not understand
786 = 786|3|bio3saa|w517|topstation=0:topindicator=toxins:bmptop=0:bottomstation=6:bottomindicator=toxins:bmpbottom=0:|There are no toxins in 0, therefore the average percent increase is infanate
795 = 795|3|bio3jklh|w503|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=2:bottomindicator=groundwater:bmpbottom=0:|The two stations have the same fluxuation but station two is at a higher level. 
849 = 849|3|bio3wtg|w503|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|It curves up.
858 = 858|3|bio3saa|233|topstation=0:topindicator=runoff:bmptop=0:bottomstation=6:bottomindicator=runoff:bmpbottom=0:|The trees use the water, the urban drains are speeding runoff.
867 = 867|3|bio3wtg|w501|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=2:bottomindicator=groundwater:bmpbottom=0:|Station 2 has a higher maximum value.
876 = 876|3|bio356|w513|topstation=0:topindicator=sediments:bmptop=0:bottomstation=5:bottomindicator=sediments:bmpbottom=0:|the average for wetlands is more than the pristine forest.
885 = 885|3|Bio3sham|w510|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=0:|The scatterplot stays steady at EXACTLY zero, no more, no less! Not even .0001 more or less. JUST ZERO!
894 = 894|3|bio3wtg|w501|topstation=0:topindicator=sediments:bmptop=0:bottomstation=2:bottomindicator=sediments:bmpbottom=0:|Ther is a higher maximum in station 2.
33 = 33|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=1:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|How does the variation of nitrogen in station 1 compare to station 0?
42 = 42|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=precip:bmpbottom=0:|Since I've edited this field it saved the changes to the location I edited it in.
60 = 60|1|keny|1|topstation=1:topindicator=precip:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=1:|Under what conditions does the concentration of nitrates go down due to improvements?
15 = 15|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=1:bottomstation=0:bottomindicator=nitrogen:bmpbottom=1:|What's going on here?
24 = 24|1|keny|6|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Why does it take such a large change in precipitation before there is a change in runoff?
51 = 51|1|keny|5|topstation=0:*:bmptop=0:bottomstation=1:*:bmpbottom=0:|This question only displays when station 0 top is compared with station 1 bottom, but it will appear for all indicators, but only if bmp == 0
499 = 499|1|keny|4|topstation=0:*:bmptop=0:bottomstation=1:*:bmpbottom=0:|Jigsaw 2 What have you learned about this indicator to explain the difference between station 0 and 1? 
589 = 589|1|keny|2|topstation=2:topindicator=sediments:bmptop=1:bottomstation=7:bottomindicator=sediments:bmpbottom=0:|Jigsaw 3 (Station 3 not
 improved)Compare the relative change at station
 7 to the change at station 2.
598 = 598|3|boberol|586|topstation=2:topindicator=nitrogen:bmptop=1:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|we would address this question first, before the improvement is made.
679 = 679|3|bio3abc|122|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|Nitrogen and sediments are very identical but the nitrogen graph is fliped upside down.
688 = 688|3|bio3saa|108|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|It looks like pH is affected by nitrogen concentration levels. 
697 = 697|3|bio3saa|118|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|it is swiched.
769 = 769|3|bio6lyngen|137|topstation=0:topindicator=ph:bmptop=0:bottomstation=2:bottomindicator=ph:bmpbottom=0:| Stat 2 has more changing data  and changes from day to day mostly  between 6.35 to 6.45.  In stat 0, has lesser data change. 
778 = 778|3|bio3jklh|w503|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|For station 2, the graph shows a more frequent increase in runoff during the year.  Station 0 stays lower more often. 
787 = 787|3|bio3saa|w518|topstation=0:topindicator=toxins:bmptop=0:bottomstation=6:bottomindicator=toxins:bmpbottom=0:|It's a horizontal line at 0.
796 = 796|3|bio3bkd|151|topstation=0:topindicator=runoff:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|Trees prevented the runoff at station 0
that is not present at station 3.
859 = 859|3|bio3saa|w516|topstation=0:topindicator=runoff:bmptop=0:bottomstation=6:bottomindicator=runoff:bmpbottom=0:|It is about 9,000 less.
868 = 868|3|bio3wtg|w502|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=2:bottomindicator=groundwater:bmpbottom=0:|Station 2 has a high average compared to station 0.
877 = 877|3|bio356|w514|topstation=0:topindicator=sediments:bmptop=0:bottomstation=5:bottomindicator=sediments:bmpbottom=0:|have no sactter plot
886 = 886|3|Bio3sham|w508|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=0:|The maximum value at station four is much higher.
895 = 895|3|bio3wtg|w502|topstation=0:topindicator=sediments:bmptop=0:bottomstation=2:bottomindicator=sediments:bmpbottom=0:|THere is a higher average increase in station 2.
16 = 16|2|keny|1|topstation=0:topindicator=watertemp:bmptop=1:bottomstation=0:bottomindicator=precip:bmpbottom=1:|Notes On Water tmp vs precip
34 = 34|1|keny|2|topstation=0:topindicator=nitrogen:bmptop=1:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|What causes this difference?
43 = 43|3|leo|43|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=precip:bmpbottom=0:|I am answering a wildcard question
61 = 61|1|keny|2|topstation=1:topindicator=precip:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=1:|What causes this change?
70 = 70|2|keny|1|topstation=1:topindicator=runoff:bmptop=0:bottomstation=1:bottomindicator=precip:bmpbottom=0:|The fortran program is putting a line of *'s in the program causing this graph not to display.
115 = 115|1|keny|2|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Why might this relationship occur?
124 = 124|3|sander|w51|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|Just Checking stuff
133 = 133|1|keny|1|topstation=3:topindicator=ph:bmptop=0:bottomstation=3:bottomindicator=precip:bmpbottom=0:|How does pH respond to varying levels of precipitation?
142 = 142|1|keny|2|topstation=0:topindicator=bod:bmptop=0:bottomstation=2:bottomindicator=bod:bmpbottom=0:|What could have caused the increase in variablity in the graph at station 2?
151 = 151|1|keny|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|What prevented the runoff at station 0 that is not present at station 3?
160 = 160|1|keny|1|topstation=0:topindicator=nitrogen:*:bottomstation=2:bottomindicator=nitrogen:bmpbottom=1:|Does the nitrogen level decrease after implementation of the improvement?  Hypothesize Why or Why Not?
205 = 205|3|jgroganb|98|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|With runoff comes phosphorus, which raises the BOD.
214 = 214|1|keny|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=1:bottomindicator=sediments:bmpbottom=0:|Hypothesize what might be the cause of this increase in sediments.
223 = 223|1|keny|1|topstation=6:topindicator=nitrogen:bmptop=0:bottomstation=6:bottomindicator=precip:bmpbottom=0:|Why would nitrogen concentration decrease with increased precipitation?
232 = 232|1|keny|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=6:bottomindicator=runoff:bmpbottom=0:|Describe the scatter plot for these two stations.
241 = 241|1|keny|2|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=0:|Hypothesize a reason for this increase.
250 = 250|3|tram|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Less precipitation during the later months.
313 = 313|3|joschmo|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|blablabla
322 = 322|3|Norahjenny|121|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|It is likely that a substantial amount of nitrogen will be collected, dissolved into the runoff, and deposited into the water.
331 = 331|2|Norahjenny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|As nitrogen decreases, the pH level becomes more acidic.
340 = 340|3|Norahjenny|112|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|An interdependent relationship exists between the nitrogen levels and B.O.D.  This is true because nitrogen compounds often contain oxygen molecules, thus with less nitrogen there is less oxygen.
106 = 106|1|keny|1|topstation=0:topindicator=toxins:bmptop=0:bottomstation=7:bottomindicator=toxins:bmpbottom=0:|Hypothesize where the increased toxins originate from and what they mean for the health of the water body.  Be specific.
304 = 304|3|keny|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Beats me...durrrr?
25 = 25|1|keny|7|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|What differences in the pristine forest from other subwatersheds affects the amount of runoff? 
403 = 403|3|michelle|w55|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=2:bottomindicator=phosphorus:bmpbottom=0:|If the phosphorus concentration at station 0 is relatively high (.1) then there has probably been a heavy rain that would wash a significant amount of sediment into the river thereby raising the concentration.  This would mean that there was also a heavy rain in the agricultural area that would also sweep a significant amount of runoff into the river, making the concentration at site 2 higher as well.
412 = 412|3|jgroganb|151|topstation=0:topindicator=runoff:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|soil, trees, plant life
421 = 421|1|keny|1|topstation=0:topindicator=do:*:bottomstation=7:bottomindicator=do:*:|Hypothesize a cause for the increased variability of DO at station 7 as compared to station 0.
430 = 430|3|stacy|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|a yOUNG-new growth because there are fewer large trees to intercept the rain fall- increasing the amount of rain that reaches the surface of the ground.  The soil moisture is probably less in a new forest, than an old one
502 = 502|1|keny|2|topstation=0:*:bmptop=0:bottomstation=2:*:bmpbottom=0:|Jigsaw 1  What is the average percent concentration increase for station 2 as compared to station 0?
511 = 511|1|keny|4|topstation=0:*:bmptop=0:bottomstation=4:*:bmpbottom=0:|Jigsaw 2 What have you learned about this indicator to explain the difference between station 0 and 4?
520 = 520|1|keny|1|topstation=7:topindicator=sediments:bmptop=0:bottomstation=1:bottomindicator=sediments:bmpbottom=0:|Jigsaw 1 Describe what the scatterplot tells you about station 7 sediments compared to station 1 sediments.
599 = 599|3|boberol|587|topstation=2:topindicator=nitrogen:bmptop=1:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|even though the max load is higher for 7, how can the average for 7 be lower than 2?
601 = 601|3|boberol|588|topstation=2:topindicator=sediments:bmptop=1:bottomstation=7:bottomindicator=sediments:bmpbottom=0:|same problem- should read (station 2 improved)
610 = 610|2|bio6lyngen|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Station 0 bio6lyngen
The phosphorus level rose at day 150. It rosed to a little over .06.  The precipitation inches also rose on day 150 to about a little over 1.4.
689 = 689|3|bio3saa|112|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|An invers relation exists between nigtogen and bod.
698 = 698|3|bio3saa|119|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|because they are both affected by runoff
700 = 700|3|bio3saa|109|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|the pH of phosphorous may affectthe total pH
779 = 779|3|Bio3sham|244|topstation=0:topindicator=runoff:bmptop=0:bottomstation=4:bottomindicator=runoff:bmpbottom=0:|Because at station four there is less soil to absorb the preciptitation so all precipittation ends up as run off.
788 = 788|3|bio3pmjm|151|topstation=0:topindicator=runoff:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|The soil,trees, and plants block and absorb run-off.
797 = 797|3|bio3bkd|w504|topstation=0:topindicator=runoff:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|The maximum value at station 0 compares to station 3 because statio 0 has more runoff.
869 = 869|3|bio3wtg|w503|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=2:bottomindicator=groundwater:bmpbottom=0:|It gradually and steadily increases.
878 = 878|3|bio356|w491|topstation=0:topindicator=sediments:bmptop=0:bottomstation=5:bottomindicator=sediments:bmpbottom=0:|The difference is becasue of people and the water may make more.
887 = 887|3|Bio3sham|w509|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=0:|There is an extreme difference because staion zero does not show any readings.
896 = 896|3|bio3wtg|w503|topstation=0:topindicator=sediments:bmptop=0:bottomstation=2:bottomindicator=sediments:bmpbottom=0:|The points start going up near the right side of the graph.
53 = 53|3|leo|w51|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=precip:bmpbottom=0:|I am gonna edit da question.
44 = 44|3|dcurtis|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|precipation also changes
71 = 71|4|keny|1|topstation=1:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=precip:bmpbottom=0:|Modified Directions on where to go next
80 = 80|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|new question
116 = 116|1|keny|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|What type of relationship exists between Phosphorus and BOD?
125 = 125|2|sander|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|Still checking
134 = 134|1|keny|1|topstation=3:topindicator=saturateddo:*:bottomstation=3:bottomindicator=watertemp:*:|What is the relationship between saturated DO and water temperature?
35 = 35|1|keny|2|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|What causes this difference?
62 = 62|1|keny|2|topstation=1:topindicator=precip:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=1:|What causes this change?
143 = 143|1|keny|2|topstation=0:topindicator=sediments:bmptop=0:bottomstation=2:bottomindicator=sediments:bmpbottom=0:|Hypothesize what would cause this increase in sediments.
152 = 152|1|keny|1|topstation=0:topindicator=bod:bmptop=0:bottomstation=3:bottomindicator=bod:bmpbottom=0:|What other indicator(s) is (are) related to the BOD?
161 = 161|1|keny|1|topstation=0:topindicator=nitrogen:*:bottomstation=3:bottomindicator=nitrogen:bmpbottom=1:|Does the nitrogen level decrease after implementation of the improvement?  Hypothesize Why or Why Not?
170 = 170|1|keny|1|topstation=0:topindicator=bod:*:bottomstation=2:bottomindicator=bod:bmpbottom=1:|What else is BOD related to that would make the change so slight?
206 = 206|3|jgroganb|99|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|same as above
215 = 215|1|keny|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=1:bottomindicator=runoff:bmpbottom=0:|Compare the two graphs.
224 = 224|1|keny|1|topstation=6:topindicator=phosphorus:bmptop=0:bottomstation=6:bottomindicator=precip:bmpbottom=0:|Why would phosphorus concentration increase with increased precipitation?
233 = 233|1|keny|2|topstation=0:topindicator=runoff:bmptop=0:bottomstation=6:bottomindicator=runoff:bmpbottom=0:|What is the difference between a pristine forest and an urban area that would create greater runoff?
242 = 242|1|keny|1|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=0:|What are some possible sources of the heavy metals found at this station?
251 = 251|3|tram|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|because more water dilutes the nitrogen concentration
260 = 260|3|01mcohen|120|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Why does the nitrogen concentration go down as the runoff increases?
314 = 314|3|joschmo|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|blablabla
323 = 323|2|Norahjenny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|This location shows similar results to the nitrogen vs. sediment location.  As the amount of runoff increases, the nitrogen level decreases, as was demonstrated in the nitrogen vs. sediment graphs.
332 = 332|3|dmalorkus|122|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|Nitrogen happens to decrease dramatically when sediment levels in the the water spike upwards.  Several hypotheses can be made to account for this negative correlation.  First, the nitrogen might interact with minerals in the sediments, which allows nitrogen to withdraw from the water, either through chemical synthesis or escaping into the air.
341 = 341|3|Norahjenny|113|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|This relationship is correlational because nitrogen and oxygen can exist without eachother.  However, some useful forms of nitrogen often contain oxygen as well.
350 = 350|3|Norahjenny|118|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Yes.
404 = 404|3|jgroganb|148|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=3:bottomindicator=phosphorus:bmpbottom=0:|Possible causes include runoff and fertilizer from lawn
413 = 413|2|jgroganb|1|topstation=0:topindicator=ph:bmptop=0:bottomstation=3:bottomindicator=ph:bmpbottom=0:|station 3 has a much lower pH consistantly
305 = 305|3|keny|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Dumb question.....young, new growth. But why? That's the question.
107 = 107|1|keny|3|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Hypothesize why the nitrogen increases as precipitation increases.
431 = 431|3|stacy|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Above
503 = 503|1|keny|3|topstation=0:*:bmptop=0:bottomstation=2:*:bmpbottom=0:|Jigsaw 1  Describe the scatterplot of this indicator for station 2 and station 0.
512 = 512|1|keny|1|topstation=0:*:bmptop=0:bottomstation=5:*:bmpbottom=0:|Jigsaw 1 How does the maximum value at station 0 compare to station 5?
521 = 521|1|keny|1|topstation=1:topindicator=sediments:bmptop=0:bottomstation=7:bottomindicator=sediments:bmpbottom=0:|Jigsaw 1 Describe what the scatterplot tells you about station 1 nitrogen compared to station 7 nitrogen.
530 = 530|1|keny|1|topstation=7:topindicator=do:bmptop=0:bottomstation=1:bottomindicator=do:bmpbottom=0:|Jigsaw 1 Describe what the scatterplot tells you about station 1 DO compared to station 7 DO.
602 = 602|2|boberol|1|topstation=2:topindicator=sediments:bmptop=1:bottomstation=7:bottomindicator=sediments:bmpbottom=0:|even though the graphs still look similar, it might be interesting to compare percent changes for total load between 2 and 7.  Students can speculate why they're different.
440 = 440|3|eminemchild|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|When precipitation increases, then the nitrogen level increases as well.
611 = 611|2|bio6TT|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The pristine forest in our model is untouched, old growth woodlands. The forest has not been impacted by
              human use, and therefore remains unhindered in its growth and its functions. This station can be used as a
              comparison to the other stations because it represents an idealized subwatershed. 
620 = 620|3|bio6camanda|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|When the nitrogen concentrate changes, the precipitation increases or decrease depending on if the nitrogen increares or desreases.
699 = 699|3|bio3wtg|109|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|Because phosphorus is acidic, so when phosphorus increases, the ph goes down.
701 = 701|2|bio3jklh|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|when there is higher levels of runoff there are lower levels of nitrogen concentration
710 = 710|3|bio3fab|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|concentration changes when the rainfall increases or decreases which could be do to weather or tempature.
789 = 789|3|bio3pmjm|w504|topstation=0:topindicator=runoff:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|The maximum value at station 3 is higher than the maximum value at station 0.
798 = 798|3|bio3bkd|w505|topstation=0:topindicator=runoff:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|I dont understand how to get the percentages.
800 = 800|3|bio3bkd|w507|topstation=0:topindicator=runoff:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|HAHAHA i dont have to answer this question!
808 = 808|3|bio356|w514|topstation=0:topindicator=runoff:bmptop=0:bottomstation=5:bottomindicator=runoff:bmpbottom=0:|We have no scatter plot.
817 = 817|3|bio3fab|w510|topstation=0:topindicator=runoff:bmptop=0:bottomstation=4:bottomindicator=runoff:bmpbottom=0:|The scatterplot for this information is that the pristine forest's runoff remains pretty constant, where as the commercial runoff changes drastically.
826 = 826|3|bio3saa|w518|topstation=0:topindicator=ph:bmptop=0:bottomstation=6:bottomindicator=ph:bmpbottom=0:|It is a halfplane y > x.
835 = 835|3|bio3jklh|w503|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=2:bottomindicator=totalflow:bmpbottom=0:|Station 2 has a much larger fluxuation pattern than station 0, and reaches much higher numbers. Station 0 peaks much less often than station 2. 
844 = 844|3|bio3bkd|w504|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=3:bottomindicator=totalflow:bmpbottom=0:|The maximum value at station 0 is higher than station 3.
853 = 853|3|bio356|w515|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=5:bottomindicator=groundwater:bmpbottom=0:|don't need to answer
862 = 862|3|bio3fab|w510|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=4:bottomindicator=groundwater:bmpbottom=0:|The scatterplot for station 0 and station 4 are almost the same. 
871 = 871|3|bio3fab|w508|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=4:bottomindicator=groundwater:bmpbottom=0:|The maximum value of station 4 is higher than the value of station 0. The highest point on station 0 goes up to the middle of station 4 graph.
880 = 880|3|bio3jklh|w501|topstation=0:topindicator=ph:bmptop=0:bottomstation=2:bottomindicator=ph:bmpbottom=0:|Station 0 has a higher maximum value at 7, than staion 2 at 6.8.
888 = 888|2|Bio3sham|1|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=0:|Station zero didn't show anything. That's really sad.
897 = 897|3|bio3wtg|w501|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=2:bottomindicator=nitrogen:bmpbottom=0:|There is a higher maximum in graph 2.
907 = 907|3|bio3saa|w518|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=6:bottomindicator=totalflow:bmpbottom=0:|Its random.
916 = 916|2|Bio3sham|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=0:|hey hey hey
18 = 18|1|keny|1|topstation=0:topindicator=heavymetal:bmptop=1:bottomstation=0:bottomindicator=runoff:bmpbottom=1:|Hvy Mtls Vs Runoff question?
27 = 27|3|tour|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|You can enter notes as a riverweb user in the section labeled Notepad. To see all your responses click on Display all responses at the bottom of this page.
36 = 36|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|How does the variation of nitrogen in station 1 compare to station 0?
54 = 54|1|keny|1|topstation=0:topindicator=phosphorus:bmptop=1:bottomstation=0:bottomindicator=phosphorus:bmpbottom=1:|Change day range to 1-100 top, and 2-99 bottom.  Click on scatterplot.  Explain the plot, including points along each axis as well as interior points.
63 = 63|1|keny|2|topstation=1:topindicator=precip:bmptop=1:bottomstation=1:bottomindicator=nitrogen:bmpbottom=1:|What causes this change?
45 = 45|3|dcurtis|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|could be due to land use---a lot of the water is absorbed or intercepted because we're looking at a "pristine" forest. 
72 = 72|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=1:bottomstation=0:bottomindicator=precip:bmpbottom=1:|What changes to the watershed would affect this relationship
81 = 81|1|keny|1|topstation=0:topindicator=do:bmptop=0:bottomstation=0:bottomindicator=saturateddo:bmpbottom=0:|What might account for the difference between dissolved oxygen and saturated dissolved oxygen?
108 = 108|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|Hypothesize why the relationship between these two indicators exists.
117 = 117|1|keny|2|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|Do the two indicators cause the concentrations of the other or are their concentrations both related to the same third factor?
126 = 126|3|sander|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|bvdfeet
135 = 135|1|keny|1|topstation=3:topindicator=nitrogen:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|When does runoff begin to affect nitrogen concentration?
144 = 144|1|keny|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=2:bottomindicator=sediments:bmpbottom=0:|Compare and contrast the two graphs.
153 = 153|1|keny|2|topstation=0:topindicator=bod:bmptop=0:bottomstation=3:bottomindicator=bod:bmpbottom=0:|Keeping in mind your answer to the previous question, what could have caused the increase in BOD?
162 = 162|1|keny|1|topstation=0:topindicator=phosphorus:*:bottomstation=3:bottomindicator=phosphorus:bmpbottom=1:|Describe the effect that the improvement had on your station.
171 = 171|1|keny|1|topstation=7:topindicator=nitrogen:bmptop=1:*:*:bmpbottom=1:|Why would nitrogen concentration go up after improvements are made?
180 = 180|3|michelle|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Run off from the pristine forest does not add any nitrogen to the water, instead it only raises the water level.  By raising the water level, the nitrogen in the water is diluted, thereby accounting for the sudden drop in nitrogen concentration.  This only happens when the precipitation is higher than one inch probably because any precipiation less than one inch is absorbed by the ground.
207 = 207|3|jgroganb|84|topstation=0:topindicator=precip:bmptop=0:bottomstation=0:bottomindicator=phosphorus:bmpbottom=0:|After 1 inch of precipitation, runoff begins to occur, which raises the level of phosphorus.
216 = 216|1|keny|2|topstation=0:topindicator=runoff:bmptop=0:bottomstation=1:bottomindicator=runoff:bmpbottom=0:|What could have caused the difference between the two graphs?
225 = 225|1|keny|2|topstation=6:topindicator=phosphorus:bmptop=0:bottomstation=6:bottomindicator=precip:bmpbottom=0:|Look at the scatterplot.  What happens after 0.2 inches of precipitation, and why?
234 = 234|1|keny|1|topstation=0:topindicator=ph:bmptop=0:bottomstation=6:bottomindicator=ph:bmpbottom=0:|Discuss the difference is between the two graphs and hypothesize what causes that difference.
243 = 243|1|keny|1|topstation=0:topindicator=toxins:bmptop=0:bottomstation=4:bottomindicator=toxins:bmpbottom=0:|Where are the toxins originating from?
252 = 252|3|tram|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|it lowers
261 = 261|3|01mcohen|121|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Because the nitrogen gets diluted from the increase in volume of water
270 = 270|3|danixiah|102|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|The nitrogen levels are much lower at a forest while at the mouth of the river, all the nitrogen levels are compounded from the various regions and are much higher.
315 = 315|3|joschmo|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|blablabla
324 = 324|3|tram|102|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|The nitrogen levels at station 7 are more sporadic.
333 = 333|2|dmalorkus|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|Spikes in both the sediment concentration and the nitrogen concentration occurred very few time during the year. 
342 = 342|2|Norahjenny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|As the level of nitrogen decreases, the B.O.D. increases.
351 = 351|3|Norahjenny|119|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|They are similar because in both cases the elements are being caried from a source in the ground and are being redistributed by runoff.
360 = 360|3|tram|w55|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=7:bottomindicator=phosphorus:bmpbottom=0:|The levels are not correlated.  The levels of phosphorus in station 7 are due to other unknown factors.
405 = 405|3|jgroganb|w55|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=3:bottomindicator=phosphorus:bmpbottom=0:|The scatterplot is comparing the Phosphorus levels in the pristine forest area to the levels in the suburban area.  When the levels are high in the suburban area, they are always low in the forest, however, sometimes when the suburban area has a low concentration, the forest level rises.
414 = 414|3|michelle|141|topstation=0:topindicator=bod:bmptop=0:bottomstation=2:bottomindicator=bod:bmpbottom=0:|Increased concentration of phosphorus, nitrogen. Decreased DO.  Increased sediment and runoff.  Increased watertemp.
306 = 306|3|keny|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|I dunno.....like the water is getting absorbed in the ground for a while, before it becomes saturated, after which there's surface runoff that can take the N away...>?
423 = 423|1|keny|1|topstation=7:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|What accounts for the drastic increase in the amount of sediment from station 0 to station 7 if station 7 is not near the shore?
432 = 432|3|stacy|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Large canopy. 
High soil moisture content?
undisturbed soil
450 = 450|3|Drag On Word|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|It a....
504 = 504|1|keny|1|topstation=0:*:bmptop=0:bottomstation=3:*:bmpbottom=0:|Jigsaw 1  How does the maximum value at station 0 compare to station 2?
441 = 441|3|eminemchild|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The relationship does not differ depending on the seasons of the year. It only matters how much rain there is.
513 = 513|1|keny|2|topstation=0:*:bmptop=0:bottomstation=5:*:bmpbottom=0:|Jigsaw 1 What is the average percent concentration increase for station 5 compared to station 0?
522 = 522|1|keny|1|topstation=7:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|Jigsaw 1 Describe what the scatterplot tells you about station 1 nitrogen compared to station 7 nitrogen.
531 = 531|3|dave|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|It's reaching about 1 inch.
540 = 540|2|boberol|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|BMP is used in the directions before students will know what it means.  Refer to the terms in the instructions.

On the scatter plot what accounts for the nitrogen values when rainfall is between 0 and .4 in?
603 = 603|2|boberol|1|topstation=2:topindicator=ph:bmptop=1:bottomstation=7:bottomindicator=ph:bmpbottom=0:|we would like to have 3 options for viewing graphs- without improvement, with improvement only, and combined.
612 = 612|2|bio6TT|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The pristine forest in our model is untouched, old growth woodlands. The forest has not been impacted by
              human use, and therefore remains unhindered in its growth and its functions. This station can be used as a
              comparison to the other stations because it represents an idealized subwatershed. 
630 = 630|3|bio6ben|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|yes
621 = 621|3|bio6camanda|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|NO it is not different depending on the season of the year.
702 = 702|3|bio3wtg|116|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|When BOD increases, phosphorus increases too.
711 = 711|3|bio3fab|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|A new growth forest would be more likely to have more run-off because the foest is not mature therefore less shrubs and such to stop or decrease the amout of rainfall. Also the soil is not as mature therefore not as packed creating material for run-off.
720 = 720|2|bio356|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=7:bottomindicator=phosphorus:bmpbottom=0:|When comparing the wetlands with the pristine forset it seems that the wetlands has more nitrogen surges the the forest
799 = 799|3|bio3bkd|w506|topstation=0:topindicator=runoff:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|The scatter plot has a positive cooralation.  
801 = 801|2|bio3bkd|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|I have no notes on this location.
889 = 889|3|Bio3sham|242|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=0:|Industrial waste and by products.
898 = 898|3|bio3wtg|w502|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=2:bottomindicator=nitrogen:bmpbottom=0:|The average percent increase is higher in graph 2 than graph 0.
900 = 900|3|Bio3sham|243|topstation=0:topindicator=toxins:bmptop=0:bottomstation=4:bottomindicator=toxins:bmpbottom=0:|Industrial waste and polution.
810 = 810|3|bio3wtg|129|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=2:bottomindicator=phosphorus:bmpbottom=0:|the sediments
19 = 19|3|keny|18|topstation=0:topindicator=heavymetal:bmptop=1:bottomstation=0:bottomindicator=runoff:bmpbottom=1:|An Answer to the Heavy Metals vs Runoff ?
37 = 37|3|mev24|36|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|There is much more variation in station 1 than station 0
55 = 55|1|keny|1|*:topindicator=phosphorus:bmptop=0:*:bottomindicator=phosphorus:bmpbottom=0:|Change top day range to 1-100 and bottom day range to 2-101.  Select Scatterplot and explain the meaning of the points along each axis and in the interior of the plot.
64 = 64|1|keny|1|topstation=1:topindicator=precip:bmptop=1:bottomstation=1:bottomindicator=nitrogen:bmpbottom=1:|Under what conditions does the nitrate concentration change when the best management practice is implemented?
28 = 28|3|mev24|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Rain must be above one inch for the nitrogen concentration to change.
46 = 46|2|dcurtis|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Looks real neat.
73 = 73|3|dshaffer|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|During heavy precipitation, over 1", nitrogen concentration decreases in the stream.
109 = 109|1|keny|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|Hypothesize why the relationship between these two indicators exists.
82 = 82|1|keny|2|topstation=0:topindicator=watertemp:bmptop=0:bottomstation=0:bottomindicator=temperature:bmpbottom=0:|Why are air temperature and water temperature so closely correlated?
118 = 118|1|keny|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Is this relationship similar to the one between Nitrogen and Runoff?
127 = 127|3|sander|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|scooby
136 = 136|1|keny|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|What is the cause for the increase in runoff?
145 = 145|1|keny|1|topstation=2:topindicator=watertemp:bmptop=0:bottomstation=2:bottomindicator=saturateddo:bmpbottom=0:|What do you notice about the two graphs?
154 = 154|1|keny|1|topstation=0:topindicator=do:bmptop=0:bottomstation=3:bottomindicator=do:bmpbottom=0:|Discuss the difference between the two DO graphs.
163 = 163|1|keny|1|topstation=0:topindicator=phosphorus:*:bottomstation=2:bottomindicator=phosphorus:bmpbottom=1:|Describe the effect that the improvement had on your station.
172 = 172|3|jgroganb|83|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Because runoff can't go anywhere unless there is enough water to move it across the ground.
190 = 190|3|wolfe|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The precipitation is absorbed into the soil intil one inch then it runs off into the stream which reduces the nitrogen through dilution.  
181 = 181|3|michelle|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The concentration goes down.
208 = 208|3|jgroganb|85|topstation=0:topindicator=precip:bmptop=0:bottomstation=0:bottomindicator=phosphorus:bmpbottom=0:|pH, BOD, nitrogen, sediments, runoff
217 = 217|1|keny|1|topstation=0:topindicator=ph:bmptop=0:bottomstation=1:bottomindicator=ph:bmpbottom=0:|What sort of change to pH took place between stations 0 and 1?
226 = 226|1|keny|1|topstation=0:topindicator=do:bmptop=0:bottomstation=6:bottomindicator=do:bmpbottom=0:|What could cause the increase in variation for DO from Station 0 to Station 6?
235 = 235|1|keny|1|topstation=0:topindicator=saturateddo:bmptop=0:bottomstation=6:bottomindicator=saturateddo:bmpbottom=0:|Why is there little change in this indicator between the two stations?
244 = 244|1|keny|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=4:bottomindicator=runoff:bmpbottom=0:|What are the characteristics of a comercial area that would lead to the increase in runoff
 that is seen at station 4?
253 = 253|3|tram|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|a new growth forest would have more runoff because there would be less vegetation to filter the runoff
262 = 262|2|01mcohen|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Cry ty
271 = 271|3|danixiah|103|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|Stati
280 = 280|2|Norahjenny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|This location, being a pristine forest, has less runoff than almost all other watersheds.
316 = 316|3|joschmo|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|blablabla
325 = 325|3|tram|103|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|The excess of nutrients causes extreme algae blooms, when they die, decomposers deplete all the oxygen.  Also, the algae blocks sunlight, preventing oxygen production.  Also, the low oxygen levels cause low bacteria levels, increasing death rate of marine life.
334 = 334|3|01mcohen|96|topstation=0:topindicator=do:bmptop=0:bottomstation=0:bottomindicator=watertemp:bmpbottom=0:|The water is more dense when the water is cold which leaves the water with less dissolved oxygen
343 = 343|3|01mcohen|84|topstation=0:topindicator=precip:bmptop=0:bottomstation=0:bottomindicator=phosphorus:bmpbottom=0:|Because the trees filter it out
352 = 352|2|Norahjenny|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|As levels of runoff increase, the Phosphorus levels increase.
361 = 361|2|tram|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=7:bottomindicator=phosphorus:bmpbottom=0:|Upstream there is less phosphorus because there is pristine forest.  Downstream, pollutants from further up the river collect.
370 = 370|3|tram|101|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=7:bottomindicator=heavymetal:bmpbottom=0:|The heavy metal is coming from industrialized areas at the stream banks.
406 = 406|3|jgroganb|140|topstation=0:topindicator=sediments:bmptop=0:bottomstation=3:bottomindicator=sediments:bmpbottom=0:|The soil is more stable and compact in the forest so the soil stays put better when it rains.  There is also more soil in the forest to collect rocks and debris before it reaches the water.
415 = 415|3|michelle|142|topstation=0:topindicator=bod:bmptop=0:bottomstation=2:bottomindicator=bod:bmpbottom=0:|Agricultural activity that causes increased and polluted runoff
307 = 307|3|keny|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Don't get the question...what you're getting at..
424 = 424|1|keny|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=7:bottomindicator=sediments:bmpbottom=0:|What accounts for the drastic increase in the amount of sediment from station 0 to station 7 if station 7 is not near the shore?
91 = 91|2|keny|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=7:bottomindicator=sediments:bmpbottom=0:|I just put this in
433 = 433|3|worm|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|When there is more precipitation,the nitrogen concentration raises.
451 = 451|3|Drag On Word|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|New growth forest. Because the new forest has new soil and sometime alot and it'll run off when it rains to give the new pants enough.

442 = 442|3|eminemchild|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Nitrogen increases as precipitation increases because nitrogen takes up four/ fifths of our atmosphere and more is probably released when it rains.
460 = 460|3|River|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|When the rain falls the precipatation begins to change in a pattern every 20 days
505 = 505|1|keny|2|topstation=0:*:bmptop=0:bottomstation=3:*:bmpbottom=0:|Jigsaw 1  What is the average percent concentration increase for station 2 compared to station 0?
514 = 514|1|keny|3|topstation=0:*:bmptop=0:bottomstation=5:*:bmpbottom=0:|Jigsaw 1 Describe the scatterplot of this indicator for station 0 and station 5.
523 = 523|1|keny|1|topstation=7:topindicator=phosphorus:bmptop=0:bottomstation=1:bottomindicator=phosphorus:bmpbottom=0:|Jigsaw 1 Describe what the scatterplot tells you about station 1 phosphorus compared to station 7 phosphorus.
532 = 532|3|dave|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Difficult to say without zooming in w/ resp. to time
541 = 541|2|boberol|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|No comments
550 = 550|3|boberol|w501|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|increase
604 = 604|3|topgun|573|topstation=3:topindicator=sediments:bmptop=1:bottomstation=7:bottomindicator=sediments:bmpbottom=0:|Drastic improvement for 3, but minimal improvement for 7.
613 = 613|3|06camanda|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|When the nitrogen concentration changes the precipitation rapidly increases
640 = 640|3|bio6stupid|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The diffrent amounts of precpitation
631 = 631|3|bio6ben|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|more water equals more nitrogen
622 = 622|3|bio6camanda|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|I believe the the nitrigen increases when the precipitation increases because when the prcipitation is higher more nutrients are realeased.
703 = 703|3|bio3wtg|117|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|Yes
712 = 712|3|bio3fab|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The reason there is a large has to be a large change in precipitation before run-off is affected is becauseif there is a small amout of rain then there isn't as much run-off therefore less nitrogen. 
730 = 730|3|bio6stupid|241|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=0:|The only option is when it rains it incresses.
721 = 721|3|bio6stupid|237|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=4:bottomindicator=nitrogen:bmpbottom=0:|when the one goes up the other goes down
802 = 802|3|bio3wtg|144|topstation=0:topindicator=sediments:bmptop=0:bottomstation=2:bottomindicator=sediments:bmpbottom=0:|There are more sediments in station 2 than station 0.
820 = 820|3|bio3bkd|w505|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=3:bottomindicator=groundwater:bmpbottom=0:|I DONT UNDERSTAND HOW TO DO THESE PERCANTAGES.
899 = 899|3|bio3wtg|w503|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=2:bottomindicator=nitrogen:bmpbottom=0:|The points stay at the top until the x axis hits 8.4
901 = 901|3|Bio3sham|w508|topstation=0:topindicator=toxins:bmptop=0:bottomstation=4:bottomindicator=toxins:bmpbottom=0:|It is much, much higher.
910 = 910|3|bio3wtg|w503|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=2:bottomindicator=phosphorus:bmpbottom=0:|The points stay pretty steady until they start moving up on the right side.
811 = 811|3|bio3wtg|w55|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=2:bottomindicator=phosphorus:bmpbottom=0:|the amount of phophorus in the river
38 = 38|3|mev24|35|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|There can be much more runnoff is a forest where there is lumbering going in.  The dirt may be packed down due to trucks, etc.
56 = 56|1|keny|1|topstation=2:topindicator=phosphorus:bmptop=0:bottomstation=2:bottomindicator=phosphorus:bmpbottom=0:|How does agriculture affect the concentration of phosphates?
65 = 65|3|mev1b|64|topstation=1:topindicator=precip:bmptop=1:bottomstation=1:bottomindicator=nitrogen:bmpbottom=1:|When the bmp is made, concentration goes *up* except when rain is greater than an inch.
29 = 29|3|mev24|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|In the pristine forest, the soil is anchored by vegetation roots and it is easy for the water to be absorbed.
74 = 74|3|dshaffer|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The natural vegetation of the forest prevents run-off unless precipitation is very heavy(over 1")
83 = 83|1|keny|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Why is the amount of runoff at this location unaffected by percipitation until 1 in. of percipitation falls?
47 = 47|1|keny|2|topstation=0:topindicator=nitrogen:bmptop=1:bottomstation=0:bottomindicator=nitrogen:bmpbottom=1:|So what would happen to the relationship between precip and runoff if half the forest were cut down and replaced by concrete?!!!!
119 = 119|1|keny|2|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Why do you think they are similar or different?
128 = 128|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=2:bottomindicator=nitrogen:bmpbottom=0:|Hypothesize what causes the difference between the nitrogen concentrations at these two sites?
137 = 137|1|keny|1|topstation=0:topindicator=ph:bmptop=0:bottomstation=2:bottomindicator=ph:bmpbottom=0:|Compare and contrast the two pH graphs.
146 = 146|1|keny|2|topstation=2:topindicator=watertemp:bmptop=0:bottomstation=2:bottomindicator=saturateddo:bmpbottom=0:|What does this mean about the relationship between the two indicators?
155 = 155|1|keny|2|topstation=0:topindicator=do:bmptop=0:bottomstation=3:bottomindicator=do:bmpbottom=0:|Hypothesize what might have caused this difference.
164 = 164|1|keny|1|topstation=0:topindicator=heavymetal:*:bottomstation=3:bottomindicator=heavymetal:bmpbottom=1:|Why are there still heavy metals present after the improvement has been implemented?
173 = 173|2|jgroganb|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|There is less runoff than precipitation, but they follow the same trends.
182 = 182|3|michelle|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The new groth forest would probably have more run-off because it has a less complex root system than the old growth forest.
191 = 191|3|wolfe|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|It goes down.  
209 = 209|3|jgroganb|87|topstation=0:topindicator=precip:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|an increase in phosphorus
218 = 218|1|keny|2|topstation=0:topindicator=ph:bmptop=0:bottomstation=1:bottomindicator=ph:bmpbottom=0:|Hypothesize what could have caused this change.
227 = 227|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=6:bottomindicator=nitrogen:bmpbottom=0:|Compare the two graphs.
245 = 245|3|01mcohen|83|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|This may be because there are trees and soil which absorb a certain amount of the precipitation.  
254 = 254|3|tram|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|because precipitation facilitates runoff, therefore there would need to be a lot of precipitation to dilute the runoff.
263 = 263|3|01mcohen|108|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|Nitrogen is acidic, so when more nitrogen is added to water the acidity goes up thus decreasing the PH.
272 = 272|2|danixiah|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|Denitrification from forests in watershed decrease nitrogen
281 = 281|1|keny|1|topstation=0:*:bmptop=0:bottomstation=1:*:bmpbottom=1:|How have the indicators been affected by the implementation of the best management practice? (be specific)
290 = 290|1|keny|1|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=1:|Why are there still heavy metals present in the water?
317 = 317|3|joschmo|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|blablabla
326 = 326|2|tram|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|lots of runoff
335 = 335|2|01mcohen|1|topstation=0:topindicator=do:bmptop=0:bottomstation=0:bottomindicator=watertemp:bmpbottom=0:|oink
344 = 344|3|01mcohen|85|topstation=0:topindicator=precip:bmptop=0:bottomstation=0:bottomindicator=phosphorus:bmpbottom=0:|Density of tree growth
353 = 353|3|01mcohen|114|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|As the runoff increases so does the amount of sediment
362 = 362|2|danixiah|1|topstation=2:topindicator=temperature:bmptop=1:bottomstation=2:bottomindicator=bod:bmpbottom=1:|You could als
371 = 371|3|dmalorkus|108|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|Nitrogen concentration, like the previous two graphs, is affected by the environmental factors in the water.  In this case, the nitrogen levels dropped at the same time that the pH levels dropped. This is known as a positive correlation.  Nitrogen is a major factor when concerning the pH levels in the water.  Most likely the sediment, which also occurs at the same time as the nitrogen drops, brings nitrates and other acids which contain hydrogen ions.  These acids and free-floating hydrogen ions then make the water more acidic, which is the scenario presented in this case.
380 = 380|3|tram|104|topstation=0:topindicator=bod:bmptop=0:bottomstation=7:bottomindicator=bod:bmpbottom=0:|The large amount of pollutants cloud the water, preventing photosynthesis from occuring, and thus producing less oxygen.  Also, there is an increase in algae blooms and when they decompose, the decomposers deplete all the oxygen resources.
407 = 407|3|michelle|144|topstation=0:topindicator=sediments:bmptop=0:bottomstation=2:bottomindicator=sediments:bmpbottom=0:|At site 0 there is hardly any sediment.  At site 2 there is a significant amount of sediment (28 times as much) than at site 0.  Also, there is more sediment more of the time.
416 = 416|2|michelle|1|topstation=0:topindicator=bod:bmptop=0:bottomstation=2:bottomindicator=bod:bmpbottom=0:|THIS RIVER IS UNHEALTHY!!!!
308 = 308|2|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Tighten up the questions?
236 = 236|1|keny|2|topstation=0:topindicator=bod:bmptop=0:bottomstation=6:bottomindicator=bod:bmpbottom=0:|What other indicator(s) do you think is (are) related to this increase?
92 = 92|3|keny|w90|topstation=0:topindicator=sediments:bmptop=0:bottomstation=7:bottomindicator=sediments:bmpbottom=0:|Twelve
425 = 425|3|stacy|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The nitrogen is carried from a source (fertilizer found in lawns)into the water during the precipitation
434 = 434|3|worm|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|According to the graph,there is more precipitation and nitrogen in the spring and then dies down in the summer months.But then increases in the fall months.
452 = 452|3|Drag On Word|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The precipitation is a big part of run off. So the more rain, the more runoff. The less rain, the less runoff.
461 = 461|3|River|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|It depends on how many inches and the rain fall the year recieves.
470 = 470|3|janea n shannon|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|NO,BECAUSE IT CAN RAIN ALL YEAR AND THE NITROGEN CONCENTRATION LEVEL CAN STILL RISE.
506 = 506|1|keny|3|topstation=0:*:bmptop=0:bottomstation=3:*:bmpbottom=0:|Jigsaw 1  Describe the scatterplot of this indicator for station 0 and 2.
515 = 515|1|keny|4|topstation=0:*:bmptop=0:bottomstation=5:*:bmpbottom=0:|Jigsaw 2 What have you learned about this indicator to explain the difference between station 0 and station 5?
524 = 524|1|keny|1|topstation=1:topindicator=phosphorus:bmptop=0:bottomstation=7:bottomindicator=phosphorus:bmpbottom=0:|Jigsaw 1 Describe what the scatterplot tells you about station 1 phosphorus compared to station 7 phosphorus.
533 = 533|3|dave|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Precipitation eventually saturates the ground, so runoff increases, carrying with it whatever N is in the soil or above the surface...
542 = 542|3|topgun|68|topstation=0:topindicator=precip:bmptop=0:bottomstation=0:bottomindicator=nitrogen:bmpbottom=0:|When the precipitation increases the nitrogen level increases.
551 = 551|3|boberol|w502|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|400%
560 = 560|1|keny|1|topstation=2:topindicator=ph:bmptop=1:bottomstation=2:bottomindicator=runoff:bmpbottom=1:|Jigsaw 3  Describe the change  due to the bmp for pH on the time series graph.
605 = 605|3|topgun|575|topstation=3:topindicator=sediments:bmptop=1:bottomstation=7:bottomindicator=sediments:bmpbottom=0:|none
443 = 443|3|eminemchild|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|concentration of precipitation changes when nitrogen levels are changed.
614 = 614|3|06camanda|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|No, it's not different depending on the season.
641 = 641|3|bio6stupid|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|A young forest will have the most runoff because there will be te least amount of foots to suck up water
632 = 632|3|bio6ben|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|i dont know
650 = 650|2|bio6stupid|1|topstation=7:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=precip:bmpbottom=0:|Yeaaaaaa!!!!!!!
623 = 623|3|bio6camanda|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The concentration changes by increasing and decreasin.
704 = 704|3|bio3saa|116|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|a direct relationship exists. 
713 = 713|3|bio3fab|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|the differences in pristine forest from other subwatershed is the amont of pollants in the runoff is less.
731 = 731|3|bio6stupid|w510|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=0:|It is an incressing scatterplot
740 = 740|3|bio6stupid|242|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=0:|The commercial is a lot more
722 = 722|3|bio6stupid|238|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=4:bottomindicator=nitrogen:bmpbottom=0:|There is more pollution
803 = 803|3|bio3wtg|143|topstation=0:topindicator=sediments:bmptop=0:bottomstation=2:bottomindicator=sediments:bmpbottom=0:|Because the dead crops decompose which makes sediments.
812 = 812|3|Bio3sham|w510|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=4:bottomindicator=groundwater:bmpbottom=0:|The scatter plot shows a fairily steady increase. Starting at around 1000 for both X and Y and continuing at about a 49 degree angle. 
821 = 821|3|bio3bkd|w506|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=3:bottomindicator=groundwater:bmpbottom=0:|The scatter plot has a positive cooraltion
830 = 830|3|bio3ck|w497|topstation=0:topindicator=runoff:bmptop=0:bottomstation=1:bottomindicator=runoff:bmpbottom=0:|Station 1 has a higher rate of runoff in meters cubed then station 0 does.
902 = 902|3|Bio3sham|w509|topstation=0:topindicator=toxins:bmptop=0:bottomstation=4:bottomindicator=toxins:bmpbottom=0:|The APCI is thiiiiiis big.
911 = 911|3|Bio3sham|240|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=0:|There are more frequent readings with higher levels.
39 = 39|2|mev24|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|Remember to add info about barriers.
48 = 48|3|leo|48|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=precip:bmpbottom=0:|I am answering a wildcard question
57 = 57|3|mev1b|56|topstation=2:topindicator=phosphorus:bmptop=0:bottomstation=2:bottomindicator=phosphorus:bmpbottom=0:|Phosphates are contained in fertilizers used in agriculture.  Agriculture increases the amount of phosphates in runoff over pristine forest.
66 = 66|3|mev1b|63|topstation=1:topindicator=precip:bmptop=1:bottomstation=1:bottomindicator=nitrogen:bmpbottom=1:|There is more water, but less nitrogen washed into the stream when the bmp is implemented - except when the runoff is beyond a certain point.
75 = 75|3|dshaffer|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Nitrogen is normally about 0.95 mg/L. It drops to about 0.55 during heavy precipiation.
84 = 84|1|keny|1|topstation=0:topindicator=precip:bmptop=0:bottomstation=0:bottomindicator=phosphorus:bmpbottom=0:|Why does the phosphorus concentration increase dramaticlly at 1 in. of percipitation?
93 = 93|1|keny|3|topstation=0:topindicator=nitrogen:bmptop=1:bottomstation=0:bottomindicator=nitrogen:bmpbottom=1:|What natural environmental factors may be related to the changes observed in nitrogen levels during the course of one year?
129 = 129|1|keny|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=2:bottomindicator=phosphorus:bmpbottom=0:|Where is the increase in phosphorus levels coming from?
138 = 138|1|keny|1|topstation=0:topindicator=do:bmptop=0:bottomstation=2:bottomindicator=do:bmpbottom=0:|Discuss the difference between the two D.O. graphs.
147 = 147|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=3:bottomindicator=nitrogen:bmpbottom=0:|Compare the two graphs.  What could have caused the difference in Nitrogen concentration at the two stations?
156 = 156|1|keny|1|topstation=2:topindicator=nitrogen:bmptop=1:bottomstation=2:bottomindicator=nitrogen:bmpbottom=1:|Was there an improvement in Nitrogen concentration after the best management practice was implemented?
165 = 165|1|keny|1|topstation=0:topindicator=sediments:*:bottomstation=3:bottomindicator=sediments:bmpbottom=1:|Why haven't the sediments returned to pristine forrest data after the improvements have been made?
174 = 174|3|jgroganb|122|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|There is an opposite relationship when the amount of sediments increases, the concentration of nitrogen decreases by the same ratio.
192 = 192|3|wolfe|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|A new growth forest because it has a less complex root system to absorb water.  
183 = 183|3|michelle|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|This is because precipitation measuring less than one inch is probably absorbed.
219 = 219|1|keny|1|topstation=0:topindicator=do:bmptop=0:bottomstation=1:bottomindicator=do:bmpbottom=0:|Compare and contrast the two graphs.
228 = 228|1|keny|2|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=6:bottomindicator=nitrogen:bmpbottom=0:|What could be the cause of the difference between to two?
246 = 246|2|01mcohen|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Cry ty
255 = 255|3|tram|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|watersheds with more vegetation would have less runoff
264 = 264|2|01mcohen|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|Cry ty
273 = 273|3|Norahjenny|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The nitrogen levels decrease whenever precipitation increase.  This is probably due to increased dilution of the nitrogen in the water supply by more water than usually found there.
282 = 282|1|keny|2|topstation=0:*:bmptop=0:bottomstation=1:*:bmpbottom=1:|How did the improvement achieve this change?
291 = 291|1|keny|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=4:bottomindicator=runoff:bmpbottom=1:|How does the runoff at station 0 compare to that at station 4 after the improvement has been implemented?
309 = 309|1|keny|1|topstation=0:topindicator=temperature:bmptop=0:bottomstation=0:bottomindicator=temperature:bmpbottom=0:|Why do you think that when temperature goes up, DO goes down? 
318 = 318|2|joschmo|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|blablablablablabla
327 = 327|3|01mcohen|111|topstation=0:topindicator=watertemp:bmptop=0:bottomstation=0:bottomindicator=temperature:bmpbottom=0:|That the water body is small.
237 = 237|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=4:bottomindicator=nitrogen:bmpbottom=0:|Compare the two graphs.  What similarities and differences do they show between the two station?
336 = 336|3|danixiah|214|topstation=0:topindicator=sediments:bmptop=0:bottomstation=1:bottomindicator=sediments:bmpbottom=0:|Because the trees aren't there to decrease water velocity and hold on to fine sediment, making erosion easier in deforested land.
345 = 345|3|Norahjenny|110|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|As the amount of sediment increases, the level of phosphorus increases as well.  This is true because the Phosphorus is a rock cycle and is most often found in the ground and soil.  Thus, when sediment levels are high, there is a higher concentration of phosphorus as compaired to lower levels of sediments.
354 = 354|3|01mcohen|115|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Because as more runoff exists more sediment is existant
363 = 363|3|01mcohen|109|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|Phosphorus is acidic so it causes the ph to go down
372 = 372|2|dmalorkus|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|The pH levels, like everything else, is dependent on the concentration of sediment found in the water.
381 = 381|2|danixiah|1|topstation=6:topindicator=temperature:bmptop=0:bottomstation=5:bottomindicator=bod:bmpbottom=1:|Perhaps a little more elaboration on the BMPs.  For example, the sewer/storm water one is very incomplete and it does not explain why there is a problem.  And links would be really neat as well.
390 = 390|2|Norahjenny|1|topstation=0:topindicator=toxins:bmptop=0:bottomstation=6:bottomindicator=toxins:bmpbottom=0:|There is a lot of activity and toxins in the urban area but there are none in the pristine forest.
408 = 408|3|michelle|143|topstation=0:topindicator=sediments:bmptop=0:bottomstation=2:bottomindicator=sediments:bmpbottom=0:|Well, due to the agricultural activity in this area, there is probably less trees and vegetation to keep the soil in place.  Therefore, there is increased erosion and therefore increased sediment.
417 = 417|3|jgroganb|154|topstation=0:topindicator=do:bmptop=0:bottomstation=3:bottomindicator=do:bmpbottom=0:|lower and more fluctuation in station 3
426 = 426|3|stacy|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|a yOUNG-new growth because there are fewer large trees to intercept the rain fall- increasing the amount of rain that reaches the surface of the ground.  The soil moisture is probably less in a new forest, than an old one
435 = 435|3|worm|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Because there is nitrogen in water when it rains.
453 = 453|3|Drag On Word|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The prinestine forest is at the top of the watershed. So whatever flows out of their will end up in the river an flow down stream.
480 = 480|3|Drag On Word|112|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|I DON'T KNOW. Because i don't.
462 = 462|3|River|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The nitrogen increase as the precipatation increases because the both of the substances are combined together.
471 = 471|3|janea n shannon|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|THE NITROGEN INCREASES AS THE PRECIPITATION INCREASES BECAUCE BOTH SUBSTANCES ARE COMBINED TOGETHER.
507 = 507|1|keny|4|topstation=0:*:bmptop=0:bottomstation=3:*:bmpbottom=0:|Jigsaw 2 What have you learned about this indicator to explain the difference between station 0 and station 2?
516 = 516|1|keny|1|topstation=0:*:bmptop=0:bottomstation=6:*:bmpbottom=0:|Jigsaw 1 How does the maximum value at station 0 compare to station 6?
525 = 525|1|keny|1|topstation=1:topindicator=heavymetal:bmptop=0:bottomstation=7:bottomindicator=heavymetal:bmpbottom=0:|Jigsaw 1 Describe what the scatterplot tells you about station 1 heavy metal compared to station 7 heavy metal.
534 = 534|3|dave|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Suddenly, once pptn reaches 1 inch, which suggests that the ground is saturated at this point, so runoff suddenly increases, and with it, nitrogen.
543 = 543|2|topgun|1|topstation=0:topindicator=precip:bmptop=0:bottomstation=0:bottomindicator=nitrogen:bmpbottom=0:|The scattered point graph is hard to understand. It is diffcult to view the graphs because they are not on the screen at the same time. The should be a way to make both graphs visible at the same time to make comparison better for the students.
552 = 552|2|boberol|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|greater frequency in 2.  for the same amount of precipitation, station 2 has much greter runoff
561 = 561|1|keny|2|topstation=2:topindicator=ph:bmptop=1:bottomstation=2:bottomindicator=runoff:bmpbottom=1:|Jigsaw 3  Describe the change  due to the bmp for runoff on the time series graph.
570 = 570|1|keny|1|topstation=3:topindicator=sediments:bmptop=1:bottomstation=7:bottomindicator=sediments:bmpbottom=1:|Jigsaw 3 Answer this question with *only* station 3 improved.  Compare the improvement in sediments at station 7 with how it effects the watershed outlet.
606 = 606|2|topgun|1|topstation=3:topindicator=sediments:bmptop=1:bottomstation=7:bottomindicator=sediments:bmpbottom=0:|We are confused about references to station 2.  We thought we were working with station 3 only. Oops?
444 = 444|3|eminemchild|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|an old growth forest would have more of an run-off, b/c of all of the years of wear and tear flatening  the forest ground.
615 = 615|3|06camanda|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|I think nitrogen increases while the precipitation increases because when the precipitation is higher more nutrients are released.
642 = 642|3|bio6stupid|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|It takes all the water that will be obsourved pluse all the extra for runoff
633 = 633|3|bio6ben|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|an old forest becaus it has been through a lot, so we can study what happened in the growth of the forest
624 = 624|3|bio6camanda|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|i believ ethat an old growth forest would have more runoff because it doesnt need as much water to live because it is not growing as much as a new growth forest.				
660 = 660|3|06hyperchic|103|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|The increase of nitrogen will tend to be worse off for these stations. Notrogen is not good for the enviroment and the people living in it.
651 = 651|3|bio6db|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The nitrogen concentration decreases when the precipitation increases.
705 = 705|3|bio3wtg|114|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|As runoff increases, sediments increase.
714 = 714|3|bio3jklh|108|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:| The relationship between these two indicators exist because they are both affected by runoff, but not eachother.
723 = 723|3|bio6stupid|239|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=4:bottomindicator=phosphorus:bmpbottom=0:|I think that it rained at similar times so the phosphorus leval came at similar time
732 = 732|3|bio6stupid|w508|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=0:|They are both very close
741 = 741|3|bio6stupid|w508|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=0:|There is no correlation because 0 is constant
750 = 750|3|bio6stupid|w510|topstation=0:topindicator=do:bmptop=0:bottomstation=4:bottomindicator=do:bmpbottom=0:|The plots are incressing.
804 = 804|3|bio3wtg|128|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=2:bottomindicator=nitrogen:bmpbottom=0:|The crops create nitrogen, therefore there's more nitrogen in a place with more crops.
813 = 813|3|Bio3sham|w508|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=4:bottomindicator=groundwater:bmpbottom=0:|The maximum value for station 4 is much higher than the maximum value for station 0. Station 4's max value is about 67000, while station 0's value is about 9700.
822 = 822|2|bio3bkd|1|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=3:bottomindicator=groundwater:bmpbottom=0:|The graphs change throughout the year
831 = 831|3|bio3ck|w498|topstation=0:topindicator=runoff:bmptop=0:bottomstation=1:bottomindicator=runoff:bmpbottom=0:|The scatterplot of this station increases slowly at first and then around 1000 meters cubed, it starts to increase faster.
840 = 840|3|bio3nima|w502|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|We're not sure how to answer this problem.
903 = 903|3|Bio3sham|w510|topstation=0:topindicator=toxins:bmptop=0:bottomstation=4:bottomindicator=toxins:bmpbottom=0:|the scatter plot is steady at percisly and exactly zero. 
912 = 912|3|Bio3sham|241|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=0:|The increased runoff from lack of soil to absorb it causes more sediment to be able to flow into the main source.
49 = 49|3|leo|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|A leo Answer
58 = 58|3|mev1b|w55|topstation=2:topindicator=phosphorus:bmptop=0:bottomstation=2:bottomindicator=phosphorus:bmpbottom=0:|The points at the origin indicate when there was no rain for 2 days in a row.  The points along the axis indicate when there was rain one day, but no rain the day before or after.  The points in the interior show when there was rain for two days in a row.
67 = 67|2|mev1b|1|topstation=1:topindicator=precip:bmptop=1:bottomstation=1:bottomindicator=nitrogen:bmpbottom=1:|Check with Don Shaffer
76 = 76|3|dshaffer|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|I expect much less run-off from a pristine forest than with other land uses because the  soil litter layer absorbs water and the vegetation is thicker slowing down movement of surface water.
85 = 85|1|keny|2|topstation=0:topindicator=precip:bmptop=0:bottomstation=0:bottomindicator=phosphorus:bmpbottom=0:|What other inmdicator(s) is (are) related to phosphorus concentration?
94 = 94|1|keny|1|topstation=2:topindicator=nitrogen:bmptop=0:bottomstation=2:bottomindicator=nitrogen:bmpbottom=1:|What human influenced factors may cause the high level of nitrates observed at this station?
139 = 139|1|keny|2|topstation=0:topindicator=do:bmptop=0:bottomstation=2:bottomindicator=do:bmpbottom=0:|Hypothesize what might have caused this difference.
148 = 148|1|keny|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=3:bottomindicator=phosphorus:bmpbottom=0:|Hypothesize what causes the Phosphorus increase.
157 = 157|1|keny|2|topstation=2:topindicator=nitrogen:bmptop=1:bottomstation=2:bottomindicator=nitrogen:bmpbottom=1:|Hypothesize why or why not.
166 = 166|1|keny|1|topstation=0:topindicator=sediments:*:bottomstation=2:bottomindicator=sediments:bmpbottom=1:|Why haven't the sediments returned to pristine forrest data after the improvements have been made?
175 = 175|3|jgroganb|120|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Why does nitrogen decrease when runoff increases?
184 = 184|3|jgroganb|112|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|As is level of nitrogen decreases, the BOD increases at a proportional rate.  This could be because when nitrogen enters the water, it is accompanied by oxygen.  Maybe when there's a lot of BOD there are many oxygen consuming organisms introduced into the water from runoff, which brings a higher concentration of phosphorus, lowering the nitrogen level.
193 = 193|3|wolfe|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The water is absorbed into the soil until it is full of water and can not contain any more and the exess runs off after about an inch.  
229 = 229|1|keny|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=6:bottomindicator=sediments:bmpbottom=0:|What characteristics of the land usage type at station 6 would cause a greater amount of sediments?
247 = 247|3|danixiah|83|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Because some of it is getting absorbed when the amounts are low enough for the pervious surface to absorb them.  However, when there is large amounts rainfall, the water table exceeds the surface and flooding occurs.
256 = 256|3|01mcohen|122|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|As the amount of sediments increase, the concentration of nitrogen decreases.
274 = 274|3|Norahjenny|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The relationship seems to be constant throughout the seasons.
283 = 283|1|keny|3|topstation=0:*:bmptop=0:bottomstation=1:*:bmpbottom=1:|Hypothesize how long it took for this change to take place.
292 = 292|1|keny|1|topstation=0:topindicator=do:bmptop=0:bottomstation=4:bottomindicator=do:bmpbottom=1:|Does the DO improve after the bmp has been implemented?  Hypothesize why or why not.
265 = 265|3|dmalorkus|83|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The amount of run-off is dependent on how much precipitate is soaked by the vegetation and soil of the forest.  Accordingly, the substances and organisms which soak up this water have a limit.  In the pristine forest, the limit of precipitate that can be soaked by the organisms and the soil is one inch.  Once the precipitation surpasses this level then the soil is thouroughly saturated thus allowing for the water to become run-off.
319 = 319|1|keny|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=1:bottomindicator=phosphorus:bmpbottom=0:|What does lumbering do to cause the greater  variation in phosphorus during the year?
238 = 238|1|keny|2|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=4:bottomindicator=nitrogen:bmpbottom=0:|Try to explain these differences.
328 = 328|3|01mcohen|82|topstation=0:topindicator=watertemp:bmptop=0:bottomstation=0:bottomindicator=temperature:bmpbottom=0:|Because when the air is cold it cools the water 
337 = 337|2|danixiah|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=1:bottomindicator=sediments:bmpbottom=0:|The increase in fine sediment will cause death of macrointervebrates due by filling in the gravel base and destroying the habitat.  If the sedimentation was a single event, then aquatic vegetation will take over (they thrive in silt bottoms) so long as the water stays clear enough for photosynthesis.
346 = 346|2|Norahjenny|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|As Phosphorus levels increase, sediment levels increase.
355 = 355|2|01mcohen|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|quack
364 = 364|2|01mcohen|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|peep
373 = 373|3|Norahjenny|116|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|As Phosphorus levels increase, the B.O.D. increases.
382 = 382|3|Norahjenny|100|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|As sediment levels increase, the need for oxygen increases.
391 = 391|3|dmalorkus|239|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=4:bottomindicator=phosphorus:bmpbottom=0:|Evidently, station zero has fewer phosphorus problems than station four.  This might be attributed to the fact that run-off laden with organic chemicals occurs far less in the forest than in the commercial/industrial area.  
409 = 409|3|jgroganb|149|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=3:bottomindicator=heavymetal:bmpbottom=0:|Runoff from parking lots, lead paint, there are lots of metals in houses and cars and other things in suburban areas.
418 = 418|3|jgroganb|155|topstation=0:topindicator=do:bmptop=0:bottomstation=3:bottomindicator=do:bmpbottom=0:|more algae in station 3
427 = 427|3|stacy|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Above
436 = 436|3|worm|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Concentration changes due to the amount of precipitation.
454 = 454|2|Drag On Word|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|I tipacally guest on these answers so I really don't have real notes. So get some.
445 = 445|3|eminemchild|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|This is because water is displaced when we, the people on earth, use the water therefore making it more difficult for there to be a change in run-off.
463 = 463|3|worm|w130|topstation=3:topindicator=nitrogen:bmptop=0:bottomstation=3:bottomindicator=precip:bmpbottom=0:|After 0.4 inches of rain the introgen concentration increases rapidly.
481 = 481|3|Drag On Word|113|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|Correlational
472 = 472|3|janea n shannon|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|CONCENTRATION CHANGES WHEN  
490 = 490|1|keny|1|topstation=0:topindicator=phosphorus:*:bottomstation=5:bottomindicator=phosphorus:bmpbottom=0:|Why is there such a low, constant phosphorus concentration at station 5?
508 = 508|1|keny|1|topstation=0:*:bmptop=0:bottomstation=4:*:bmpbottom=0:|Jigsaw 1 How does the maximum value at station 4 compare to station 0?
517 = 517|1|keny|2|topstation=0:*:bmptop=0:bottomstation=6:*:bmpbottom=0:|Jigsaw 1 What is the average percent concentration increase for station 6 compared to station 0?
526 = 526|1|keny|1|topstation=7:topindicator=heavymetal:bmptop=0:bottomstation=1:bottomindicator=heavymetal:bmpbottom=0:|Jigsaw 1 Describe what the scatterplot tells you about station 1 heavy metal compared to station 7 heavy metal.
535 = 535|3|dave|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Young new growth forest. Less resistance to surface transport, thinner soil layer, etc.
544 = 544|2|boberol|1|topstation=0:topindicator=do:bmptop=0:bottomstation=7:bottomindicator=do:bmpbottom=0:|What are included in the measure of toxins?
553 = 553|3|boberol|w501|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=2:bottomindicator=nitrogen:bmpbottom=0:|station zero is lower
562 = 562|1|keny|3|topstation=2:topindicator=ph:bmptop=1:bottomstation=2:bottomindicator=runoff:bmpbottom=1:|Jigsaw 3  How is the bmp pH/runoff scatter plot different than the unimproved scatter plot?  What does the difference mean?  
571 = 571|1|keny|2|topstation=3:topindicator=sediments:bmptop=1:bottomstation=7:bottomindicator=sediments:bmpbottom=1:|Jigsaw 3 Answer this question with stations 2 and 3 improved. Compare the improvement in sediments at station 7 with how it effects the watershed outlet.
580 = 580|1|keny|2|topstation=3:topindicator=ph:bmptop=1:bottomstation=7:bottomindicator=ph:bmpbottom=0:| Jigsaw 3 (Station 2 not improved)Compare the relative change at station 7 to the
 change at station 3.
607 = 607|2|topgun|1|topstation=3:topindicator=ph:bmptop=1:bottomstation=7:bottomindicator=ph:bmpbottom=0:|we have no change in our graphs - error in model/
616 = 616|3|06camanda|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Concentration increases and decreases
643 = 643|3|bio6stupid|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|the prestine forest doesnt affect the ph and has less runoff
634 = 634|3|bio6ben|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|by the time more rain comes, the run off would have had enough time to have the water absorb in the land
625 = 625|3|bio6camanda|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|It takes such a large change in precipitation before there is a differance in runoff because when it rains a lot, ther ei s more runoff because the ground does not need that much nutrience thus leavig run off.
661 = 661|2|06hyperchic|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|The notes for this location is that nitrogen effects the emviroment immensly. With higher nitrogen levels the worse off we are and the more in danger we are in. 
652 = 652|3|bio6db|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Yes, because the amount of precipitation increases or decreases depending on the season.
670 = 670|3|bio6dnkc|35|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|Increased dust causes higher nitrogen levels.
706 = 706|3|bio3wtg|115|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Because the water runs off and the sediments remain.
715 = 715|3|bio3pmjm|122|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|THe more sediments there are, the less nitrogen concentration there is.
733 = 733|3|bio6stupid|w509|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=0:|The avrage is greater at 4 then 0
724 = 724|3|bio6lyngen|w501|topstation=0:topindicator=toxins:bmptop=0:bottomstation=2:bottomindicator=toxins:bmpbottom=0:|In station 0, Pristine Forest, the maximum value stays at 0 throughout the days 120 to 180.  And for the mix agricultural area it also stays at Zero as the maximum level.  
742 = 742|3|bio6stupid|w509|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=4:bottomindicator=heavymetal:bmpbottom=0:|The avrage for 0 is more consistant
751 = 751|3|bio6stupid|w508|topstation=0:topindicator=do:bmptop=0:bottomstation=4:bottomindicator=do:bmpbottom=0:|the maximum is reached more for number 4
760 = 760|3|bio6cookie|w497|topstation=0:topindicator=runoff:bmptop=0:bottomstation=1:bottomindicator=runoff:bmpbottom=0:|don't know
805 = 805|3|bio356|w493|topstation=0:topindicator=runoff:bmptop=0:bottomstation=5:bottomindicator=runoff:bmpbottom=0:|Becease the wetland doesn't have any runoff.
814 = 814|3|Bio3sham|w509|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=4:bottomindicator=groundwater:bmpbottom=0:|The average precent concentration for station four is about 26000 compared to station zero's 4000; or about a 22000 difference.
823 = 823|3|bio3saa|234|topstation=0:topindicator=ph:bmptop=0:bottomstation=6:bottomindicator=ph:bmpbottom=0:|They have different sources, therefore the pH will be different.
832 = 832|3|bio3ck|w51|topstation=0:topindicator=runoff:bmptop=0:bottomstation=1:bottomindicator=runoff:bmpbottom=0:|OK thats nice.
841 = 841|3|bio3nima|w503|topstation=0:topindicator=runoff:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|The scatterplot data forms a positive exponential function. The range for station 2, is much greater than station 0. It begins to rise at 1,500,000. 
850 = 850|3|bio356|w512|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=5:bottomindicator=groundwater:bmpbottom=0:|the maximuim value of station 5 is more than station 0
904 = 904|2|Bio3sham|1|topstation=0:topindicator=toxins:bmptop=0:bottomstation=4:bottomindicator=toxins:bmpbottom=0:|Poor station zero. 
913 = 913|3|Bio3sham|w508|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=0:|Much Much better.
59 = 59|2|mev1b|1|topstation=2:topindicator=phosphorus:bmptop=0:bottomstation=2:bottomindicator=phosphorus:bmpbottom=0:|Phosphates are also contained in detergent.  
68 = 68|1|keny|1|topstation=0:topindicator=precip:bmptop=0:bottomstation=0:bottomindicator=nitrogen:bmpbottom=0:|Under what conditions does the nitrate concentration change?
77 = 77|3|dshaffer|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|I would expect there to be more run-off, for the same amount of rainfall, in the winter ane early spring, when vegetation is less dense.
However there is less total precip. in winter, so I would expect less total run-off
86 = 86|1|keny|1|topstation=0:topindicator=precip:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|Why doesn't the concentration of sediments change before th percipitation reaches 1 in.?
95 = 95|1|keny|1|topstation=2:topindicator=nitrogen:bmptop=0:bottomstation=2:bottomindicator=do:bmpbottom=0:|Hypothesize why the D.O. level decreases at this site while the Nitrogen concentration increases.
149 = 149|1|keny|1|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=3:bottomindicator=heavymetal:bmpbottom=0:|What are some possible sources of the Heavy Metals?
158 = 158|1|keny|1|topstation=0:topindicator=runoff:*:bottomstation=2:bottomindicator=runoff:bmpbottom=1:|How does runoff at Station 0 compare to Station 2 after improvements are made?
167 = 167|1|keny|1|topstation=0:topindicator=do:*:bottomstation=2:bottomindicator=do:bmpbottom=1:|Does the DO improve after the bmp has been implemented?  Hypothesize why or why not.
176 = 176|3|jgroganb|121|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|From a previous comparison, we found that nitrogen decreased as phosphorus increased.  Nitrogen and phosphorus could possibly counteract each other or cause an effect that would do the same thing.
185 = 185|3|jgroganb|113|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|Correlational
194 = 194|3|wolfe|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|All permiable serface, water can be absorbed everywhere and trees can absorb water.  
239 = 239|1|keny|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=4:bottomindicator=phosphorus:bmpbottom=0:|Hypothesize a reason for the increase in phosphorus levels at this station.
248 = 248|2|danixiah|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|This is a forest ecsystem which allows understory vegetation to slow water velocity, allowing the water to permeate the surface and recharge groundwater aquifers.
257 = 257|2|01mcohen|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|Cry ty
275 = 275|3|Norahjenny|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|There is only a certain amount of unrooted sediment locted near a water source.  After the unrooted soil is deposited into the water supply by runoff and precipation continues, more water enters the water supply as compared to the ratio of nitrogen to amount of water.  This is true because after the loose topsoil is delivered to the water supply, it is more difficult for precipitation to carry the soil and nutrients (e.g. nitrogen) to the water supply.
284 = 284|3|Katy|w281|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=1:bottomindicator=phosphorus:bmpbottom=1:|shiznet
293 = 293|1|keny|1|topstation=0:topindicator=bod:bmptop=0:bottomstation=4:bottomindicator=bod:bmpbottom=1:|What else is BOD related to that would make the improvement so slight?
266 = 266|2|dmalorkus|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Apparently, there seems to be little variability concerning the amount of precipitation which falls in the forest.  Only on few occassions did the amount of precipitation saturate the soil to the point of run-off.  
329 = 329|2|01mcohen|1|topstation=0:topindicator=watertemp:bmptop=0:bottomstation=0:bottomindicator=temperature:bmpbottom=0:|okio
338 = 338|3|01mcohen|98|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|The runoff increases the Biological Demand	
347 = 347|3|dmalorkus|120|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|As with the sediments, runoff spikes correlated with nitrogen spikes in the water.  Once again, this negative correlation can be explained by a number of hypotheses.
356 = 356|3|Norahjenny|109|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|Many compounds of Phosphorus neutralize acidic compounds.
365 = 365|2|keny|1|topstation=2:topindicator=temperature:bmptop=0:bottomstation=2:bottomindicator=bod:bmpbottom=0:|It would be benificial to have a list of the BMPs and the their descriptions.
374 = 374|3|Norahjenny|117|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|The Phosphorus dilutes the oxygen level.
383 = 383|2|Norahjenny|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|Sediments increase as BOD increases
392 = 392|3|dmalorkus|w55|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=4:bottomindicator=phosphorus:bmpbottom=0:|The points represent the range by which the top levels of phosphorous reached in both graphs. Thus the levels for the top reach a much higher concentration at around six milligrams per liter.
419 = 419|3|jgroganb|152|topstation=0:topindicator=bod:bmptop=0:bottomstation=3:bottomindicator=bod:bmpbottom=0:|DO, runoff, sediment, nitrogen, phosphorus
428 = 428|3|stacy|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Large canopy. 
High soil moisture content?
undisturbed soil
437 = 437|3|worm|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|I think a new young forest because there's not enough trees or plant life to hold the run-off from going into the river.
455 = 455|3|SB1|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Nitrogen concentration increases when there is more precipitation.
473 = 473|2|SB1|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|The more the sediment the more the nitrogen, the concentration of nitrogen increases in section 0 along with the increase of sediments.
482 = 482|2|Drag On Word|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|The graphs are simular
464 = 464|3|River|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Concentration changes when the
491 = 491|1|keny|1|topstation=0:topindicator=sediments:*:bottomstation=5:bottomindicator=sediments:bmpbottom=0:|Focusing on the characteristics of human used wetlands, hypothesize a reason for the differences between the two graphs.
509 = 509|1|keny|3|topstation=0:*:bmptop=0:bottomstation=4:*:bmpbottom=0:|Jigsaw 1 What is the average percent concentration increase for station 4 compared to station 0?
518 = 518|1|keny|3|topstation=0:*:bmptop=0:bottomstation=6:*:bmpbottom=0:|Jigsaw 1 Describe the scatterplot of this indicator for station 0 and station 6.
527 = 527|1|keny|1|topstation=7:topindicator=toxins:bmptop=0:bottomstation=1:bottomindicator=toxins:bmpbottom=0:|Jigsaw 1 Describe what the scatterplot tells you about station 1 toxins compared to station 7 toxins.
536 = 536|3|dave|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|As above....
446 = 446|3|eminemchild|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The differences in the Pristine forest that can change the amounts of runoff are things like the amount of trees that the forest contains.
545 = 545|3|jill|122|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|A linear relationship - as the nitrogen level increases, the sediment level increases.
554 = 554|3|boberol|w502|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=2:bottomindicator=nitrogen:bmpbottom=0:|about 18x larger
563 = 563|1|keny|4|topstation=2:topindicator=ph:bmptop=1:bottomstation=2:bottomindicator=runoff:bmpbottom=1:|Jigsaw 3 Add a question here
572 = 572|1|keny|3|topstation=3:topindicator=sediments:bmptop=1:bottomstation=7:bottomindicator=sediments:bmpbottom=1:|Jigsaw 3 What questions do you have about the relative change in station 7 after the changes in stations 2 and 3 were made?
581 = 581|1|keny|3|topstation=3:topindicator=ph:bmptop=1:bottomstation=7:bottomindicator=ph:bmpbottom=0:|Jigsaw 3 What questions do you have about the improvement of station 7 compared to station 3?
590 = 590|1|keny|3|topstation=2:topindicator=sediments:bmptop=1:bottomstation=7:bottomindicator=sediments:bmpbottom=0:| Jigsaw 3 What questions do you have about the improvement of station 7 compared to
 station 2?
608 = 608|2|bio6tragicfear|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|our notes for this location, it was quite interesting but i didnt see any connection between the pristine forest and and any other locations on the map. we havent visited it yet, theyre should be a link that connects us to a comparison between different sites on the rivers path. Also "clicking" is spelled wrong in the 3rd paragraph as cliscking. the levels on the relationship  between phosphorus and the precipitation were both at a high on day 150. the phosphorus level was high when the precipitation increased. 
617 = 617|3|06camanda|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|An old growth forest would have more run off because it isn't growing as much so it doesn't need as much water.
644 = 644|2|bio6stupid|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|I love work!!!!
635 = 635|3|bio6ben|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|the subwatershed has the water in it.
626 = 626|3|bio6camanda|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|There isn't any concrete in a pristine forest so ther ear emores "pores" to absurb the run off.
653 = 653|3|bio6db|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Maybe because the precipitation spreads out and disperses the nitrogen.
662 = 662|3|boi6camanda|223|topstation=6:topindicator=nitrogen:bmptop=0:bottomstation=6:bottomindicator=precip:bmpbottom=0:|macaramacaramacaramacaramacaramacaramacaramacara
671 = 671|3|bio6dnkc|40|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|The nitrogen level is higher in station 1.
680 = 680|2|bio3abc|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|Nitrogen conceration/sediments are the same in sector 0.
707 = 707|3|bio3fab|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|When the nitrogen concetration gets higher the precipitation rises. When nitrogen concentration gets lower the precipitation decreases also.
716 = 716|2|bio3wtg|1|topstation=0:topindicator=watertemp:bmptop=0:bottomstation=0:bottomindicator=temperature:bmpbottom=0:|When the air temperature increases, water temperature increases.
725 = 725|3|bio6stupid|w510|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=4:bottomindicator=phosphorus:bmpbottom=0:|They both go up at similar times.
734 = 734|2|bio6lyngen|1|topstation=0:topindicator=toxins:bmptop=0:bottomstation=2:bottomindicator=toxins:bmpbottom=0:|Both Station 0 and 2 have no percentage for days 120 through 180. Their datas are all zeros.

The scatterplot of station 0 and 2 are at 0,0.  
743 = 743|3|bio6stupid|w510|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=4:bottomindicator=nitrogen:bmpbottom=0:|The plot is decressing
752 = 752|3|bio6stupid|w509|topstation=0:topindicator=do:bmptop=0:bottomstation=4:bottomindicator=do:bmpbottom=0:|The avrage is higher for 4
761 = 761|3|bio6cookie|w498|topstation=0:topindicator=runoff:bmptop=0:bottomstation=1:bottomindicator=runoff:bmpbottom=0:|The scatterplot has a positive correlation.
770 = 770|3|bio6lyngen|w501|topstation=0:topindicator=ph:bmptop=0:bottomstation=2:bottomindicator=ph:bmpbottom=0:|The max value of Stat 0, is 7.0000 and the max value of stat 2 is 6.8000. 

not much changes, but stat 2's data changes more than stat 0 does.
806 = 806|3|bio356|w512|topstation=0:topindicator=runoff:bmptop=0:bottomstation=5:bottomindicator=runoff:bmpbottom=0:|The maxium value of station 0 has more runoff that station5 
815 = 815|2|Bio3sham|1|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=4:bottomindicator=groundwater:bmpbottom=0:|4 has a significantly greater amount of BOTH runoff AND groundwater!!!!!
824 = 824|3|bio3saa|w516|topstation=0:topindicator=ph:bmptop=0:bottomstation=6:bottomindicator=ph:bmpbottom=0:|The maximum value at station 0 is .1 more than station 6.
833 = 833|3|bio3jklh|w501|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=2:bottomindicator=totalflow:bmpbottom=0:|The maximum value at station 2 is much larger than the maximum value at station 0. 
842 = 842|3|bio3wtg|138|topstation=0:topindicator=do:bmptop=0:bottomstation=2:bottomindicator=do:bmpbottom=0:|The agrictultural graph spikes more than the pristine forest graph.
851 = 851|3|bio356|w513|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=5:bottomindicator=groundwater:bmpbottom=0:|wetlands has more
860 = 860|3|bio3saa|w517|topstation=0:topindicator=runoff:bmptop=0:bottomstation=6:bottomindicator=runoff:bmpbottom=0:|It is much higher.
905 = 905|3|bio3saa|w516|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=6:bottomindicator=totalflow:bmpbottom=0:|The maximum value was 10 times higher in 6 over 0.
914 = 914|3|Bio3sham|w509|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=0:|Winterfresh gum tastes much much cooler!!!
87 = 87|1|keny|1|topstation=0:topindicator=precip:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|What accompaanies an increase in percipitation that also increases the Biochemical Oxygen Demand?
96 = 96|1|keny|1|topstation=0:topindicator=do:bmptop=0:bottomstation=0:bottomindicator=watertemp:bmpbottom=0:|What property of water might explain the fact that the D.O. concentation increases as the water temperature decreases and why?
159 = 159|1|keny|1|topstation=0:topindicator=runoff:*:bottomstation=3:bottomindicator=runoff:bmpbottom=1:|How does runoff at Station 0 compare to Station 3 after improvements are made?
168 = 168|1|keny|1|topstation=0:topindicator=do:*:bottomstation=3:bottomindicator=do:bmpbottom=1:|Does the DO improve after the bmp has been implemented?  Hypothesize why or why not.
177 = 177|3|jgroganb|108|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|As the nitrogen concentration decreases, the acidity of the water increases, so a higher level of nitrogen keeps the water at a neutral pH.
186 = 186|3|jgroganb|110|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|When the phosphorus level increases, so does the sediment level because both are brought in from runoff.
195 = 195|3|jgroganb|118|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|This relationship is not similar to the one between nitrogen and runoff.
249 = 249|3|tram|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|when nitrogen is low, precipitation is high.
258 = 258|3|dmalorkus|83|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The water molecules have not grouped together, and thus do not have enough mass to overflow the tiny nooks and crannies they occupy.  In other words, the water does not have to move because it is occupying a certain space.  However, so much water can occupy a space, so once it overflows the space, it starts to move and flow, carrying whatever toxic particles happening to be in the way with it.
267 = 267|3|01mcohen|112|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|As the nitrogen level decreases, the BOD levels increase. This is because as the demand goes up it repuires more oxygen.
276 = 276|3|Norahjenny|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|With more precipitation, there is a lower concentration of nitrogen
285 = 285|3|Jojo|w282|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=1:bottomindicator=phosphorus:bmpbottom=1:|testing
294 = 294|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=6:bottomindicator=nitrogen:bmpbottom=1:|Does the nitrogen level decrease after implementation of the improvement? Hypothesize Why or Why Not?
339 = 339|2|01mcohen|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|Mooo
348 = 348|3|dmalorkus|121|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|First, the sediments coming from the runoff might be loaded with bacteria which remove nitrogen from the water.  Secondly, the chemicals inside the sediment might synthesize with the nitrogen, thus lowering the levels of nitrogen present in the water
69 = 69|1|keny|2|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Is the relationship different depending on the season of the year?
78 = 78|1|keny|5|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Which type of forest would you expect to have more run-off; a mature, old growth forest or a young, new growth forest. Explain your answer.
357 = 357|2|Norahjenny|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|As Phosphorus levels increase, acidity increases.
366 = 366|3|tram|w90|topstation=0:topindicator=sediments:bmptop=0:bottomstation=7:bottomindicator=sediments:bmpbottom=0:|As the river flows down stream, it collects more sediment from the different sites.  Also, as you go downstream, the areas become more industrialized, and there is less vegetation to filter out sediment.
375 = 375|2|Norahjenny|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|As Phosphorus levels increase, the BOD increases as well.
384 = 384|3|tram|135|topstation=3:topindicator=nitrogen:bmptop=0:bottomstation=3:bottomindicator=runoff:bmpbottom=0:|At about 10,000 gallons of runoff nitrogen concentration is affected.
393 = 393|2|dmalorkus|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=4:bottomindicator=phosphorus:bmpbottom=0:|The pristine forest is a far healthier environment for the river than the commercial/industrial zone.
429 = 429|3|stacy|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The nitrogen is carried from a source (fertilizer found in lawns)into the water during the precipitation
438 = 438|3|worm|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Because theres a change in the season.
447 = 447|3|Drag On Word|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The precipitation changes when the nitrogen changes.
456 = 456|3|SB1|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Yes
465 = 465|3|Drag On Word|122|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|A unstable one
474 = 474|3|worm|223|topstation=6:topindicator=nitrogen:bmptop=0:bottomstation=6:bottomindicator=precip:bmpbottom=0:|It might decrease because the owners of the land might have better methods implemented and uses.
483 = 483|3|janea n shannon|78|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|I WOULD EXPECT A
492 = 492|1|keny|1|topstation=0:topindicator=toxins:*:bottomstation=5:bottomindicator=toxins:bmpbottom=0:|Where do the toxins at station 5 originate from?
519 = 519|1|keny|4|topstation=0:*:bmptop=0:bottomstation=6:*:bmpbottom=0:|Jigsaw 2 What have you learned about this indicator to explain the difference between station 0 and station 6?
528 = 528|1|keny|1|topstation=1:topindicator=toxins:bmptop=0:bottomstation=7:bottomindicator=toxins:bmpbottom=0:|Jigsaw 1 Describe what the scatterplot tells you about station 1 toxins compared to station 7 toxins.
537 = 537|3|dave|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Q. needs rephrasing...
546 = 546|2|jill|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|we want to compare graphs more easily, and compare scatterplots 
555 = 555|3|boberol|w503|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=2:bottomindicator=nitrogen:bmpbottom=0:|more variability with area 2
564 = 564|1|keny|3|topstation=3:topindicator=ph:bmptop=1:bottomstation=3:bottomindicator=runoff:bmpbottom=1:|Jigsaw 3 Describe the change due to the bmp for pH on the time series graph.
573 = 573|1|keny|2|topstation=3:topindicator=sediments:bmptop=1:bottomstation=7:bottomindicator=sediments:bmpbottom=0:|Jigsaw 3 (Station 2 not improved)  Compare the relative change at station 7 to the change at station 3.
582 = 582|1|keny|2|topstation=2:topindicator=ph:bmptop=1:bottomstation=7:bottomindicator=ph:bmpbottom=0:|Jigsaw 3 (Station 3 not improved)Compare the relative change at station 7 to the
change at station 2.
591 = 591|3|boberol|559|topstation=2:topindicator=nitrogen:bmptop=1:bottomstation=2:bottomindicator=sediments:bmpbottom=1:|Could a buffer zone also be ued as a BMP improvement?
609 = 609|2|bio6stupid|1|topstation=4:topindicator=toxins:bmptop=0:bottomstation=4:bottomindicator=temperature:bmpbottom=0:|notrogen and sediments have no corelation

nitrogen and runoff have no corelationnitroge and ph have highs at similar times

they are closely related to their rise and falls

Phosphorus and sediments are not related at all

phosphorus and ph have no relations

phosphou=rus and BOD have both get greater and lower at the same times

sediments and runoff have no similarities

i am not sure
627 = 627|2|bio6camanda|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|NONE
618 = 618|3|06camanda|24|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|It takes such a large change in precipitation before there is a change in run off because the ground can soak up a lot of water.
645 = 645|3|bio6tragicfear|25|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|in the pristine forest it doesnt have as many pollutants as many other areas where watershed occurs.	
636 = 636|2|bio6ben|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|I have no idea on notes on this location
654 = 654|3|bio6db|23|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|During some seasons, decreased precipitation causes the nitrogen amount to decrease. But during rainy seasons, nitrogen decreases because of plant growth and other enviromental factors.
663 = 663|2|bio6stupid|1|topstation=4:topindicator=precip:bmptop=0:bottomstation=4:bottomindicator=toxins:bmpbottom=0:|Thee is a higer tozin  amunt
672 = 672|3|bio6dnkc|w496|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=1:bottomindicator=nitrogen:bmpbottom=0:|The maximum level is higher at station 1 by about 0.23.
681 = 681|3|bio3abc|122|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|Nitrogen and sediments are very identical but the nitrogen graph is fliped upside down.
690 = 690|3|bio3saa|113|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|correlational
708 = 708|3|bio3fab|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The relationship is differs between the seasons of the year. During the dryer seasons the precipitation isn't as high so the nitrogen concenntration isn't as high either.
717 = 717|3|bio356|105|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=7:bottomindicator=phosphorus:bmpbottom=0:|Station 7 has increases a lot more than station 0, and the scale at station 7 is different than station 0.
726 = 726|3|bio6stupid|w55|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=4:bottomindicator=phosphorus:bmpbottom=0:|When the varibles are changed scatter plots wont select
735 = 735|3|bio6stupid|244|topstation=0:topindicator=runoff:bmptop=0:bottomstation=4:bottomindicator=runoff:bmpbottom=0:|In a comercial area, there would not be much runoff as a pristine forset woud have because there woudn't be much soil to absorb the water.
744 = 744|3|bio6stupid|w508|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=4:bottomindicator=nitrogen:bmpbottom=0:|The maximum of both are similar
753 = 753|3|bio6lyngen|w501|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=2:bottomindicator=heavymetal:bmpbottom=0:|In station 0, Pristine Forest, the maximum value stays at zero with no percantage and all values (max, min) are at zero.  As for station 2, the maximum value is 0.2001.
762 = 762|3|bio6cookie|w496|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=1:bottomindicator=groundwater:bmpbottom=0:|it's a lot less
771 = 771|3|bio6lyngen|w502|topstation=0:topindicator=ph:bmptop=0:bottomstation=2:bottomindicator=ph:bmpbottom=0:|the average value for stat 0 is 6.9888 and as for stat 2 is 6.5380.  it decreased in the level by about 4 tenths.
780 = 780|3|Bio3sham|w510|topstation=0:topindicator=runoff:bmptop=0:bottomstation=4:bottomindicator=runoff:bmpbottom=0:|The scatter plot shows exponential growth after it reaches a value of about 20000.
807 = 807|3|bio356|w513|topstation=0:topindicator=runoff:bmptop=0:bottomstation=5:bottomindicator=runoff:bmpbottom=0:|The average percent increase is more for stsation 0 than station 5
816 = 816|3|bio3fab|244|topstation=0:topindicator=runoff:bmptop=0:bottomstation=4:bottomindicator=runoff:bmpbottom=0:|The amount of trees and plants is less due to industry therefore trees and plants can not stop the amount of runoff.
825 = 825|3|bio3saa|w517|topstation=0:topindicator=ph:bmptop=0:bottomstation=6:bottomindicator=ph:bmpbottom=0:|The average percent concentration increase from statoin 0 to station 6 is .2437.
834 = 834|3|bio3jklh|w502|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=2:bottomindicator=totalflow:bmpbottom=0:|Station two is much more concentrated than station 0. 
843 = 843|3|bio3wtg|139|topstation=0:topindicator=do:bmptop=0:bottomstation=2:bottomindicator=do:bmpbottom=0:|The sediments from the crops, which wash into the water, contain bacteria that create oxygen.
852 = 852|3|bio356|w514|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=5:bottomindicator=groundwater:bmpbottom=0:|have no scatter plot.
861 = 861|3|bio3saa|w518|topstation=0:topindicator=runoff:bmptop=0:bottomstation=6:bottomindicator=runoff:bmpbottom=0:|It is a porabola
870 = 870|3|bio3fab|w510|topstation=0:topindicator=groundwater:bmptop=0:bottomstation=4:bottomindicator=groundwater:bmpbottom=0:|The scatterplot for station 0 and station 4 are almost the same. 
906 = 906|3|bio3saa|w517|topstation=0:topindicator=totalflow:bmptop=0:bottomstation=6:bottomindicator=totalflow:bmpbottom=0:|The increase is 41863.8286
915 = 915|3|Bio3sham|w510|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=0:|It has steady increse in a straight line.
79 = 79|2|sander|1|topstation=7:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=nitrogen:bmpbottom=0:|N levels went up
88 = 88|1|keny|1|topstation=7:topindicator=runoff:*:*:*:*:|Note there is no runoff at station seven because this station is off shore and is not influenced by near by land.
97 = 97|1|keny|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|On the concentration vs. time graphs what do you notice about when runoff and BOD spike?
0 = 918
1 = keny
89 = 89|1|keny|1|*:*:*:bottomstation=7:bottomindicator=runoff:*:|Note there is no runoff at station seven because this station is off shore and is not influenced by near by land.
98 = 98|1|keny|1|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|What causes a correlation between the two?
100 = 100|1|keny|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|What do you notice about the two graphs?
99 = 99|1|keny|2|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|What causes a correlation between the two?
110 = 110|1|keny|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|What is the relationship between these two indicators and why does it exist?
200 = 200|3|wolfe|83|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The rainfall is soaked into the ground and is held until about one inch, the rest above that is runoff.  
101 = 101|1|keny|1|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=7:bottomindicator=heavymetal:bmpbottom=0:|Where is the heavy metal that appears in station 7 coming from if there is no heavy metal at station 0?
3 = false
111 = 111|1|keny|1|topstation=0:topindicator=watertemp:bmptop=0:bottomstation=0:bottomindicator=temperature:bmpbottom=0:|What does the relationship between air temperature and water temperature tell you about the type of water body we are looking at?
201 = 201|3|michelle|83|topstation=0:topindicator=runoff:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|The amount of runoff at this location is unaffected by precipitation until one inch because any amount lower than this is absorbed.
210 = 210|3|wolfe|104|topstation=0:topindicator=bod:bmptop=0:bottomstation=7:bottomindicator=bod:bmpbottom=0:|it has all the chemicles from all the other sites that need to be broken down and therefore needs a higher D.O. concentration.  
300 = 300|1|keny|1|topstation=0:topindicator=bod:bmptop=0:bottomstation=6:bottomindicator=bod:bmpbottom=1:|What else is BOD related to that would make the improvement so slight?
120 = 120|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|DO NOT ANSWER THIS QUESTION   What questions do you have about the relationship between runoff and nitrogen?
102 = 102|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|How do the nitrogen levels compare at these two sites?
4 = keny
112 = 112|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|What type of relationship exists between nitrogen and BOD?  Why?
130 = 130|1|keny|1|topstation=3:topindicator=nitrogen:*:bottomstation=3:bottomindicator=precip:*:|Create a scatterplot.  What do you notice about nitrogen concentration after 0.4 inches of rain?
202 = 202|3|jgroganb|114|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Whenever there is runoff, there are sediments driven into the water.  The amount of sediments is constant, regardless of the amount of runoff.
211 = 211|3|jgroganb|81|topstation=0:topindicator=do:bmptop=0:bottomstation=0:bottomindicator=saturateddo:bmpbottom=0:|The Saturated DO level should be higher than the DO level because it is the capacity rather than the actual leve.
220 = 220|1|keny|2|topstation=0:topindicator=do:bmptop=0:bottomstation=1:bottomindicator=do:bmpbottom=0:|What might have caused the difference between these two stations?
310 = 310|1|keny|1|topstation=2:topindicator=phosphorus:bmptop=0:bottomstation=2:bottomindicator=runoff:bmpbottom=0:|Can you explain why phosphorus levels seem to follow precipation more closely in Site 2 than in Site 0?
301 = 301|3|keny|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|It changes in concert with the nitrogen, like when it rains more, there's more N runoff.
121 = 121|1|keny|2|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|DO NOT ANSWER THIS QUESTION Offer hypotheses to answer your questions.
400 = 400|2|Norahjenny|1|topstation=0:topindicator=ph:bmptop=0:bottomstation=6:bottomindicator=ph:bmpbottom=0:|See above
103 = 103|1|keny|2|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|What does the increase in Nitrogen mean for the health of station 7 compared to the health of station 0?
104 = 104|1|keny|1|topstation=0:topindicator=bod:bmptop=0:bottomstation=7:bottomindicator=bod:bmpbottom=0:|What properties of the water at station 7 lead to the increase of BOD at this station?
113 = 113|1|keny|2|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|Is this relationship causal or correlational?
131 = 131|1|keny|1|topstation=3:topindicator=phosphorus:bmptop=0:bottomstation=3:bottomindicator=precip:bmpbottom=0:|Create a scatterplot.  What do you notice about phosphorus levels when preciptation is higer than 0.3 inches?
203 = 203|3|jgroganb|115|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Because runoff always contains sediment.  Maybe there's only a certain amount of sediment that can be carried away with the runoff.
212 = 212|3|michelle|102|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|Well notepad, there appears to be a large discrepancy between site 0 and site 7.  Site 7 has a high concentration of nitrogen. Though I cannot tell from the display here, I am willing to bet that the nitrogen levels go up at each rainfall.
221 = 221|1|keny|1|topstation=0:topindicator=bod:bmptop=0:bottomstation=1:bottomindicator=bod:bmpbottom=0:|What other indicator(s) is BOD related to that could explain the difference between the graphs?
230 = 230|1|keny|1|topstation=0:topindicator=heavymetal:bmptop=0:bottomstation=6:bottomindicator=heavymetal:bmpbottom=0:|Hypothesize what might be the source of the Heavy Metals?
311 = 311|3|joschmo|22|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|blablabla
122 = 122|1|keny|1|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=sediments:bmpbottom=0:|What type of relationship between nitrogen and sediments do the graphs show?
302 = 302|3|keny|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Seems so...more runoff in spring, when it tends to rain more...
140 = 140|1|keny|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=3:bottomindicator=sediments:bmpbottom=0:|Why would the sediment load be higher and more frequent at station 3 than at station 0?
401 = 401|3|michelle|128|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=2:bottomindicator=nitrogen:bmpbottom=0:|Station 2 (the agricultural area) has a higher nitrogen concentration because of the increased runoff of fertlizer, pesticides, and animal excrement.
410 = 410|3|jgroganb|150|topstation=0:topindicator=toxins:bmptop=0:bottomstation=3:bottomindicator=toxins:bmpbottom=0:|lawn fertilizers, oil from cars, paint chips, sewage, pesticides
320 = 320|1|keny|2|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=1:bottomindicator=phosphorus:bmpbottom=0:|How would expect the best mitigation practice to affect this?
500 = 500|1|keny|4|topstation=0:*:bmptop=0:bottomstation=2:*:bmpbottom=0:|Jigsaw 2 What have you learned about this indicator to explain the difference between station 0 and 1? 
114 = 114|1|keny|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|Describe the relationship between sediment and runoff.
123 = 123|3|leungmar|w51|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=1:bottomindicator=phosphorus:bmpbottom=0:|hjhgjdfghdjfhg
132 = 132|1|keny|1|topstation=3:topindicator=runoff:bmptop=0:bottomstation=3:bottomindicator=precip:bmpbottom=0:|What happens to runoff levels when precipitation exceeds 1 inch?  Why?
141 = 141|1|keny|1|topstation=0:topindicator=bod:bmptop=0:bottomstation=2:bottomindicator=bod:bmpbottom=0:|What other indicator(s) is (are) related to the BOD increasing?
150 = 150|1|keny|1|topstation=0:topindicator=toxins:bmptop=0:bottomstation=3:bottomindicator=toxins:bmpbottom=0:|What are some possible sources of the Toxins?
204 = 204|3|jgroganb|100|topstation=0:topindicator=sediments:bmptop=0:bottomstation=0:bottomindicator=bod:bmpbottom=0:|The graphs are very similar, as the level of sediments increase, the BOD level increases to the same proportion.
213 = 213|3|michelle|103|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=7:bottomindicator=nitrogen:bmpbottom=0:|The increase of Nitrogen at station 7 is probably an indicator of increased sediment and runoff carrying nitrogen.  All in all, it does not bode well for the health of station 7.
231 = 231|1|keny|1|topstation=0:topindicator=toxins:bmptop=0:bottomstation=6:bottomindicator=toxins:bmpbottom=0:|Where are the toxins coming from that appear at station 6?
240 = 240|1|keny|1|topstation=0:topindicator=sediments:bmptop=0:bottomstation=4:bottomindicator=sediments:bmpbottom=0:|In what two ways does the bottom graphs show an increase in amount of sediment?
312 = 312|3|joschmo|69|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|blablabla
321 = 321|3|Norahjenny|120|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=runoff:bmpbottom=0:|What is the likelyhood that runoff will collect nitrogen as it moves over the land?
303 = 303|3|keny|107|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=precip:bmpbottom=0:|Could it be that all the N is getting washed out of the soil, so there's less N runoff, eventually ?
105 = 105|1|keny|1|topstation=0:topindicator=phosphorus:bmptop=0:bottomstation=7:bottomindicator=phosphorus:bmpbottom=0:|In what two ways is the amount of Phosphorus at station 7 increased versus the Phosphorus at station 0?
222 = 222|1|keny|1|topstation=0:topindicator=bod:bmptop=0:bottomstation=6:bottomindicator=bod:bmpbottom=0:|What causes the increased BOD at Station 6 compared to Station 0?
330 = 330|3|Norahjenny|108|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=0:bottomindicator=ph:bmpbottom=0:|As nitrogen levels decrease, the acidity of the water increases.  This is probably due to the fact that many nitrogen compounds neutralize acids.
402 = 402|3|jgroganb|147|topstation=0:topindicator=nitrogen:bmptop=0:bottomstation=3:bottomindicator=nitrogen:bmpbottom=0:|Some causes of the difference in Nitrogen concentration could be lawn fertilizers, and more air pollution.
411 = 411|2|jgroganb|1|topstation=0:topindicator=temperature:bmptop=0:bottomstation=3:bottomindicator=temperature:bmpbottom=0:|same
420 = 420|3|jgroganb|153|topstation=0:topindicator=bod:bmptop=0:bottomstation=3:bottomindicator=bod:bmpbottom=0:|more algae from the increase in nitrogen which eats the oxygen, covers the water surface, lowering the DO, which raises the BOD;
501 = 501|1|keny|1|topstation=0:*:bmptop=0:bottomstation=2:*:bmpbottom=0:|Jigsaw 1  How does the maximum value at station 0 compare to station 2?
510 = 510|1|keny|3|topstation=0:*:bmptop=0:bottomstation=4:*:bmpbottom=0:|Jigsaw 1 Describe the scatterplot of this indicator for station 0 and station 4.
600 = 600|2|topgun|1|topstation=3:topindicator=ph:bmptop=1:bottomstation=3:bottomindicator=runoff:bmpbottom=1:|Runoff and PH in model do not change with BMP.  

Question reaction  Seem fine but difficult to thoroughly analyze question when no data is available.