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RT @HYDR_Springer: A new method for modeling stream temperature from air temp, precipitation, & groundwater, with implications for coldwate…
189 followers
As we work on how to prioritize work/effort on the few cold water streams in our watershed 2 timely and relevant papers have posted today. Paper 2
880 followers
RT @HYDR_Springer: A new method for modeling stream temperature from air temp, precipitation, & groundwater, with implications for coldwate…
16,948 followers
RT @HYDR_Springer: A new method for modeling stream temperature from air temp, precipitation, & groundwater, with implications for coldwate…
9,787 followers
RT @HYDR_Springer: A new method for modeling stream temperature from air temp, precipitation, & groundwater, with implications for coldwate…
3,008 followers
@IainAMalcolm @KJMillidine @Faye_L_Jackson
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RT @HYDR_Springer: A new method for modeling stream temperature from air temp, precipitation, & groundwater, with implications for coldwate…
1,215 followers
RT @HYDR_Springer: A new method for modeling stream temperature from air temp, precipitation, & groundwater, with implications for coldwate…
4,314 followers
RT @HYDR_Springer: A new method for modeling stream temperature from air temp, precipitation, & groundwater, with implications for coldwate…
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A new method for modeling stream temperature from air temp, precipitation, & groundwater, with implications for coldwater fish conservation. Early online in Hydrobiologia: https://t.co/Vfkj9aA3QD. (Pictured: Manistee River, Michigan) https://t.co/HHszc
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https://t.co/ebB5oZiL8R Developing precipitation- and groundwater-corrected stream temperature models to improve brook charr management amid climate change Abstract Conserving coldwater stream ecosystems in a warming world requires understanding how wate
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Developing precipitation- and groundwater-corrected stream temperature models to improve brook charr management amid climate change https://t.co/IofLd5Gh7p https://t.co/TZlrTn36D9