RT @gretchen_H20: Deep waters of lakes are losing oxygen as they warm, with big implications for coldwater fish, biodiversity, and carbon e…
RT @gretchen_H20: Deep waters of lakes are losing oxygen as they warm, with big implications for coldwater fish, biodiversity, and carbon e…
RT @gretchen_H20: Deep waters of lakes are losing oxygen as they warm, with big implications for coldwater fish, biodiversity, and carbon e…
RT @gretchen_H20: Deep waters of lakes are losing oxygen as they warm, with big implications for coldwater fish, biodiversity, and carbon e…
RT @StephenJane10: The efforts of a great team made this work possible. Declining lake DO is associated with increasing surface water tempe…
RT @gretchen_H20: Deep waters of lakes are losing oxygen as they warm, with big implications for coldwater fish, biodiversity, and carbon e…
RT @gretchen_H20: Deep waters of lakes are losing oxygen as they warm, with big implications for coldwater fish, biodiversity, and carbon e…
RT @gretchen_H20: Deep waters of lakes are losing oxygen as they warm, with big implications for coldwater fish, biodiversity, and carbon e…
RT @gretchen_H20: Deep waters of lakes are losing oxygen as they warm, with big implications for coldwater fish, biodiversity, and carbon e…
Global warming is starving lakes of oxygen. Rates up to 9 times faster than oxygen loss in oceans. New from @kevcrose and many others, including us. https://t.co/AcUFi7mBsH https://t.co/GaPgmveS62
RT @gretchen_H20: Deep waters of lakes are losing oxygen as they warm, with big implications for coldwater fish, biodiversity, and carbon e…
RT @R_Sommaruga: Congratulations to @kevcrose @StephenJane10 and to all the consortium for the paper just published in @Nature https://t.…
RT @R_Sommaruga: Congratulations to @kevcrose @StephenJane10 and to all the consortium for the paper just published in @Nature https://t.…
RT @gretchen_H20: Deep waters of lakes are losing oxygen as they warm, with big implications for coldwater fish, biodiversity, and carbon e…
RT @StephenJane10: The efforts of a great team made this work possible. Declining lake DO is associated with increasing surface water tempe…
RT @StephenJane10: The efforts of a great team made this work possible. Declining lake DO is associated with increasing surface water tempe…
RT @gretchen_H20: Deep waters of lakes are losing oxygen as they warm, with big implications for coldwater fish, biodiversity, and carbon e…
RT @gretchen_H20: Deep waters of lakes are losing oxygen as they warm, with big implications for coldwater fish, biodiversity, and carbon e…
RT @StephenJane10: The efforts of a great team made this work possible. Declining lake DO is associated with increasing surface water tempe…
RT @gretchen_H20: Deep waters of lakes are losing oxygen as they warm, with big implications for coldwater fish, biodiversity, and carbon e…
Deep waters of lakes are losing oxygen as they warm, with big implications for coldwater fish, biodiversity, and carbon emissions. New collaborative study out today in @Nature led by @StephenJane10 and @kevcrose with many coauthors! https://t.co/ZFAZSxPr42
The efforts of a great team made this work possible. Declining lake DO is associated with increasing surface water temperatures. https://t.co/FLqcxK6W0E @GLEONetwork @kevcrose
#Nature Widespread deoxygenation of temperate lakes https://t.co/RnVbPgIHmn Declines in dissolved oxygen in freshwater are 2.75 to 9.3 times greater than observed in the world’s oceans and could threaten essential lake ecosystem services. https://t.co/SVLS
ZUURSTOFGEBREK | In meren en kustwateren (denk ook aan onze Waddenzee) dreigt het zuurstofniveau zo laag te worden dat het ernstige gevolgen heeft voor de biodiversiteit. Vooral de achteruitgang van de ecologische kwaliteit van meren is zorgwekkend: https:
環境:温帯湖の酸素濃度の低下 (Nature Research) https://t.co/1FKVo98IhB
Congratulations to @kevcrose @StephenJane10 and to all the consortium for the paper just published in @Nature https://t.co/JkOgyDr3St @uniinnsbruck