795 followers
RT @Maawiah: #التنوع_الأحيائي تزداد الأعشاب والطحالب والأشنات في القطب الشمالي مع زيادة الذوبان كنتيجة للتغير المناخي. هذا التخضير يساهم ب…
675 followers
RT @Maawiah: #التنوع_الأحيائي تزداد الأعشاب والطحالب والأشنات في القطب الشمالي مع زيادة الذوبان كنتيجة للتغير المناخي. هذا التخضير يساهم ب…
854 followers
RT @Maawiah: #التنوع_الأحيائي تزداد الأعشاب والطحالب والأشنات في القطب الشمالي مع زيادة الذوبان كنتيجة للتغير المناخي. هذا التخضير يساهم ب…
3,172 followers
#التنوع_الأحيائي تزداد الأعشاب والطحالب والأشنات في القطب الشمالي مع زيادة الذوبان كنتيجة للتغير المناخي. هذا التخضير يساهم برفع درجة حرارة القطب الشمالي نتيجةً العمليات الحيوية والكيميائية والفيزيائية لهذه الأحياء بطريقة مباشرة وغير مباشرة. https://t.co
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Vegetation type is an important predictor of the arctic summer land surface energy budget. #Ecosystem #Seasons #ArcticRegions #ClimateChange #Permafrost https://t.co/VeezGZWDuw
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RT @ICOS_RI: New research published in @NatureComms has documented the role of vegetation in Arctic warming for the first time, allowing fo…
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RT @ICOS_RI: New research published in @NatureComms has documented the role of vegetation in Arctic warming for the first time, allowing fo…
4,832 followers
RT @ICOS_RI: New research published in @NatureComms has documented the role of vegetation in Arctic warming for the first time, allowing fo…
3,102 followers
New research published in @NatureComms has documented the role of vegetation in Arctic warming for the first time, allowing for more precise climate predictions 🌍 The research group includes ICOS GA member and Focal Point @TFriborg 👏 Read more: https://t.
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Vegetation type is an important predictor of the #arctic summer land surface energy budget https://t.co/WiOvYMOLAt
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RT @_LopezBlanco: 📢🔔Fresh from the oven! Very happy to be part of this nice synthesis led by @JacquelineOehri (including @GEM_Arctic data📊)…
1,833 followers
RT @physorg_com: Vegetation regulates #energyexchange in the Arctic @NatureComms https://t.co/dHmYsVuk6H https://t.co/1U1GJ7OQQQ
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RT @DavidHoll_CEN: Thank you @JacquelineOehri for putting together this synthesis and for including us in this exciting project! We over at…
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Thank you @JacquelineOehri for putting together this synthesis and for including us in this exciting project! We over at @CENunihh are glad we could contribute our long-term energy flux observations from the Siberian Arctic.
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Prof. Heather Kropp is co-author of article discussing fast-paced changes in the Arctic's environment. https://t.co/AXQb3YhunL @NaturePortfolio https://t.co/X0yU9U4ZGj
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RT @ArcticNet: Interested in land-climate interactions in the #Arctic? AN researcher Oliver Sonnentag is co-author in a new article publish…
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Intéressé.e par les interactions terre-climat dans l'#Arctique ? Oliver Sonnentag, chercheur d'AN, est co-auteur d'un article publié dans @Nature, qui étudie type de végétation comme facteur prédictif des bilans énergétiques de la surface terrestre en été
8,428 followers
Interested in land-climate interactions in the #Arctic? AN researcher Oliver Sonnentag is co-author in a new article published in @Nature investigating vegetation type as a predictor for Arctic summer land surface energy budgets https://t.co/5Gulqfj0ZB
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Vegetation type is an important predictor of the arctic summer land surface energy budget - https://t.co/eBzN13QB3d #NERCpapers
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RT @uzh_gcb: In the Arctic, vegetation type is a powerful predictor of summer (JJA) surface energy fluxes. Refined representation of Arctic…
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RT @uzh_gcb: In the Arctic, vegetation type is a powerful predictor of summer (JJA) surface energy fluxes. Refined representation of Arctic…
1,700 followers
RT @uzh_gcb: In the Arctic, vegetation type is a powerful predictor of summer (JJA) surface energy fluxes. Refined representation of Arctic…
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RT @uzh_gcb: In the Arctic, vegetation type is a powerful predictor of summer (JJA) surface energy fluxes. Refined representation of Arctic…
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In the Arctic, vegetation type is a powerful predictor of summer (JJA) surface energy fluxes. Refined representation of Arctic vegetation types can improve Earth System models. New paper by @JacquelineOehri and collaborators in @NatureComms https://t.co/NS
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Vegetation type is a powerful predictor of summer surface energy fluxes in the #Arctic Study by @JacquelineOehri et al. in @NatureComms https://t.co/97MltZ7SZp
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RT @UCSBgeog: As climate warming changes Arctic vegetation structure, new analysis of circumpolar surface energy budget field measurements…
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Arctic vegetation has impacts on Earth's energy budget! @UCSBgeog
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RT @JacquelineOehri: I'm so happy to announce our new synthesis highlighting the importance of vegetation types for predicting summer surfa…
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As climate warming changes Arctic vegetation structure, new analysis of circumpolar surface energy budget field measurements finds differences in vegetation types in summer and seasonal energy budget feedbacks that will be important for Earth system models
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RT @GEM_Arctic: New @NatureComms paper - GEM has contributed with extensive datasets from both @ZERO74N and @NuukNERO. Very interestingly,…
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RT @JacquelineOehri: I'm so happy to announce our new synthesis highlighting the importance of vegetation types for predicting summer surfa…
899 followers
Wow, very cool! Huge congrats, Jacqueline!
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RT @_LopezBlanco: 📢🔔Fresh from the oven! Very happy to be part of this nice synthesis led by @JacquelineOehri (including @GEM_Arctic data📊)…
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Vegetation type is an important predictor of the arctic summer land surface energy budget. https://t.co/HHD9KyGAFm
1,700 followers
RT @JacquelineOehri: I'm so happy to announce our new synthesis highlighting the importance of vegetation types for predicting summer surfa…
695 followers
RT @GEM_Arctic: New @NatureComms paper - GEM has contributed with extensive datasets from both @ZERO74N and @NuukNERO. Very interestingly,…
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RT @JacquelineOehri: I'm so happy to announce our new synthesis highlighting the importance of vegetation types for predicting summer surfa…
358 followers
RT @GEM_Arctic: New @NatureComms paper - GEM has contributed with extensive datasets from both @ZERO74N and @NuukNERO. Very interestingly,…
806 followers
This was such a cool project to collaborate on, I can't believe it's out!!!!
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RT @GEM_Arctic: New @NatureComms paper - GEM has contributed with extensive datasets from both @ZERO74N and @NuukNERO. Very interestingly,…
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New @NatureComms paper - GEM has contributed with extensive datasets from both @ZERO74N and @NuukNERO. Very interestingly, differences among vegetation types can be of similar magnitude as between vegetation and glacier surfaces! @TorbenRC @_LopezBlanco h
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RT @JacquelineOehri: I'm so happy to announce our new synthesis highlighting the importance of vegetation types for predicting summer surfa…
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RT @atmosbios: 📣New paper alert ! Dr. Oliver Sonnentag contribute to this paper on #vegetation type as predictor on the #arctic summer l…
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RT @_LopezBlanco: 📢🔔Fresh from the oven! Very happy to be part of this nice synthesis led by @JacquelineOehri (including @GEM_Arctic data📊)…
211 followers
RT @atmosbios: 📣New paper alert ! Dr. Oliver Sonnentag contribute to this paper on #vegetation type as predictor on the #arctic summer l…
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Vegetation type is an important predictor of the arctic summer land surface energy budget | Nature Communications https://t.co/0E6qYV5ZBY
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RT @atmosbios: 📣New paper alert ! Dr. Oliver Sonnentag contribute to this paper on #vegetation type as predictor on the #arctic summer l…
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RT @JacquelineOehri: I'm so happy to announce our new synthesis highlighting the importance of vegetation types for predicting summer surfa…
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RT @CaterpillarsEnd: Vegetation type is an important predictor of the arctic summer land surface energy budget https://t.co/UAkJSojK3v
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RT @JacquelineOehri: I'm so happy to announce our new synthesis highlighting the importance of vegetation types for predicting summer surfa…
684 followers
RT @JacquelineOehri: I'm so happy to announce our new synthesis highlighting the importance of vegetation types for predicting summer surfa…
399 followers
📣New paper alert ! Dr. Oliver Sonnentag contribute to this paper on #vegetation type as predictor on the #arctic summer land surface energy budget. A must read ! https://t.co/LI7SxXnG8z
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RT @JacquelineOehri: I'm so happy to announce our new synthesis highlighting the importance of vegetation types for predicting summer surfa…
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I'm so happy to announce our new synthesis highlighting the importance of vegetation types for predicting summer surface energy fluxes in the Arctic. Thanks for the amazing collaboration! @NatureComms https://t.co/lon4ndl4qx
467 followers
RT @_LopezBlanco: 📢🔔Fresh from the oven! Very happy to be part of this nice synthesis led by @JacquelineOehri (including @GEM_Arctic data📊)…
557 followers
Congratulations, Efrén et al!
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RT @Frans_Jan: Hot from the press: differences in the arctic surface energy budget can be about as large between vegetation types as betwee…
201 followers
📢🔔Fresh from the oven! Very happy to be part of this nice synthesis led by @JacquelineOehri (including @GEM_Arctic data📊) now published in @NatureComms addressing the importance of vegetation type as a key predictor of the arctic surface energy budget: htt
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RT @Frans_Jan: Hot from the press: differences in the arctic surface energy budget can be about as large between vegetation types as betwee…
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Vegetation type is an important predictor of the arctic summer land surface energy budget https://t.co/UAkJSojK3v
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RT @Frans_Jan: Hot from the press: differences in the arctic surface energy budget can be about as large between vegetation types as betwee…
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RT @Frans_Jan: Hot from the press: differences in the arctic surface energy budget can be about as large between vegetation types as betwee…
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RT @Frans_Jan: Hot from the press: differences in the arctic surface energy budget can be about as large between vegetation types as betwee…
467 followers
RT @Frans_Jan: Hot from the press: differences in the arctic surface energy budget can be about as large between vegetation types as betwee…
352 followers
RT @physorg_com: Vegetation regulates #energyexchange in the Arctic @NatureComms https://t.co/dHmYsVuk6H https://t.co/1U1GJ7OQQQ
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RT @physorg_com: Vegetation regulates #energyexchange in the Arctic @NatureComms https://t.co/dHmYsVuk6H https://t.co/1U1GJ7OQQQ
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RT @physorg_com: Vegetation regulates #energyexchange in the Arctic @NatureComms https://t.co/dHmYsVuk6H https://t.co/1U1GJ7OQQQ
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RT @physorg_com: Vegetation regulates #energyexchange in the Arctic @NatureComms https://t.co/dHmYsVuk6H https://t.co/1U1GJ7OQQQ
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RT @physorg_com: Vegetation regulates #energyexchange in the Arctic @NatureComms https://t.co/dHmYsVuk6H https://t.co/1U1GJ7OQQQ
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RT @physorg_com: Vegetation regulates #energyexchange in the Arctic @NatureComms https://t.co/dHmYsVuk6H https://t.co/1U1GJ7OQQQ
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Vegetation regulates #energyexchange in the Arctic @NatureComms https://t.co/dHmYsVuk6H https://t.co/1U1GJ7OQQQ
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Hot from the press: differences in the arctic surface energy budget can be about as large between vegetation types as between vegetation and a glacier (!). Glad to be part of this pan-Arctic synthesis in @NatureComms, led by @JacquelineOehri https://t.co/7