Gareth Phoenix
@garethphoenix.bsky.social
Scientist. Climate change and ecosystems, Arctic, boreal, uplands, plant ecology, biogeochemistry, biodiversity. I like to run when I'm not injured.
Reposted by Gareth Phoenix
7. The Importance of Nutrients in Controlling How Much Ecosystems Can Slow the Rate of Rising CO₂
How much can ecosystems slow climate change? Study how nutrients regulate carbon storage in global ecosystems. Led by Catriona Macdonald (HIE)
bit.ly/434xNOd
#CarbonCycle #EcosystemScience #AcademicSky
How much can ecosystems slow climate change? Study how nutrients regulate carbon storage in global ecosystems. Led by Catriona Macdonald (HIE)
bit.ly/434xNOd
#CarbonCycle #EcosystemScience #AcademicSky
The Importance of Nutrients in Controlling How Much Ecosystems Can Slow the Rate of Rising CO₂ at Western Sydney University on FindAPhD.com
PhD Project - The Importance of Nutrients in Controlling How Much Ecosystems Can Slow the Rate of Rising CO₂ at Western Sydney University, listed on FindAPhD.com
bit.ly
May 8, 2025 at 10:36 AM
7. The Importance of Nutrients in Controlling How Much Ecosystems Can Slow the Rate of Rising CO₂
How much can ecosystems slow climate change? Study how nutrients regulate carbon storage in global ecosystems. Led by Catriona Macdonald (HIE)
bit.ly/434xNOd
#CarbonCycle #EcosystemScience #AcademicSky
How much can ecosystems slow climate change? Study how nutrients regulate carbon storage in global ecosystems. Led by Catriona Macdonald (HIE)
bit.ly/434xNOd
#CarbonCycle #EcosystemScience #AcademicSky
Quote:
"When fire emissions are factored in, the increasing Arctic–Boreal Zone sink is no longer statistically significant, and the permafrost region becomes CO2 neutral"
"When fire emissions are factored in, the increasing Arctic–Boreal Zone sink is no longer statistically significant, and the permafrost region becomes CO2 neutral"
February 10, 2025 at 6:59 PM
Quote:
"When fire emissions are factored in, the increasing Arctic–Boreal Zone sink is no longer statistically significant, and the permafrost region becomes CO2 neutral"
"When fire emissions are factored in, the increasing Arctic–Boreal Zone sink is no longer statistically significant, and the permafrost region becomes CO2 neutral"
Quote:
"Although the Arctic–Boreal Zone was overall an increasing terrestrial CO2 sink from 2001 to 2020, more than 30% of the region was a net CO2 source"
"Although the Arctic–Boreal Zone was overall an increasing terrestrial CO2 sink from 2001 to 2020, more than 30% of the region was a net CO2 source"
February 10, 2025 at 6:59 PM
Quote:
"Although the Arctic–Boreal Zone was overall an increasing terrestrial CO2 sink from 2001 to 2020, more than 30% of the region was a net CO2 source"
"Although the Arctic–Boreal Zone was overall an increasing terrestrial CO2 sink from 2001 to 2020, more than 30% of the region was a net CO2 source"
Although there are many different causes of browning events, there are also a number of commonalities among the impacts that they have.
January 28, 2025 at 2:48 PM
Although there are many different causes of browning events, there are also a number of commonalities among the impacts that they have.
Browning events are extreme climatic, biotic and physical disturbance events that can cause substantial loss of plant biomass and productivity, sometimes at scales of > 1000 km2, They are therefore key contributors to the spatial and temporal complexity of Arctic greening and vegetation dynamics.
January 28, 2025 at 2:48 PM
Browning events are extreme climatic, biotic and physical disturbance events that can cause substantial loss of plant biomass and productivity, sometimes at scales of > 1000 km2, They are therefore key contributors to the spatial and temporal complexity of Arctic greening and vegetation dynamics.
Quote "reduction in snow cover duration surpasses elevated temperatures in influencing heat accumulation during the growing season. This accumulation is a key driver of the pronounced greening observed in late snow-melting sites"
January 10, 2025 at 12:22 PM
Quote "reduction in snow cover duration surpasses elevated temperatures in influencing heat accumulation during the growing season. This accumulation is a key driver of the pronounced greening observed in late snow-melting sites"