Deep Winter Mixing Drives Boom Years in the Subantarctic Ocean, Model Study Reveals
A biogeochemical model study shows that deeper winter mixing boosts subantarctic productivity by relieving iron limitation and suppressing grazing, explaining ...
A biogeochemical model study shows that deeper winter mixing boosts subantarctic productivity by relieving iron limitation and suppressing grazing, explaining ...
A year of measurements in Madrid's parks shows that soil moisture, not temperature, controls CO2 emissions from Mediterranean urban soils, ...
A new modelling study shows that ozone produced by Amazon fires suppresses forest carbon uptake by an amount equal to ...
A new process-based model reveals that termites process roughly 1,569 teragrams of carbon per year, making them a substantial and ...
Researchers have built a complete hourly CO2 dataset for global GAW monitoring stations from 2000 to 2024, revealing that observational ...
Scientists have coupled a sophisticated vegetation and hydrology model into the ECHAM6 climate model, substantially improving simulations of global carbon ...
A new modeling study shows that East Asian ecosystems have become steadily less responsive to rising atmospheric carbon dioxide since ...
Cosmogenic aluminum-26 and beryllium-10 in bedrock beneath Belgian peat bogs reveal that the Hautes Fagnes blanket was once 1.8 to ...
A new satellite-driven inversion framework shows Brazil's 2019 fires released about 47 Tg of carbon monoxide, revealing that savanna emissions ...
A new LSTM-based dataset called MemoryFlux maps two decades of net ecosystem CO2 exchange across North America with unprecedented fidelity, ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine