Dataset of microbial metabolic traits along the flooding gradient (CUE: carbon use efficiency, qCO2: metabolic quotient, C-acquiring EEAs: carbon-acquiring extracellular enzyme activities).
Dataset of microbial metabolic traits along the flooding gradient (CUE: carbon use efficiency, qCO2: metabolic quotient, C-acquiring EEAs: carbon-acquiring extracellular enzyme activities).
Tidal marshes, which act as substantial carbon (C) sinks, are under growing threat from global changes such as nitrogen (N) loading and sea-level rise. Our findings revealed that the combined effects of N loading and higher inundation resulted in a novel reaction that could not have been expected by their separate impacts alone, with implications for tidal marsh management under concurrent global change scenarios.
One of the most important problems confronting humanity today is climate change, which has profound effects on many industries, most notably agriculture. The many impacts of climate change on rural life, food security, and agricultural output are examined in this article. Additionally, it talks about possible innovations and adaptation tactics that might lessen the negative effects of climate change on agriculture. This article attempts to offer a thorough grasp of the potential and difficulties that climate change brings to global agriculture by looking at case examples from various geographical areas.
DOI: https://doi.org/10.6084/m9.figshare.28201991.v1
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Archived: The Impact of Climate Change on Global Agriculture- Challenges and Opportunities