Elsevier,
Geoderma, Volume 433, May 2023
Increasing plant productivity resilience to drought plays an important role in ecosystem services, and while soil organic matter (SOM) promotes plant growth, its role in mitigating aboveground biomass (AGB) loss as a result of drought in alpine grasslands is unclear. This study by Zhao et al., 2023 examined 209 alpine grassland sites on the Tibetan Plateau and revealed that AGB decreases with increasing aridity (above 0.37), and a stronger positive relationship between AGB and SOM is observed in more arid conditions, suggesting the significance of soil carbon sequestration strategies for biomass production and climate change mitigation in arid areas.
Elsevier, Current Developments in Nutrition, Volume 7, April 2023
Background: An essential dietary strategy to address the rapidly increasing risk of the double burden of malnutrition among indigenous populations around the world is to improve nutritional and food diversity utilizing varieties of traditional plant-based foods. Objectives: The objective of this research was to identify wild edible plants (WEPs) frequently consumed by the Semai and analyze their proximate and mineral composition to improve the adequacy of the local population's nutritional intake.
Elsevier,
Progress in Oceanography, Volume 213, 1 April 2023
Selective copepod grazing and water mass origin impacted spring bloom composition. Diatom bloom enhanced zooplankton recruitment and deep carbon export. Spring bloom composition impacted summer plankton community. Mixo- and heterotrophic protists dominated the nutrient-poor summer months. Copepod grazers controlled the summer protist community.
Elsevier,
Ocean Modelling, Volume 182, April 2023
This study proposes a deep learning model based on a convolutional neural network, which can effectively fuse atmospheric information (wind field) and station water level information and can effectively forecast the station water level and also have a good response to the anomalous water level increase brought by storm surge.
Elsevier, The Lancet Psychiatry, Volume 10, April 2023
Background: The Global Burden of Disease Study (GBD) estimates burden by cause with major relevance for resource allocators globally. Non-fatal burden estimates are influenced by disorder severity. However, for many disorders, global severity is sourced from a single high-income country survey. We aimed to estimate severity distributions that vary by Healthcare Access Quality Index (HAQI) using anxiety disorders as a case study and present the usefulness of this method in simulating averted and avoidable burden globally.
