Basin-scale patterns of biodiversity for zooplankton in the ocean may provide valuable
insights for understanding the impact of climate change and global warming on the marine …

The environmental regulation of planktonic food web structure is a key determinant for the
efficiency of energy transfer through trophic levels, with direct implications for the amount of …

Predicting species distribution in the ocean has become a crucial task to assess marine
ecosystem responses to ongoing climate change. In the Humboldt Current System (HCS) …

The subtropical gyres occupy approximately 40% of the surface of the Earth and are widely
recognized as oligotrophic zones. Among them, the South Pacific subtropical gyre (SPSG) …

Zooplankton diversity in the deep “midnight zone”(> 1000 m), where sunlight does not reach,
remains largely unknown. Uncovering such diversity has been challenging because of the …

Gradients of latitudinal diversity are one of the biogeographic features calling the most
attention in ecology and macroecology. However, in pelagic communities of the marine …

生物多样性是生态系统稳定的重要生物基础. 为探究东南太平洋的生物多样性及其对海域环境的
响应关系, 本研究基于AquaMaps 数据库的物种数据, 研究分析了赤道海域 …

Biodiversity serves as a crucial biological foundation for ecosystem stability. This study
aimed to investigate the biodiversity of the Southeast Pacific and its response to marine …

Zooplankton play a key role in the functioning of marine ecosystems by transferring energy
from phytoplankton to higher trophic levels. Additionally, because of their short generation …

The objectives of this research were to estimate the abundance of the main groups of
planktonic mollusks (meroplanktonic larvae, holoplanktonic gastropods and cephalopod …