Global Change Biology

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The experimental system used in the research. Water is pumped from the main Horonai stream, through 48 artificial stream chambers, and then flows back out to the the main stream (Photo: Samuel Ross).
12 Jan 2022
Predator species may buffer the negative impacts of climate change by mitigating against the loss of biodiversity, according to new research led by scientists in Trinity College Dublin and joined by scientists at Hokkaido University
Two distinct biodiversity refugia (inset map, top panel) for marine communities (159 fish and invertebrate species) in the Eastern Bering Sea from 1990-2018
17 May 2021
Scientists from Hokkaido University have used species survey and climate data to identify two marine biodiversity refugia in the Eastern Bering Sea – regions where species richness, community stability and climate stability are high.
02 Jul 2020
An international collaborative study led by Professor Derrick Yuk Fo Lai at The Chinese University of Hong Kong (CUHK), joined by top-tier scientists from around the world, has discovered that sustained methane emissions from the subtropical estuarine mangroves can reduce its climatic cooling effects by over 50%, over a period of 20 years. The team produced the world’s first-ever multi-year dataset of ecosystem-scale methane emissions from a subtropical estuarine mangrove based on the data collected at Mai Po Nature Reserve in Hong Kong, which points out that global warming and greater river runoff may lead to increasing methane emissions. The findings have recently been published in Global Change Biology, a top-tier journal in the field of biodiversity conservation and environmental science.

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