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HKU Ecologist applied a novel statistical method to analysing causal inference and revealed importance of climate change in controlling deep-sea biodiversity

HKU Ecologist applied a novel statistical method to analysing causal inference and revealed importance of climate change in controlling deep-sea biodiversity
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Kyoto
Japan
Hyogo
Hokkaido
Masayuki-ushio
Moriaki-yasuhara
Hideyuki-doi
School-of-biological-sciences
Kyoto-university
University-of-hong-kong
Research-division-for-ecology-biodiversity
Swire-institute-of-marine-science

Marine ecologists reveal mangroves might be threatened by low functional diversity of invertebrates

Marine ecologists reveal mangroves might be threatened by low functional diversity of invertebrates
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China
United-states
Pearl-river
Guangdong
Mozambique
Hong-kong
University-of-hong-kong
Hong-kong-general
Cameroon
America
Pacific-ocean
Indian-ocean

HKU Ecologist applied novel statistical method to analysing causal inference and revealed importance of climate change

An example of deep-sea soft sediment ecosystem. Photo credit: NOAA OER and Ocean Exploration Trust; A. Thurber camera loan. Courtesy of Lisa Levin. Which of temperature or food is more important for the richness of deep-sea animals? Dr Moriaki YASUHARA from the School of Biological Sciences, the Research Division for Ecology & Biodiversity, and The Swire Institute of Marine Science, The University of Hong Kong (HKU), in collaborating with Hideyuki DOI from University of Hyogo and Masayuki USHIO from Kyoto University, used long-term fossil dataset and novel statistical method to detect causality and found climate control of deep-sea biodiversity. Deep-sea cover >90 % of the ocean. So, understanding biodiversity drivers in deep-sea is critically important to project future changes in the function of Earth’s ocean system. Recently, two main factors of the deep-sea biodiversity control have been actively debated, which are (1) food supply via marine snow (aka sinking particulate org

Kyoto
Japan
Hyogo
Hokkaido
Moriaki-yasuhara
Masayuki-ushio
Lisa-levin
Hideyuki-doi
School-of-biological-sciences
Kyoto-university
University-of-hong-kong
Research-division-for-ecology-biodiversity

Marine ecologists reveal mangroves might be threatened by low functional diversity of invertebrates

Marine ecologists reveal mangroves might be threatened by low functional diversity of invertebrates
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China
United-states
Pearl-river
Guangdong
Mozambique
Hong-kong
University-of-hong-kong
Hong-kong-general
Cameroon
America
Pacific-ocean
Indian-ocean

HKU scientist contributes to newly launched Second World Ocean Assessment

  Since the introduction of the First World Ocean Assessment (WOA I) that provided a comprehensive report on the state of the planet’s oceans for the first time, the second report has just been consolidated and launched as the  Second World Ocean Assessment (WOA II), the major output of the second cycle of the  Regular Process for Global Reporting and Assessment of the States of the Marine Environment, including Socioeconomic Aspects, in connection with Earth Day 2021 which will be observed on 22 April. It is the newest outcome of the only integrated assessment of the world’s ocean at the global level covering all three pillars of sustainable development.

New-york
United-states
Qatar
Doha
Ad-daw-ah
School-of-biological-sciences
Ocean-stewardship-initiative
Research-division-for-ecology-biodiversity
University-of-hong-kong
Swire-institute-of-marine-science
First-world-ocean-assessment

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