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Why big fish thrive in protected oceans

Date Time Why big fish thrive in protected oceans Big fish are harder to find in areas sprawling with human activity, unless you’re looking in no-take marine reserves, according to a new study led by marine scientists at The University of Western Australia. The study, published in Conservation Biology, is one of the largest of its kind and assessed the body size of fish from around Australia, using more than 22,000 baited remote underwater video (BRUV) devices and one million measurements along 10,000km of coastline. PhD student Nestor Bosch, from UWA’s School of Biological Sciences, said BRUVs gave researchers the ability to see into areas where they couldn’t normally and enable the analysis of fish that would ordinarily be scared away by the presence of a diver.

Nestor boschTim langloisSchool of biological sciencesOceans instituteNational collaborative research infrastructure strategyNational environmental science programUniversity of western australiaAustralian research data commonsConservation biologyBiological sciencesGlobal ocean observing system best practiceNational collaborative research infrastructureAustralian governmentFederal governmentநேரம் லாங்லோயிஸ்பள்ளி ஆஃப் உயிரியல் அறிவியல்

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
indiaeducationdiary.in - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from indiaeducationdiary.in Daily Mail and Mail on Sunday newspapers.

Masayuki ushioMoriaki yasuharaHideyuki doiSchool of biological sciencesKyoto universityUniversity of hong kongResearch division for ecology biodiversitySwire institute of marine scienceUniversity of hyogoBiological sciencesResearch divisionSwire instituteMarine scienceHong kongBiology lettersConvergent cross mapping

Immunologists receive over $2m for MS and flu vaccine projects

Immunologists receive over $2m for MS and flu vaccine projects
indiaeducationdiary.in - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from indiaeducationdiary.in Daily Mail and Mail on Sunday newspapers.

New zealandTe kuraNew zealand generalNew zealandersIan hermansGill websterBenji comptonAnne bruestleLisa connorOlga zubkovaHerenga wakaSchool of biological sciencesHealth research councilUniversity teMalaghan institute of medical researchFerrier research institute

From big Cs to celebrancy - Prof Dylan Edwards says farewell to UEA after 23 years

From big Cs to celebrancy - Prof Dylan Edwards says farewell to UEA after 23 years
uea.ac.uk - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from uea.ac.uk Daily Mail and Mail on Sunday newspapers.

Dylan edwardsProf edwardsNorwich research parkHead of the school biological sciencesSchool of biological sciencesUniversity of calgaryEarlham instituteGenome analysis centreEuropean union framework programmeNorwich testing initiativeHealth sciencesProfessor dylan edwardsBigc chairCancer studiesBiological sciencesInterim director

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

Moriaki yasuharaMasayuki ushioLisa levinHideyuki doiSchool of biological sciencesKyoto universityUniversity of hong kongResearch division for ecology biodiversitySwire institute of marine scienceOcean explorationUniversity of hyogoOcean exploration trustBiological sciencesResearch divisionSwire instituteMarine science