You searched for jason van de merwe

1 April 2025

Researchers and vets take to sea to assess health of SEQ turtles

Griffith and Sea World Foundation pilot study aims to provide insights into the impacts of chemical pollutants on turtle populations and their blood chemistry.

Environment + Sustainability Australian Rivers Institute Griffith Sciences Research

15 November 2023

Pollutants may mimic female sex hormones, feminizing endangered green sea turtles

A Griffith-led study on the influence of pollution on the sex ratio of clutches of green sea turtles has found that it may compound the female-biasing influence of rising global temperatures

Science + Technology Australian Rivers Institute Biodiversity Griffith Sciences Research School of Environment and Science

21 August 2023

Is flood pollution causing turtle strandings? Griffith researchers look for answers in cell response

Researchers at the Australian Rivers Institute are investigating the role chemical pollution had in green turtle strandings on the Fraser Coast following flooding in early 2022.

Environment + Sustainability Australian Rivers Institute Griffith Sciences Research

18 August 2021

Three out of four turtle populations risk cadmium contamination

Three out of four Queensland green turtle populations risk harmful effects from cadmium found a Griffith University-led study.

Environment + Sustainability Science + Technology Australian Rivers Institute Griffith Sciences Research Sustainability UN Sustainable Development Goals

15 July 2021

Griffith launches Australia’s first marine wildlife cell bank

Researchers from Griffith University are looking to collect cell samples of every marine species on the planet with the launch of Australia’s first Marine Wildlife Cell Bank.

Business + Government Environment + Sustainability Science + Technology Alumni Australian Rivers Institute Climate Action Beacon Coastal and Marine Research Centre Griffith Sciences Griffith Sciences partnerships Research School of Environment and Science Science and Environment UN Sustainable Development Goals

4 December 2020

4000 chemicals found in Great Barrier Reef turtles raises concerns of contamination hotspot

Toxic chemicals are accumulating in Great Barrier Reef turtles and fish species popular with consumers, according to a new report by Griffith University and the World Wide Fund for Nature Australia.

Environment + Sustainability Science + Technology Australian Rivers Institute Griffith Sciences Research School of Environment and Science

5 June 2019

Novel method assesses chemical impact on marine life

Chemical exposure to tissue samples tests toxicity in marine wildlife without harming animals.

Environment + Sustainability Science + Technology Australian Rivers Institute Griffith Sciences Research School of Environment and Science Science and Environment

14 June 2017

Griffith research excellence honoured

Leading Griffith University researchers have been honoured at the Vice Chancellor’s Research Excellence Awards held at the Gold Coast campus.

Business + Government Environment + Sustainability Health + Wellbeing Science + Technology Society + Culture Alumni Arts Education and Law Australian Research Centre for Human Evolution Centre for Planetary Health and Food Security Griffith Asia Institute Griffith Business School Griffith Criminology Institute Griffith Institute for Drug Discovery Griffith Sciences Institute for Glycomics Menzies Health Institute Queensland School of Criminology and Criminal Justice

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Researchers and vets take to sea to assess health of SEQ turtles

Pollutants may mimic female sex hormones, feminizing endangered green sea turtles

Is flood pollution causing turtle strandings? Griffith researchers look for answers in cell response

Three out of four turtle populations risk cadmium contamination

Griffith launches Australia’s first marine wildlife cell bank

4000 chemicals found in Great Barrier Reef turtles raises concerns of contamination hotspot

Novel method assesses chemical impact on marine life

Griffith research excellence honoured