The purpose of the modules and activities in this guide are to provide teachers in the Pacific with a resource to help improve the quality of biodiversity education for students in the region.
This session will explore the power and necessity of Public sector partnerships in mobilizing much need resources to urgently address the global coral reef crisis that is threatening the lives of millions of people, especially vulnerable communities such as those found in the Pacific.
The Pacific Ecosystem-based Adaptation to Climate Change Plus/Phase 2 (PEBACC+) Project seeks to
strengthen the resilience of ecosystems, economies, and communities to the impacts of climate change in Fiji, New Caledonia, Wallis-and-Futuna, Solomon Islands, and Vanuatu. The factsheet provides an overview of how the project will develop, sustain, and institutionalise ecosystem-based adaptation to climate change in these five countries and territories.
Representatives from the Cook Islands, Niue, Palau, Republic of the Marshall Islands, and Tuvalu gathered in Koror, Palau, from 19-23 February 2024 to advance and improve climate information and knowledge services, helping their communities become more resilient to the challenges posed by climate
Climate change adaptation in the Pacific needs to be examined more carefully.
Humanity is waging war on nature. This is senseless and suicidal. The consequences of our recklessness are already apparent in human suffering, towering economic losses and the accelerating erosion of life on Earth.
In many places, Indigenous communities are working to restore seaweed species that have been traditional food sources or supported traditional diets. From kelp farms in Alaska to seaweed-focused community education in Hawai‘i, the projects take many forms.
Coastal communities at the forefront of climate change reveal valuable approaches to foster adaptability and resilience, according to a worldwide analysis of small-scale fisheries by Stanford University researchers.
Coral reefs worldwide are suffering mass mortalities from marine heat waves. With the aim of enhancing coral bleaching tolerance, we evolved 10 clonal strains of a common coral microalgal endosymbiont at elevated temperatures (31°C) for 4 years in the laboratory. All 10 heat-evolved strains had expanded their thermal tolerance in vitro following laboratory evolution. After reintroduction into coral host larvae, 3 of the 10 heat-evolved endosymbionts also increased the holobionts’ bleaching tolerance.
Resilience is a buzz word that permeates nearly every conference and conversation on climate change.
