Keeping you up to date with Project Seagrass news and views with a mixture of field notes and commentary on seagrass and marine conservation topics.
Discussions of valuable but threatened ocean ecosystems often focus on coral reefs or coastal mangrove forests. Seagrass meadows get a lot less attention, even though they provide wide-ranging services to society and store lots of climate-warming carbon. But the findings of a new University of Michigan-led study show that seagrass
Mangroves are growing in areas historically dominated by salt marshes and oyster reefs. Invasive pacific oysters are replacing native blue mussels in the Wadden Sea. Macroalgae are exhibiting dominance over hard corals in the Caribbean and Indo-Pacific. Climate change-driven shifts in dominant, habitat-forming species such as these can have significant
Seagrass, a group of aquatic angiosperms, grows in shallow waters in the coastal sea and contributes most of the primary production while participating in many important ecological processes. Heat stress threatens the survival of seagrass, but its damage mechanisms are unclear. Recently, a research team led by Prof. Liu Jianguo
A study of eelgrass meadows planted by researchers from the University of Gothenburg shows that fauna return rapidly once the eelgrass has started to grow. Already after the second summer, the biodiversity in the planted meadow was almost the same as in old established eelgrass meadows. Eelgrass meadows have declined
In Florida alone, thousands of acres of marine seagrass beds have died. Major seagrass die-offs also are occurring around the world. Stressors such as high temperature, hypersalinity and hypoxia or lack of oxygen affect seagrasses’ ability to resist and recover from these stressor-related mortality events or when disturbances lead to
By Emily Yates To donate to our Aviva Community Funds and find out more, click the links below: Making marine conservation more accessible Saving the worlds seagrass Developing the Project Seagrass nursery
Storm Garry March 1st marked an important date in seagrass history as globally we celebrated the very first World Seagrass Day, formally recognised by the United Nations! This day will continue to annually raise awareness of the importance of healthy seagrass meadows. Seagrass is the only marine flowering plant in
Eva Rothausler On a narrow stretch along the northern-central coast of Chile, the seagrass Heterozostera nigricaulis (syn. Zostera nigricaulis, Heterozostera tasmanica) occurs in three isolated patches no more than 300 km apart. It is a common intertidal to subtidal seagrass in the Zosteracea family and is found growing in protected
A new global analysis finds that many of the world’s most threatened seagrass meadows lie within designated Marine Protected Areas (MPAs), raising urgent questions about the effectiveness of current protections for coastal habitats and offering a chance opportunity to rethink global ocean conservation. The study, led by a team of
For millennia, humans lived as hunter-gatherers. Savannas and forests are often thought of as the cradle of our lineage, but beneath the waves, a habitat exists that has quietly supported humans for over 180,000 years. Archaeological evidence suggests that early humans migrated along coasts, avoiding desert and tundra. So, as Homo spread from
During the 2020-21 academic year Project Seagrass welcomed Emma Butterworth to undertake an internship. In our Q&A, Emma shares her experiences of her internship with Project Seagrass and discusses what she has gone on to do next. Who/What inspired you to apply for an internship at Project Seagrass? It all
During the 2021-22 academic year Project Seagrass welcomed Ellie Postlethwaite to undertake an internship. In our Q&A, Ellie shares her experiences of her internship with Project Seagrass and discusses what she has gone on to do next. Who/What inspired you to apply for an internship at Project Seagrass? As a
Published in the journal Ocean and Coastal Management, the research set out to establish the value of local ecological knowledge (LEK) and its ability to generate high-quality habitat maps around five Greek islands in the eastern Aegean Sea. Ten fishermen, based on their individual experience and knowledge, were asked to pinpoint areas
To protect and restore seagrass, we need reliable maps showing where seagrass is growing and how this is changing over time. Global seagrass distribution and status is difficult to map and monitor, largely due to its widespread distribution and the relatively limited scientific resources focused on seagrass. Mapping work to
