NEWS

NEWS

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.

What causes decline of tropical seagrass meadows?

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

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Fauna return rapidly in planted seagrass meadows, study shows

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

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Seagrass meadows show resilience to ‘bounce back’ after die-offs

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

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Nursery News Vol. 19

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

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Visiting one of the worlds most remote seagrass meadows

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

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A member of Project Seagrass staff and two members of the community are leaning over one of the ponds inside the polytunnel. One member of the community is holding a strand of seagrass to look at a flower.

Project Seagrass hosts Seagrass Nursery Open Days

On the 9th and 10th of July Project Seagrass welcomed local organisations and members of the community to our Seagrass Nursery in West Wales as part of a series of Open Days.  On the 9th July representatives from Pembrokeshire Council, Carmarthenshire Council, Pembrokeshire Coastal Forum, Rebel Energy, SeaLife, Bodorgan Estate,

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An illustration of seagrass with the text "Seagrass Information Posters" overlayed

Multi-lingual seagrass information posters launched

Seagrass meadows provide a range of environmental, economic, and social benefits to people and planet. They provide habitat, food, and shelter to thousands of species of fish, invertebrates, mammals, reptiles, and birds. Through their diverse use as fishing grounds, they support the creation of jobs and provide access to food sources

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Four graphs outlining the present distribution and projected end-of-century changes in global macrophyte species diversity.
new science

Study projects loss of brown macroalgae and seagrasses

Researchers predict that climate change will drive a substantial redistribution of brown seaweeds and seagrasses at the global scale. The projected changes are alarming due to the fundamental role of seaweeds and seagrasses in coastal ecosystems, and provide evidence of the pervasive impacts of climate change on marine life. In

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Project Update: Restoration Forth | June 2024

Restoration Forth aims to restore seagrass meadows and native oysters into the Firth of Forth, to create a healthier coastline for people and nature.   Find out more about the project here.  Orkney seagrass trip Next month the seagrass team will be departing for their annual seed collection trip in Orkney. Following

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new science

Seagrass clone in the Baltic sea is more than 1,400 years old

Using a novel genetic clock, a team of researchers from Kiel, London, Oldenburg, and Davis, California, has determined the age of a large marine plant clone for the first time. This seagrass clone from the Baltic Sea dates back to the migration period 1,400 years ago. The newly developed clock

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