PML welcomes agreement on UN High Seas Treaty

PML scientists in US as part of advanced plankton imaging project

The scientists have received bespoke training from McLane Labs with their Imaging FlowCytobot

Professor Steve Widdicombe on ABC Radio: Ocean Acidification impacts on marine ecosystems

Atlantic Meridional Transect supported by near-real time satellite data from NEODAAS

The Atlantic Meridional Transect (AMT) is a research programme that samples the open ocean between the UK and the South Atlantic, and has recently dep...

How climate change is affecting the marine species at the base of the food web

A comprehensive new review of impacts on zooplankton caused by ocean warming also highlights solutions for improved monitoring

Major research mission back on track after three year hiatus

The Atlantic Meridional Transect (AMT) is a research programme that samples the open ocean between the UK and the South Atlantic, and it is readying f...

Natural capital at the heart of decision making: how the SWEEP project changed the South West for the better

The South West Partnership for Environmental and Economic Prosperity (SWEEP) project ran from 2017 – 2022, here we celebrate its impact to the benef...

PML leads the science on the world’s first co-located seaweed and offshore wind farm

PML to provide independent analysis of the Amazon-funded North Sea Farm 1 project

New trustees welcomed to the Board of Plymouth Marine Laboratory (PML)

Four appointments over the past year to support the charity’s strategic direction

South West research partnership hailed for scale of economic, societal and environmental benefits

Staff spotlight: Georgina Ramm – Deputy Skipper

To mark “International Day of Women and Girls in Science‘, we wanted to share the story of our “Deputy Skipper’ Georgina Ramm, who has joined ...

Using community knowledge and citizen science to help tackle climate-sensitive, water-associated infectious disease

New project aims to map cholera in India by collecting sanitation and disease data through a publicly accessible smartphone app.

PML scientist joins RRS Sir David Attenborough for polar science trials in Antarctica

The trials are a critical milestone in the commissioning of the ship

Uniting on ocean acidification: a radical new approach to monitoring OA impacts at global scale

A new framework supports the vision for a step change in the global monitoring of OA impacts on marine life

Undermeasured compound could help resilience against climate change in key coastal waters

New study helps improve understanding of the interplay between species domination, competitive advantage and changing environmental factors relevant t...

Emissions of unexpected gases from marine life affect the air and climate over the poles

A new study reveals that trace atmospheric gases thought to be pollutants are also produced by marine plankton and emitted by the ocean, with potentia...

Professor Steve Widdicombe attends 'Ocean acidification: a crisis in the making'

NECCTON project launch: marine biodiversity conservation &food resource management

NECCTON project launch: marine biodiversity conservation & food resource management

PML scientists visit Indian Ocean Marine Research Centre to discuss blue carbon and offshore energy

Staff Spotlight: Dr Lee de Mora - Marine Ecosystem Modeller

Dr Lee de Mora sits within our Marine Systems Modelling group, which develops and applies state-of-the-art computational models to promote sustainable...

Green light for project to enhance understanding of climate change &human impacts on coastal ocean

The “FOCUS’ project is one of six given the go-ahead as part of a £39m funding announcement from the Natural Environment Research Council (NERC)

New study investigates seaweed detritus as a Blue Carbon 'blind spot'

Pioneering techniques helps reveal how link between seaweed habitats and the seafloor may affect the global carbon cycling.

New approach to satellite data analysis reveals unexpected patterns in biological production

The pioneering statistical method compensates more accurately for gaps in chlorophyll and sea surface temperature data.