University of Cádiz

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SMC participants

Lecturer at the University of Cadiz, researcher at the Institute of Marine Research (INMAR) and Scientists Coalition for an Effective Plastics Treaty 

Professor in the Department of Biology (Botany) at the University of Cádiz and head of the research group Function, Ecology and Biodiversity in Mediterranean Ecosystems at the Institute for Wine and Agri-Food Research (IVAGRO)

Coordinator of the Master's Degree in Conservation and Management of the Natural Environment and researcher in the Biology-IVAGRO department at the University of Cádiz

 

Contents related to this centre
plastics

Most so-called compostable plastics require specific conditions to degrade that are only obtainable in industrial settings, warns a study published in the journal PLoS One. Polylactic acid - a polymer obtained from natural renewable sources that is used as an alternative to petroleum-based plastics - takes more than a year to degrade in a marine environment, compared to 35 days for natural cellulose fibres, according to the analysis, which combines observations in waters off the coast of California (US) with laboratory measurements. 

rena lee

The deadline passed and after two marathon nights of meetings, the delegations of the UN member states have managed to reach an agreement to make the so-called Oceans Treaty - or BBNJ Treaty, Biodiversity Beyond National Jurisdiction - a reality. New York City has seen the fifth session of this conference bear fruit with an agreement on the wording of the text, seventeen years after the talks began and with negotiations stalled last August due to a lack of agreement. The Treaty aims to protect and regulate the use of areas beyond national jurisdiction, which account for more than 60% of the oceans, or almost half of the planet. Marine genetic resources and how to share these benefits has been one of the main stumbling blocks.

zona árida

A study published in Science analyses the potential climate benefits of afforestation - both planting trees to create new forests and reforesting old ones - of the world's drylands. The authors show that the cooling effect of afforestation of this vast area would only amount to a decrease of about 1 % of projected greenhouse gas emissions in the business-as-usual and medium-emissions climate scenarios.