We have recently learned that the abstracts What did the members of GAME send for the edition of ASLO 2017 They have been approved. Each of them must give an oral presentation of their work.

This is a great achievement and a source of pride for GAME. Congratulations!

The congress ASLO 2017 It will be held in Honolulu from 26 February to 3 March 2017.

The members who will represent the team are: Carmen Leiva, Nerea Piñeiro (PhD students) and Miguel Ángel Mateo (group leader):

Leiva, CAdvanced Studies Centre of Blanes (CSIC), Spain, cleiva@ceab.csic.es
Biological proxies in the Posidonia oceanica (L.Delile) sedimentary record provide information on ecosystem paleo-productivity.

Piñeiro-Juncal, NUniversity of Santiago de Compostela, Spain, npineiro@ceab.csic.es
A semi-quantitative method to study microbial functional activity distribution along Posidonia soil profiles.

Mateo, M.ASpanish National Research Council & Edith Cowan University, Spain, mateo@ceab.csic.es
Concepts and reflections on seagrass blue carbon: the Posidonia oceanica paradigm.

We have recently learned that the abstracts What did the members of GAME send for the edition of ASLO 2017 They have been approved. Each of them must give an oral presentation of their work.

This is a great achievement and a source of pride for GAME. Congratulations!

The congress ASLO 2017 It will be held in Honolulu from 26 February to 3 March 2017.

The members who will represent the team are: Carmen Leiva, Nerea Piñeiro (PhD students) and Miguel Ángel Mateo (group leader):

Leiva, CAdvanced Studies Centre of Blanes (CSIC), Spain, cleiva@ceab.csic.es
Biological proxies in the Posidonia oceanica (L.Delile) sedimentary record provide information on ecosystem paleo-productivity.

Piñeiro-Juncal, NUniversity of Santiago de Compostela, Spain, npineiro@ceab.csic.es
A semi-quantitative method to study microbial functional activity distribution along Posidonia soil profiles.

Mateo, M.ASpanish National Research Council & Edith Cowan University, Spain, mateo@ceab.csic.es
Concepts and reflections on seagrass blue carbon: the Posidonia oceanica paradigm.