ESCAPADE to quantify nitrogen losses in territories and assess mitigation and adaptation strategies | Zendy

JeanLouis Drouet | Zendy; F. Laurent | Zendy; Patrick Durand | Zendy; Gilles Billen | Zendy; Pierre Cellier | Zendy; Olivier Maury | Zendy; Stéphanie Potok | Zendy; Philippe Faverdin | Zendy; Christophe Fléchard | Zendy; Josette Garnier | Zendy; Armelle Guy | Zendy; Catherine Hénault | Zendy; Catherine Mignolet | Zendy; Hervé Monod | Zendy; Anne Probst | Zendy; Stéphane Sorin | Zendy; Gaëlle Tallec | Zendy; Matthias Beekmann | Zendy; Eric Ceschia | Zendy; Cécile Le Gall | Zendy; T. Morel | Zendy; Gauthier Quesnel | Zendy; Éric Ramat | Zendy

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ESCAPADE to quantify nitrogen losses in territories and assess mitigation and adaptation strategies

Author(s) -

JeanLouis Drouet,

F. Laurent,

Patrick Durand,

Gilles Billen,

Pierre Cellier,

Olivier Maury,

Stéphanie Potok,

Philippe Faverdin,

Christophe Fléchard,

Josette Garnier,

Armelle Guy,

Catherine Hénault,

Catherine Mignolet,

Hervé Monod,

Anne Probst,

Stéphane Sorin,

Gaëlle Tallec,

Matthias Beekmann,

Eric Ceschia,

Cécile Le Gall,

T. Morel,

Gauthier Quesnel,

Éric Ramat

Publication year - 2016

Publication title -

scholarsarchive (brigham young university)

Language(s) - English

Resource type - Conference proceedings

Subject(s) - reactive nitrogen , environmental science , greenhouse gas , environmental resource management , nitrogen , biodiversity , nitrogen balance , limiting , agriculture , scale (ratio) , adaptation (eye) , computer science , ecology , geography , engineering , mechanical engineering , physics , cartography , quantum mechanics , biology , optics

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