Climatic conditions, soil fertility and atmospheric nitrogen deposition largely determine the structure and functioning of microbial communities in biocrust-dominated Mediterranean drylands

Overview of attention for article published in Plant and Soil, October 2015

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RT @ftmaestre: Our latest #biocrust arts just published in the latest issues of @NewPhyt https://t.co/pbXkpVaIoT and Plant Soil https://t.c…

RT @ftmaestre: Our latest #biocrust arts just published in the latest issues of @NewPhyt https://t.co/pbXkpVaIoT and Plant Soil https://t.c…

Our latest #biocrust arts just published in the latest issues of @NewPhyt https://t.co/pbXkpVaIoT and Plant Soil https://t.co/43ema037Gr

Climate, soil fertility and N deposition affect soil microbes associated to biocrusts New lab art in Plant Soil http://t.co/bubMJwKNkk

Climate, fertlity and N dep determine microbial comm from biocrust-dominated sites. My latest artcl with @ftmaestre http://t.co/m9JqwrQFYk