.@Clarivate with all the effort you put into #HighlyCitedResearcher exclusions, please include high author# pubs that document meaningful coauthor contributions. Some research relies on large collaboration. I wrote a discussion paragraph for you: https://t.co/wOxhTABvvQ
Collaborating with @NutNetGlobal, Dr Qingqing Chen led this study to understand how eutrophication influenced the various dimensions of grassland stability (invariability, resistance and resilience of community biomass, composition, and richness), as well as their correlations
A new study shows that #Soil#Carbon content is positively related with plant diversity in global @NutNetGlobal grassland sites, particularly strongly in warm & arid climates. Plant diversity is related to #SoilCarbon via the quality of organic matter.
Anthropogenic eutrophication is a driver of plant community shifts in many grassland ecosystems. Chen et al. use data from a global experiment to assess how nutrient addition affects grassland ecological stability.
@Shaopeng_Wang85@NutNetGlobal
https://t.co/KApNnBqKNu
Nothing lasts forever: Dominant species are slower to decline in response to fertilization & herbivore exclusion when they start with higher initial cover👇
@nutnetglobal @borerlab https://t.co/DherU4Z0nP
Nada es para siempre (en español)
Las especies dominantes y raras cambian diferencialmente su abundancia en el tiempo frente a los cambios generados por excluir el pastoreo y agregar nutrientes al suelo
Lindo (y creativo) trabajo de Peter Wilfahrt con @NutNetGlobal@ifevaok
New study from @NutNetGlobal global cooperation using some data collected by @[email protected]@iEESParis and our staff. Nutrient enrichment increases seasonal plant diversity and alters intra-annual dynamics of specific functional groups.
DOI: 10.1111/1365-2745.14182