【💡Editor's Choice】
#AdaptiveGrazing by three livestock species promotes plant species richness and density in the #SoilSeedBank in a #Semi_aridGrassland.
【💡Editor's Choice】
#AdaptiveGrazing by three livestock species promotes plant species richness and density in the #SoilSeedBank in a #Semi_aridGrassland.
Jianyong Wang et al.
Diversity and #Productivity of a natural grassland decline with the number of global change factors
#CommunityComposition | #GrasslandEcosystems | #GrasslandManagement | #MultipleGlobalChangeFactors
Jianyong Wang et al. conducted experiments on the Songnen grassland, testing the combined effects of #MultipleGlobalChangeFactors (GCFs) on #GrasslandEcosystems.
Results:
Grasslands may quickly lose stability and degrade more rapidly in response to multiple co-occurring GCFs.
#CommunityComposition | #GrasslandManagement | #Productivity
Yanlong Li et al. examined shift in #SpeciesDiversity, plant density, and community structure in both #SoilSeedBanks and aboveground vegetation in grasslands grazed by three livestock species under #AdaptiveGrazing management.
【🎉Latest accepted article】
Diversity and #Productivity of a natural grassland decline with the number of #GlobalChangeFactors
#CommunityComposition | #GrasslandEcosystems | #GrasslandManagement | #GlobalChangeEcology
📖 Background: #AdaptiveGrazing
⭐ Key points:
3 livestock species (sheep, goats, and cattle) ➡️ #SoilSeedBanks & #CommunityComposition & #SpeciesDiversity
🔎 Place: #Semi_aridGrasslands
@mapjournals.bsky.social
Fungal community composition predicts forest carbon storage at a continental scale
Soil microbial diversity and composition is thought to play a major role in elemental cycling. Here, the authors analyse a large dataset of soil microbiome and carbon data from European forests and find that soil fungal community composition is a strong predictor of carbon storage.