Regulation of soil multifunctionality resistance by soil biodiversity on subtropical land

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 In subtropical ecosystems, soil biodiversity plays a pivotal role in regulating soil multifunctionality resistance—the ability of soils to maintain ecological functions under environmental disturbances. Diverse microbial and faunal communities enhance resilience by supporting nutrient cycling, organic matter decomposition, and soil structure maintenance. This biodiversity-driven regulation ensures the stability of key soil functions such as carbon sequestration, nitrogen retention, and water infiltration. Studies have shown that higher species richness in soil biota correlates with greater resistance to stressors like drought and land-use change, underlining the importance of conserving belowground biodiversity to sustain ecosystem services in subtropical landscapes.

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#SoilBiodiversity #SoilMultifunctionality #SubtropicalEcosystems #SoilHealth #EcosystemResistance #SoilMicrobiome #SoilEcology #BiodiversityMatters #CarbonSequestration #NutrientCycling #ResilientSoils #SoilFunction #SoilScience #EnvironmentalResilience #SoilSustainability #ClimateResilientSoils #EcosystemServices #SoilStructure #SoilResilience #LandUseChange #SoilConservation #BiodiversityConservation #SoilBiota #SoilCarbon #DroughtResistance #SustainableSoilsVisit : https://soilscientists.org/ 




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