Lulu Xie et al. investigated #MicrobialCarbonUseEfficiency patterns, #SoilEnzymeActivities, and fungal functional guilds across coniferous and broadleaved forests in subalpine China during early-, mid-, and late-growing seasons.

#SeasonalDynamic | #SymbioticFungi

doi.org/10.1093/jpe/...

Soil fungal community composition drives forest-specific and seasonal dynamics of microbial carbon use efficiency in subalpine ecosystems Abstract. Microbial carbon use efficiency (CUE), a critical determinant of soil carbon cycling, exhibits spatiotemporal variations influenced by biotic and

【🎉Latest accepted article】
Soil fungal community composition drives forest-specific and #SeasonalDynamics of microbial carbon use efficiency in subalpine ecosystems

#SymbioticFungi | #SaprophyticFungi | #SoilEnzymeActivities | #MicrobialBiomass

@maximumeffort.bsky.social

doi.org/10.1093/jpe/...

Two #InvasiveAlienPlants (IAPs) can co-invade the same #Habitat. Youli Yu et al. estimated the independent and combined effects of two composite IAPs—— #BidensPilosa & #SolidagoCanadensis on #LitterDecomposition and #SoilEnzymeActivities under #Drought.
doi.org/10.1093/jpe/...

Enhancing Soil Properties and Bacterial Community Dynamics in Tea Plantations through Intercropping Tea Trees and Dictyophora indusiata The recent practice of intercropping between fungi and plants has been conducted in various agricultural and forestry systems. However, the majority of studies on this intercropping pattern have prima...

Enhancing Soil Properties and Bacterial Community Dynamics in Tea Plantations through Intercropping Tea Trees and Dictyophora indusiata

#scicomm
#fungi-teaintercropping
#soilenzymeactivities
#soilphysicochemicalproperties
#bacterialcommunitystructure

www.pjoes.com/Enhancing-So...