Arctic soil microbial communities may shift with increasing temperatures and water
availability from climate change. We examined temperature and volumetric liquid water …

Grazing management methods are of great significance to the health of alpine meadow soil
in the Qinghai–Tibet Plateau and the sustainable use of grassland. Soil microbes are …

Climate change is altering patterns of precipitation, cryosphere thaw, and land–ocean
influxes, affecting understudied Arctic estuarine tidal flats. These transitional zones between …

In the Arctic and subarctic, climate change is causing reduced snowpack extent and earlier
snowmelt. Shallower snowpack decreases the thermal insulation of underlying soil and …

Bioretention cells have emerged as a prominent strategy for mitigating pollutant loads within
urban stormwater runoff. This study delves into the role of plant uptake in the simultaneous …

Meadow soils are one of the important agricultural soil types, biochar is a good soil
amendment, whereas the studies on the effects of biochar additions on carbon and nitrogen …

Despite the important role that biocrust communities play in maintaining ecosystem structure
and functioning in deglaciated barren soil, few studies have been conducted on the …

Indian work in Antarctica has covered mainly atmosphere, biology and geoscience domains
of sciences in central Dronning Maud land and Princess Elizabeth land (PEL) of eastern …

Understanding soil microbial community structure in the Arctic is essential for predicting the
impact of climate change on interactions between organisms living in polar environments …

Biochar and plant growth-promoting rhizobacteria (PGPR) are widely used as an
amendment for soil physicochemical properties and soil bacterial community diversity. In …