Purpose The slightly exuberant appearance suggests a misleading idea of an insignificant
diversity of microorganisms in Cerrado soils. Thus, a review is necessary, gathering …

In the last decade, advances in soil bacterial ecology have contributed to increasing
agricultural production. Brazil is the world leading agriculture producer and leading soil …

Fires in tropical peatlands extend to depth, transforming them from carbon sinks into
methane sources and severely limit forest recovery. Peat microbiomes influence carbon …

Natural ponds in the Brazilian Cerrado harbor high biodiversity but are still poorly studied,
especially their microbial assemblage. The characterization of the microbial community in …

We characterized soil bacterial and archaeal communities under native Cerrado vegetation
and their responses to increases in soil pH. The experimental area was subjected to lime …

Savannas are characterized by the coexistence of grasses and trees. Fires are critical for
their coexistence, because they decrease the survival of tree seedlings and saplings and …

As queimadas impactam negativamente a biodiversidade dos ecossistemas naturais,
alterando os atributos físicos e biológicos e influenciando os fluxos de energia e …

Changing land use systems impact on local edaphic factors and microbial abundance and
diversity, however, the information on it in central Myanmar's soils is still lacking. Therefore …

Large‐scale restoration efforts are underway globally to mitigate the impact of decades of
land degradation by returning functional and biodiverse ecosystems. Revegetation is a …

Abstract Tropical peatlands in South-East Asia are some of the most carbon dense
ecosystems in the world. Recurrent wildfires in repurposed peatlands release massive …