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Different terrestrial ecoregions ranging from deserts to tropical forests1 exist around the world. One of them, Neotropical dry forests (NTDFs) play an important role in the economic and cultural development2 and according to3 the forest is one of the main sources of carbon (C). Van der Werf et al.,4 pointed out that the loss of C due to anthropogenic effects accounts for 12%. Becknell et al.,5 suggested that if tropical and Neotropical dry forests were restored, they would comprise 22 Pg of carbon in aboveground biomass and in the Americas alone, the contribution of carbon could be of 8 Pg. In the last decades, the studies on NTDFs have been focused on the diversity of plants, animals and C storage.6 This shows an increase in our awareness of biodiversity, carbon and water only in secondary forests at local scales.

Neotropical seasonally dry forests: response of soil fungal communities to anthropogenic actions