%0 Journal Article
%A Fernández Alonso, María José
%A de Celis, Miguel
%A Belda Aguilar, Ignacio
%A Palomino, Javier
%A García, Carlos
%A Gaitán, Juan
%A Wang, Jun-Tao
%A Abdala Roberts, Luis
%A Alfaro, Fernando D.
%A Angulo Pérez, Diego F.
%A Arthikala, Manoj-Kumar
%A Chalasani, Danteswari
%A Corwin, Jason
%A Gui-Lan, Duan
%A Hernández López, Antonio
%A Nanjareddy, Kalpana
%A Nayaka, Siddaiah Chandra
%A Pasari, Babak
%A Patro, Thanuku Samuel Sampath Kumar
%A Podile, Appa Rao
%A Quijano Medina, Teresa
%A Rivera, Daniela S.
%A Sarma, Pullabhotla Venkata Subba Rama Narshima
%A Shaaf, Salar
%A Trivedi, Pankaj
%A Yang, Qingwen
%A Yin, Yue
%A Zaady, Eli
%A Zhu, Yong-Guan
%A Singh, Brajesh K
%A Delgado Baquerizo, Manuel
%A García Palacios, Pablo
%A Milla, Rubén
%T Native edaphoclimatic regions shape soil communities of crop wild progenitors
%D 2025
%U https://hdl.handle.net/20.500.14352/125984
%X Unveiling the soil biological communities ecologically associated with crop wild progenitors (CWPs) in their habitats of origin is essential for advancing productive and sustainable agriculture. A field survey was conducted to investigate the edaphoclimatic conditions and soil bacterial, fungal, protist, and invertebrate communities of 125 populations of direct progenitors of major crops for world agriculture. The wild populations clustered into four ecoregions shaped by two edaphoclimatic dimensions: one summarizing variations in soil sand contents and nutrients concentrations, and the other featuring changes in aridity, soil pH, and carbon storage potential. We identified a common soil core community across CWPs that varied significantly along deserts to tropical seasonal forests and savannas. The assembly of the soil core community was driven by varying environmental preferences amongst soil biodiversity kingdoms, reflecting potential shifts in their functional profiles. The tropical ecoregion exhibited higher proportion of acidophilic bacteria, fungal, and protist parasites, whilst desert ecosystems harboured greater abundances of saprophytic fungi and heterotrophic protists. Moreover, CWPs displayed unique microhabitats that incorporate variability into the soil community assembly. Our work reveals the biogeography of soil communities associated with CWPs, the first step towards the development of microbial rewilding initiatives.
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