Understanding soil–plant–microbe inter-and intra-interactions are essential for ensuring
proper soil health, quality, and soil-mediated ecosystem services (eg, nutrient cycling) …

Root-knot nematodes (Meloidogyne spp., RKN) are among the most destructive
endoparasitic nematodes worldwide, often leading to a reduction of crop growth and yield …

Roots can recruit beneficial microorganisms to suppress plant pathogens. However,
conventional and organic practices differently shape the soil microbiome and consequently …

We investigated if activity of the pre-infective juveniles (J2s) of root-knot nematodes is linked
to the recruitment of a specific microbiome on the nematode surface and/or to the …

Nematode-suppressive soils are characterized by the ability of soil microbial communities to
reduce populations of plant-parasitic nematodes (PPN) either directly or by inducing …

Plant-parasitic nematode research in the Middle East and North Africa (MENA) region faces
significant challenges rooted in a need for proper assembly, diversity, and a unified and …

Plant parasitic nematodes pose a significant threat to food security. Management strategies
for these pathogens are limited, and additional tools for their control are needed. Some fungi …

The ability of a plant parasitic nematode to infect and reproduce within a host plant depends
on its genotype and the environmental conditions before and during infection. We studied …

Root‐lesion nematodes pose a global threat to crop yield and stability, with their broad host
range presenting a formidable challenge for effective management. In this study, we …

Harnessing plant-microbe interactions to advance crop resistance to pathogens could be a
keystone in sustainable agriculture. The breeding of crops to maximize yield in intensive …