Review maps how plant chemistry shapes interactions in agriculture
A review finds that agricultural allelopathy depends on plant identity, chemical mixtures, soil processes, microbial transformations and realistic exposure.
A review finds that agricultural allelopathy depends on plant identity, chemical mixtures, soil processes, microbial transformations and realistic exposure.
A PRISMA-based systematic review of 47 articles identified 38 ecosystem services associated with milpas and other maize-based polycultures, with food ...
A 2026 research topic links contaminant pathways to plant uptake and soil microbial responses while identifying major gaps in long-term ...
A Lithuanian study maps how intensive farming aligns with landscape zones that regulate erosion, water movement, nutrients and soil organic ...
A survey of traditional cereal-growing agroecosystems in Morocco's Rif Mountains recorded 209 wild plant species, including regional endemics and nationally ...
Guatemala's Pacific coastal plain has been an agricultural engine for more than a century, its volcanic soils converted wholesale into ...
A three-year field survey in Sardinia has produced the first comprehensive inventory of the segetal flora growing in globe artichoke ...
A new longitudinal field study in western Kenya shows that the malaria-blocking symbiont Microsporidia MB maintains consistent prevalence across an ...
A new review argues that conservation biological control must move beyond laboratory demonstrations of attraction and manage chemical information flow ...
A new Frontiers in Microbiology Research Topic reveals how legume intercropping and rotation reshape soil microbial communities in system-specific ways ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine