Grid by Grid: New Subpopulation Model Tracks Billions of Aphids Across Whole Landscapes
Researchers have developed a formal subpopulation model within the ALMaSS framework to simulate four major aphid pest species across dynamic ...
Researchers have developed a formal subpopulation model within the ALMaSS framework to simulate four major aphid pest species across dynamic ...
A bacterial invader that has already devastated olive groves in southern Italy is now rewriting the rules of plant disease ...
Researchers have published a detailed formal model of the seven-spot ladybird for the ALMaSS agent-based simulation system, aiming to predict ...
A new framework called STEBS identifies the smallest landscape patch at which individual-based model predictions stabilise, enabling computationally efficient landscape-scale ...
Scientists have built a detailed agent-based model of the marmalade hoverfly Sphaerophoria scripta within the ALMaSS landscape simulator, aiming to ...
A University of Córdoba study finds that drought and pathogen-hosting shrubs in the surrounding landscape intensify the impact of Xylella ...
A new global analysis shows that forest fragmentation raises land surface temperatures across most forest biomes, often mattering more for ...
Researchers propose Functional Trait Capacity, a mechanistic metric that predicts how much biodiversity a landscape could sustain under different management, ...
A new theoretical study shows that self-organized vegetation patterns can stabilize plant–pollinator mutualisms, allowing coexistence under environmental stress that would ...
A two-year study of rain-fed rice fields in Guinea-Bissau finds that the structure of the surrounding landscape, not local field ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine