This hypothesis proposes the use of landscape genomics methods to understand how environmental factors, such as temperature and humidity, influence the genetic diversity of crop pests.
Genetic diversity and population structure ×crossed with Genetic and Environmental Crop Studies
AI reviewers’ score: 6.7 out of 101 piece of counter-evidenceWith a story (fiction)
Global climate models contain dozens of adjustable parameters, and finding the combination that matches observations requires thousands of costly simulations.
Evolutionary Biology ×crossed with Climatology
AI reviewers’ score: 6.5 out of 106 pieces of counter-evidenceWith a story (fiction)
This hypothesis proposes to test whether the effect of a mutation that lengthens the circadian rhythm (the sleep-wake cycle) depends on the fly’s genetic background.
Genetics ×crossed with Chronobiology
AI reviewers’ score: 6.1 out of 102 pieces of counter-evidenceWith a story (fiction)
The hypothesis proposes that, in small isolated populations of pathogenic fungi (for example in a biofilm or infected tissue), chance may fix antifungal resistance genes, even if these genes cost a little fitness.
Evolutionary Biology ×crossed with Mycology
AI reviewers’ score: 6.2 out of 102 pieces of counter-evidenceWith a story (fiction)
Each idea is placed in one or two themes according to the scientific fields of its collision, by a fixed mapping table (version themes_v1). No agent chooses an idea’s theme.