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2 clusters · 4 sources · 4 days · First seen · Last updated

Biological and molecular agricultural research

Overview

Scientific research is increasingly utilizing molecular and biological methods to address agricultural pests and ecological shifts.

Initial studies focused on plant immunity and pest deterrence, such as mapping tomato plant defense responses to the fungus Fulvia fulva at Wageningen University & Research and discovering that the yeast Pichia occidentalis can repel the spotted wing drosophila.

Subsequent research expanded into advanced molecular identification and dietary analysis. In Ecuador, researchers utilized DNA extraction and COI-primers to better identify mealybugs that threaten banana crops. Meanwhile, in Argentina, next-generation sequencing of fecal samples revealed that Burrowing Parrots are shifting their diets from native plants to introduced species due to environmental degradation.

Entities

Rutgers University · Fulvia fulva · Pichia occidentalis · Wageningen University & Research

Timeline

  1. [CULTURE] 2 sources
    Molecular research addresses agricultural pests and wildlife dietary shifts

    Scientific studies in Ecuador and Argentina use molecular sequencing to identify agricultural pests in banana crops and track dietary shifts in Burrowing Parrots due to environmental changes.

  2. [TECHNOLOGY] 2 sources
    Agricultural researchers investigate plant immunity and pest control methods

    New research highlights advancements in crop protection, including mapping tomato immunity against leaf spot disease and using yeast-produced scents to repel the pest-inducing Suzuki fruit fly.

Sources

biojournaal.nl · dspace.ups.edu.ec · groentennieuws.nl · rid.unrn.edu.ar