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  • Avocado Supply at Risk Without Native Habitat, Study Finds 
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Avocado Supply at Risk Without Native Habitat, Study Finds 

A new study warns that the future of avocado farming could be at risk if native vegetation around orchards isn’t preserved. Conducted in Australia, the research found that insect pollinators—crucial for avocado crops—depend on nearby native plants for food, especially when crops aren’t in bloom. Using advanced DNA technology, scientists discovered that insects near natural habitats forage from more than twice as many plant species as those in pasture-only areas. The study highlights that protecting biodiversity is key to supporting global food security, especially with rising demand by 2050.

Avocado Supply at Risk Without Native Habitat, Study Finds

Avocado crops could suffer if native vegetation isn’t preserved, warns a new study. Insects vital to pollination rely on natural habitats near farms.

Avocado Farming May Face Long-Term Threats


A recent scientific study has raised concerns about the long-term viability of global avocado production if native vegetation around orchards is not preserved. The research, conducted in Australia, indicates that natural habitats play a crucial role in supporting insect pollinators necessary for crop success.

Study Conducted Across Avocado Orchards


Researchers found that avocado orchards located next to native vegetation hosted insect populations that foraged from over twice as many plant species compared to those bordered only by pasture. These findings were published in the journal Environmental and Sustainability Indicators.

Why Insects Matter for Avocado Production


Insects are vital for pollination, supporting 75% of all agricultural crops globally. The study highlighted that diverse food sources from native plants make insect communities more resilient and more effective at pollinating crops, including avocados.

Advanced DNA Method Offers New Insight


Scientists used a cutting-edge method called environmental DNA (eDNA) metabarcoding to analyze pollen collected by insect communities. This approach enabled them to identify over 250 plant species from more than 2,000 insect specimens collected in the study.

Experts Call for Biodiversity in Agriculture


The research team recommends incorporating biodiversity surveys into routine farm monitoring and calls for preserving or even restoring patches of native habitat within farmlands. Doing so may help support food security, which is increasingly critical as the global population grows.

Implications for Global Food Security


With estimates that global food demand will rise by 75% by 2050, scientists warn that protecting pollinators and their habitats is essential. Insects not only pollinate crops but also help control pests, making them indispensable for sustainable farming.

Local and Global Impact


While the study was conducted in Australia, its implications reach far beyond. Canadian and global avocado importers, farmers, and environmentalists are now urged to consider biodiversity as an essential part of agricultural planning. Without it, even staples like the avocado may face uncertain futures on grocery store shelves.

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