Suggest two conservation-oriented strategies to support entomology research and biodiversity.

Optimize your Entomology 1 PMT exam preparation with our targeted study material. Engage with our flashcards and multiple choice questions, complete with hints and detailed explanations. Get exam-ready today!

Multiple Choice

Suggest two conservation-oriented strategies to support entomology research and biodiversity.

The main idea tested here is choosing actions that both protect insect populations and strengthen the work that studies them. Habitat restoration creates diverse, native plant communities and structural complexity that give insects food, shelter, and breeding sites, which supports biodiversity and provides researchers with a healthier, more representative system to study. Reducing pesticide use lowers the direct and indirect harms to insects—beneficial pollinators and natural enemies alike—so insect populations can recover and persist, improving the reliability of ecological data and the effectiveness of biological control in ecosystems. Combining support for citizen science with secure funding for research and collections expands data collection across broader areas and longer times, engages the public in conservation, and ensures that collections—critical for taxonomy, reference material, and long-term trend analysis—are maintained. Together, these elements promote living biodiversity and the infrastructure needed to study it. The other options miss these essential conservation principles: increasing pesticide use and shrinking habitat diversity harm insects and ecosystems; boosting specimen shipping while stopping field surveys reduces data quality and long-term monitoring; encouraging monocultures diminishes habitat heterogeneity even if biodiversity monitoring is present.

The main idea tested here is choosing actions that both protect insect populations and strengthen the work that studies them. Habitat restoration creates diverse, native plant communities and structural complexity that give insects food, shelter, and breeding sites, which supports biodiversity and provides researchers with a healthier, more representative system to study. Reducing pesticide use lowers the direct and indirect harms to insects—beneficial pollinators and natural enemies alike—so insect populations can recover and persist, improving the reliability of ecological data and the effectiveness of biological control in ecosystems.

Combining support for citizen science with secure funding for research and collections expands data collection across broader areas and longer times, engages the public in conservation, and ensures that collections—critical for taxonomy, reference material, and long-term trend analysis—are maintained. Together, these elements promote living biodiversity and the infrastructure needed to study it.

The other options miss these essential conservation principles: increasing pesticide use and shrinking habitat diversity harm insects and ecosystems; boosting specimen shipping while stopping field surveys reduces data quality and long-term monitoring; encouraging monocultures diminishes habitat heterogeneity even if biodiversity monitoring is present.

More practice questions