3Question: An entomologist observes that 6 species of bees visit flowers in a particular field, with 3 species being primary pollinators and 3 secondary. If she randomly selects 4 species to study further, what is the probability that exactly 2 of the selected species are primary pollinators?

Sun, 19 Apr 2026 22:48:14 +0000

**The Hidden Science Behind Pollination Choices—and How to Think About It** Ever wondered how nature decides which bees get too close to the flowers—and why two species often stand out as busy workers? In a quiet field study, entomologists have tracked six bee species visiting a single patch of blooms: three primary pollinators with high floral engagement, and three secondary visitors with lesser impact. If the researcher randomly selects four to monitor further, what’s the real likelihood that exactly two are among the key pollinators? Understanding these patterns reveals not just probability—but a window into ecological balance, biodiversity, and how even simple data shapes conservation insights. This curious observation is gaining traction across science and sustainability conversations in the U.S. As pollinator health becomes central to food security and ecosystem resilience, the way researchers count and analyze species interactions offers fresh data for students, gardeners, and environmental advocates alike. Exploring the math behind these natural probabilities deepens our connection to both insects and the broader environment. ---