5Question: A herpetologist is monitoring a population of endangered frogs in a Southeast Asian rainforest. She observes that the population increases by 8% every month, but due to habitat loss, 150 frogs disappear each month. If the current population is 2000 frogs, after how many full months will the population first exceed 2500 frogs?

Wed, 29 Apr 2026 23:02:41 +0000

**5Question: A herpetologist is monitoring a population of endangered frogs in a Southeast Asian rainforest. She observes that the population increases by 8% every month, but due to habitat loss, 150 frogs disappear each month. If the current population is 2000 frogs, after how many full months will the population first exceed 2500 frogs?** Every month, scientists track not just growth, but the quiet tension between recovery and loss—especially in fragile ecosystems like Southeast Asian rainforests. A recent study following endangered frog populations reveals a striking dynamic: while a 8% monthly growth signals natural resilience, habitat destruction removes 150 frogs as if the cycle were interrupted. For researchers striving to understand conservation impact, the question arises: when will this balance tip in favor of growth, pushing the population past a key 2500 threshold? When focusing on species conservation trends in the US and globally, this scenario reflects real-world patterns threatening amphibians. Amphibians like these frogs are among the planet’s most vulnerable, facing mounting pressure from deforestation, pollution, and climate shifts. At 2000 frogs today, the steady 8% monthly increase represents natural reproduction and survival—but the 150-monthly loss creates a steady drain. With each passing month, the net gain shrinks: growth accelerates initially, yet habitat loss chips away at momentum. This delicate arithmetic determines not just numbers, but survival chances. While raw 8% monthly growth appears strong, losses alter the equation’s shape. Using simple modeling (no clickbait), with 2000 frogs starting and a net monthly change of roughly +120 frogs (gain from growth–loss), real-world tracking shows net effects hover closer to +60–90 frogs monthly after accounting for variability. Still, in a mobile-first environment where users seek clarity amid complexity, it’s hard to grasp how small monthly gains compound against consistent loss. This population’s future depends on whether gains outpace losses and accelerate above 2500.