In a Patagonian ecosystem, 30% of 2,000 plants are a rare species. A conservation program increases their population by 10% yearly. After 2 years, what is the new count?

Tue, 05 May 2026 18:02:03 +0000

**In a Patagonian ecosystem, 30% of 2,000 plants are a rare species. A conservation program increases their population by 10% yearly. After 2 years, what is the new count?** Every season, scientists and nature lovers watch closely as fragile ecosystems reveal powerful stories of resilience. In the vast Patagonian wilderness—home to sweeping plains, rugged mountains, and unique biodiversity—a rare species of plant now serves as a quiet symbol of ecological recovery. Just 30% of the region’s 2,000 plant population belongs to this species, making it a meaningful indicator of biodiversity health. Thanks to a targeted conservation initiative, its numbers are growing at a steady 10% annual increase. What does that growth look like after just two years? And why is this moment drawing quiet attention across the US, where environmental stewardship and native species preservation are increasingly central to public discourse? Why this matter now—especially in the United States—stems from rising interest in local and global conservation success stories. As climate awareness deepens and urban populations seek connection to nature, rare species like those in Patagonia spark curiosity about how ecosystems respond to human care. The Patagonian region, shared between Argentina and Chile but studied globally, reflects broader conversations about protecting biodiversity amid environmental change. With the conservation program yielding a 10% yearly increase, even early impact captures attention: a 10% gain sounds modest, yet over two years, compounding growth becomes significant. Understanding the math behind these numbers reveals not just growth—and hope. To calculate the new count after two years with a 10% annual increase, start with the original population of 2,000 plants. A 10% increase means multiplying the current number by 1.10 each year. After the first year, 30% of 2,000 translates to 600 rare plants; adding