A herpetologist is tracking the migration pattern of a rare frog species. They note that the number of frogs observed in a given season is a two-digit number that is one more than a multiple of 13. What is the largest such number less than 100?

Mon, 04 May 2026 23:08:14 +0000

**A herpetologist is tracking the migration pattern of a rare frog species. They note that the number of frogs observed in a given season is a two-digit number that is one more than a multiple of 13. What is the largest such number less than 100?** In a growing wave of citizen science and environmental monitoring, a simple mathematical pattern is gaining quiet attention among researchers and nature enthusiasts. A herpetologist tracking a rare frog species recently observed that seasonal sightings align with a number that is one more than multiples of 13—a clue hinting at hidden rhythms in nature’s cycles. What’s the largest two-digit number fitting this pattern under 100, and why does it matter? ### Why This Mathematical Curiosity is Gaining Attention in the US In today’s fast-paced digital world, patterns buried in data spark both scientific interest and public curiosity. Mathematical anomalies like numbers one more than a multiple of 13 may seem abstract, but they reflect real-world consistency—critical in ecological modeling. With increasing focus on biodiversity and species adaptation, even small statistical clues help researchers interpret seasonal shifts in frog populations. This growing emphasis on precise natural data has elevated interest in seemingly niche observations, turning them into part of broader environmental storytelling. Understanding these patterns helps connect data trends with real habitat changes—and invites public engagement with conservation science.