Yesterday, at the WildTeam Conservation Biology Centre in Joymoni, Mongla, Sundarbans, I stood before a group of 49 bright-eyed schoolchildren gathered for the annual TigerScouts Camp, organised by WildTeam under the aegis of IUCN’s Integrated Tiger Habitat Conservation Programme (ITHCP), supported by German Cooperation and KfW Development Bank.
Their faces, alight with curiosity and hope, reflected the spirit of a generation ready to take on the mantle of environmental stewardship. These young minds had come together not just to learn but to embrace their role as future guardians of our planet.
As I began my presentation on climate change and its impact on the Sundarbans, I couldn’t help but feel a sense of optimism. Here, in this room, were the seeds of change—the next generation of conservationists ready to tackle one of the greatest challenges of our time.
For 30 minutes, I took them on a journey through the intricacies of Earth’s climate, explaining how human activities are altering the delicate balance of our planet. I spoke of rising sea levels, intensifying storms, and the slow but steady encroachment of saltwater in and around the Sundarbans—a UNESCO World Heritage Site and one of the most biodiverse regions on Earth.
I painted a picture of how these changes are not just abstract concepts but real threats to the animals, ecosystems, and communities that call the Sundarbans home. The Royal Bengal Tiger, the mangrove forests, and the millions of people who depend on this unique ecosystem are all at risk.
Science behind climate change impacts
To help the TigerScouts understand the complexity of climate change, I shared insights from my Master’s research, which included a detailed diagram illustrating its direct and indirect impacts. The diagram showed how even small changes in temperature and precipitation can have cascading effects on natural systems.
For instance, species with narrow tolerances to environmental changes may experience disruptions in their behavior, such as altered breeding or migration patterns, leading to mismatches in ecological timing. These changes can reduce the quality and suitability of habitats, fragment ecosystems, and force species to migrate or face extirpation. Interspecific dependencies, where species rely on one another for survival, can also be disrupted, causing ripple effects throughout the food web.
Barriers to migration, whether natural or human-made, further exacerbate these challenges, leaving species trapped in increasingly inhospitable environments. At the same time, human activities such as increased water extraction, land use changes, and migration intensify these pressures, leading to heightened human-wildlife conflicts.
However, the diagram also highlighted mitigation approaches, such as reducing greenhouse gas emissions, implementing REDD+ (Reducing Emissions from Deforestation and Forest Degradation), restoring forests, and transitioning to renewable energy.
Adaptation strategies, like building coastal defences and promoting ecosystem-based solutions, were also emphasised as critical tools for resilience.