This article investigates the gendered implications of environmental change using case studies of two small-scale fishing communities in Chilika lagoon, India. We undertake an intersectional analysis that examines dynamics between groups of fisherwomen in relation to social-ecological change. We focus specifically on (1) fisherwomen’s perspectives about the key drivers of change (e.g., natural disasters and aquaculture) within the social and ecological system of Chilika lagoon; (2) how environmental change is impacting the livelihoods and coping responses of fisherwomen; and (3) how fisherwomen communities are adapting to the ongoing process of change, highlighting in particular the gendered dimensions of out-migration. Our findings demonstrate that fisherwomen’s roles and identities are not static and that the impacts of environmental change vary for different groups of fisherwomen. We find that gender intersects with caste, income, geographic location, age, and household membership to create heterogeneous experiences and knowledge that reflects the complexities associated with gender and environmental change. With specific regard to the increase in fisherwomen out-migrating, we show that responses and adaptations to environmental change have gender-differentiated impacts and challenges.
Coastal communities depend on the marine environment for their livelihoods, but the common property nature of marine resources poses major challenges for the governance of such resources. Through detailed cases and consideration of broader global trends, this volume examines how coastal communities are adapting to environmental change, and the attributes of governance that foster deliberate transformations and help to build resilience of social and ecological systems.
The Inuvialuit Settlement Region (ISR) in the western Canadian Arctic is experiencing environmental changes that affect subsistence harvesting practices and are of concern to local communities. In order to assess the impacts of multiple disturbances on culturally important ecosystems in the ISR, we created a cumulative disturbance map that represents relative intensity of terrestrial disturbances across the study region. We then assessed the relative level of environmental disturbance in important harvesting areas and management zones. Subsequently, we modeled nine future disturbance scenarios that included combinations of increased human impacts and more frequent and widespread wildfires.