In view of rising climate change, migration is increasingly perceived as a potential adaptation strategy to more intense and frequent environmental stressors. When investigating situations of environmental stress, gender analyzes tend to focus on how women are more vulnerable than men, and are inclined to portray women as victimized and passive, trapped in unfavorable social structures of female seclusion. While not questioning the findings of such research, it may have caused a blindness to female agency, causing women to be overlooked as active agents in environmental migration literature. This study shows that women do migrate when environmental stressors impoverish the livelihoods of their household. Aiming to investigate how and why this happens, the study is guided by the question of how gender influences the process of migration, and further what implications such influences have on the potential for utilization and efficiency of migration as an adaptation strategy to environmental stressors. Employing an analytical framework which focuses on how individuals perceive their potential responses to threatened livelihoods, the study explores how gendered drivers of economic incentives and cultural constraints are negotiated at the individual and household level. Qualitative fieldwork from a Dhaka slum and three villages in Southern Bangladesh’s Bhola district revealed that women utilize the option to migrate when they perceive it as most likely that their male guardian will not be able to provide for the household when environmental stressors threaten livelihoods. Creating great social costs, perceptions of appropriate gender roles negatively effect the utilization and efficiency of female migration as an adaptive response to environmental stressors. This should not lead to dismissal of active female migration in the context of environmental stress, however. Rather, because women are often found to be more vulnerable to environmental stressors than men, it is important that the role and status of women in migration processes is addressed for a better understanding of how their adaptive potential can be enhanced.