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This chapter highlights ecosystem-based adaptation in coastal Bangladesh aimed at securing climate and disaster-resilient environment for safer life and livelihood for vulnerable communities in the face of changing climate. Development intervention based on the opportunities offered by the nature and adaptation management plan from the perspective of vulnerability analysis can make a substantive difference in enhancing resilience. Engagement of broad-based stakeholders at vertical and horizontal levels in building adaptive capacity can be linked through both at the policy and institutional levels as well as at ecosystem levels for effective results. Innovation in convergence of disaster risk reduction and adaptation through fish, fruit, and forest as a part of livelihood integrated into the coastal afforestation ensure better livelihood in a safer coastal habitats. Such forest-based adaptive livelihood and carbon sequestration help land development that is promising to offset the sea level rise due to higher rate of siltation. Climate resilient habitat is another innovative initiative that protects the households, and their livelihood is protected by eco-engineering structures and green defense to make it safer from cyclone and tidal surge.

During the great post–World War II economic expansion, modernization theorists held that the new American capitalism balanced mass production and mass consumption, meshed profitability with labor's interests, and ended class conflict. They thought that Keynesian policies insured a near full-employment, low-inflation, continuous growth economy. They viewed the United States as the “new lead society,” eliminating industrial capitalism's backward features and progressing toward modernity's penultimate “postindustrial” stage.⁷ Many Americans believed that the ideal of “consumer freedom,” forged early in the century, had been widely realized and epitomized American democracy's superiority to communism.⁸ However, critics held that the new capitalism did not solve all of classical capitalism's problems (e.g., poverty) and that much increased consumption generated new types of cultural and political problems. John Kenneth Galbraith argued that mainstream economists assumed that human nature dictates an unlimited “urgency of wants,” naturalizing ever increasing production and consumption and precluding the distinction of goods required to meet basic needs from those that stoke wasteful, destructive appetites. In his view, mainstream economists’ individualistic, acquisitive presuppositions crown consumers sovereign and obscure cultural forces, especially advertising, that generate and channel desire and elevate possessions and consumption into the prime measures of self-worth. Galbraith held that production's “paramount position” and related “imperatives of consumer demand” create dependence on economic growth and generate new imbalances and insecurities.⁹ Harsher critics held that the consumer culture blinded middle-class Americans to injustice, despotic bureaucracy, and drudge work (e.g., Mills, 1961; Marcuse, 1964). But even these radical critics implied that postwar capitalism unlocked the secret of sustained economic growth.

The urban heat island is an unintended consequence of humans building upon rural and native landscapes. We hypothesized that variations in vegetation and land use patterns across an urbanizing regional landscape would produce a temperature distribution that was spatially heterogeneous and correlated with the social characteristics of urban neighborhoods. Using biophysical and social data scaled to conform to US census geography, we found that affluent whites were more likely to live in vegetated and less climatically stressed neighborhoods than low-income Latinos in Phoenix, Arizona. Affluent neighborhoods had cooler summer temperatures that reduced exposure to outdoor heat-related health risks, especially during a heat wave period. In addition to being warmer, poorer neighborhoods lacked critical resources in their physical and social environments to help them cope with extreme heat. Increased average temperatures due to climate change are expected to exacerbate the impacts of urban heat islands.

This chapter presents projections of residential development in Wappinger Creek watershed of Dutchess County, New York in the Hudson River Valley. A spatial econometric model is developed based on data from a geographical information system (GIS) of county-level socio-economic trends, tax parcel attributes, town-level zoning restrictions, location variables, and bio-geophysical constraints including slope, soil type, riparian and agricultural zones. Monte Carlo simulation is employed to distribute spatially explicit projections of land-use change under various residential development scenarios. Scenario analysis indicates the likelihood of continued residential, decentralized development patterns in formerly agricultural and forested parcels. Policy scenarios demonstrate possible courses of action to direct development and protect watershed health.

Humans live in social communities that are embedded ecologically within overlapping biophysical environments. The increasing burden that humans have on these environments demands extensive attention from people in all walks of life. This book promotes a dialogue between two related groups of scholars – community sociologists and environmental sociologists – that may help us to better understand how humans interact with each other in social communities and with biophysical environments in an ecological community. Ultimately, these insights may promote broader discussions among a wider group of citizens who mobilize for community and ecological sustainability.