Sustainable wood-based design solutions necessarily presuppose economically, socially, and environmentally reliable sources of wood use for any future designs. However, increasingly unsustainable effects from climate extremity are now prompting the search for alternative forms of use that avoid or forestall those effects.

Rhode Island is the smallest and the second-most densely populated state in the USA. It is also one of the most severely affected states on the Eastern Seaboard due to Climate Change.

This chapter advances SDG goals 7, 11, and 13, by presenting the direct integration of solar photovoltaic energy with food production, supporting cleaner, more sustainable agriculture, with decreased impact on climate change.

This chapter advances UN SDG goal 12 by ensuring sustainable consumption and production patterns

This chapter advances UN SDG goals 11, 13, and 3 by discussing Remote Sensing-based strategies for managing land cover and ultimately mitigating anthropogenic heating and excess emission of GHG and pollutants by promoting green belts, vast plantation programs, and utilizing carbon-credit projects.

This chapter advances UN SDG goals 11, 13, and 3 by developing an integrated approach, including statistical data elaborations and microclimate simulations, to look at the impact of increasing the urban green infrastructure on the urban environment, air quality levels, and heat-related health responses.

The Zambezi Riparian Region (ZRR) is a lifeline and home to ∼40 million people who depend heavily on the river basin for their livelihood.

This article supports SDGs 9, 11 and 13 by employing an Urban-Water-Energy (UWE)-Nexus approach to understand water and energy demand and their interactions in both space and time for Rhode Island and quantifies the extent and exposure of the Urban Heat Island effects among its towns and urban populations using high-resolution details.

Local actions have been considered as an important path for effective climate actions, but the extent to which community-level plastic waste elimination actions can be effective in coastal regions are unclear. This article leverage a nation-wide case study in Australia to show that community-level plastic pollution reduction actions can result in large benefits, regardless whether the plastic pollution was originated from the community or not.

This chapter advances the UN SDG goals 11 and 15 by discussing air pollution, ecosystem services, and the importance of vegetation as it assures pollution reduction services. Considering the essential role of cities in human life, it focuses on the benefits of urban vegetation as a leading ecosystem service provider, promoting awareness of the importance of natural elements for the urban environment.