The Workbook presents a step-by-step application of a risk management methodology to climate

Turn water scarcity into water abundance! These books show you how to conceptualize, design, and implement sustainable water-, sun-, wind-, and shade-harvesting systems for your home, landscape, and community.

Given the time, money and effort expended in the acquisition, establishment, curation and maintenance of a living botanical collection, and the irreplaceable nature of some living collections, it would be reasonable to assume that these living assets wo

Communities are increasingly turning to “smart” water systems to address their often-competing stormwater challenges. This begs the question “how much more effective are smart stormwater systems?”.

In response to drought conditions, urban population growth, and dwindling water supplies in Utah, Utah State University (USU) Extension implemented a study using soil moisture meters.

Improving urban forests is one of the solutions to achieving several of the United Nations Sustainable Development Goals and making cities healthier and more livable for people.

The stormwater runoff that carries pollutants from the land adjacent to road transportation

A strategic framework for reducing greenhouse gas emissions and adapting to the impacts of climate change. Cities utilize climate action plans as roadmaps for achieving emissions reductions and improving community resilience.

This publication aims to support UNDP practitioners and partners (international organisations, nongovernmental organisations, governments, as well as civil society organisations) in the process of setting up or improving early warning systems.

A soil moisture sensor-based automated irrigation system was trialed in a commercial floriculture greenhouse to determine what benefits these types of systems may offer to herbaceous ornamental producers.