Land Use and Relinquishment

Description

Including developing, using, and vacating spaces so that future regeneration is not necessary.

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Science Based Targets cover

Science Based Targets

Building on the momentum of the Science Based Targets initiative (SBTi), the Science Based Targets Network (SBTN) is a collaboration of 45+ global non-profits and mission-driven organizations working together to develop guidance to set science-based targets for all of Earth’s systems. Science Based Targets has created a five-step target-setting framework that helps you to assess; interpret and prioritise; measure, set, and disclose; act upon; and track your science-based goals. They have also created sector-specific guidance and target monitoring for companies and financial institutions.

At present, Science Based Targets helps companies to develop their goals based on the latest science: SBTi specifically focuses on GHG emission reduction goals, and SBTN specifically focuses on nature positive goals, with target-setting guidance for land, biodiversity, and freshwater. Their respective websites provide comprehensive resources, cases, and support for taking credible action.

Leading a Sustainable Land Use Transition cover

Leading a Sustainable Land Use Transition

This CEO briefing explains how unsustainable land use is threatening the health of the planet, its people, and economies, and explains the patterns of behaviour contributing to this issue. It explains how it is crucial for the business community to contribute to positive solutions, and highlights some of the key actions that industries can undertake to lead the transition. This primer is a good starting point for introducing business leaders to the topic of land use and the role they can play to creating sustainable built environments.

Global Land Outlook: Land Restoration for Recovery and Resilience cover

Global Land Outlook: Land Restoration for Recovery and Resilience

This comprehensive guide from the United Nations Convention to Combat Desertification can help change agents, policy advocates and lobbyists, and corporate strategic planners to understand the rationale, enabling factors, and diverse pathways by which land degradation can be reduced and reversed. The guide is divided into three parts: Land In Focus examines the current global land use system, including its status, dynamics, trajectories, and the consequences for people and the planet; Restoration Around the World highlights and explores the range of land restoration activities currently happening around the world; and Framing the Land Restoration Agenda demonstrates the feasibility and applicability of different pathways to recovery and resilience.

Landscapes for Life: Approaches to landscape management for sustainable food and agriculture cover

Landscapes for Life: Approaches to landscape management for sustainable food and agriculture

Every business, knowingly or otherwise, shapes the land beneath it and around it. If you are looking to achieve a better understanding of the positive impacts your company can have on the land, this guide from the Food and Agriculture Organization (FAO) provides summary information on a range of best-practices for land use, including territorial developlment, forest and landscape restoration, and integrated peri-urban systems. The document also includes a variety of short case studies highlighting FAO approaches in action.

SBTN Natural Lands Map cover

SBTN Natural Lands Map

This interactive map from the Science Based Targets Netwocan help you understand the scale and location of human-caused land degradation through pollution, urban expansion, agriculture, and extractive industry. This detailed map - created via remote sensing data -conservatively estimates non-natural lands. The map has two filter options: the first shows the world divided into natural and non-natural land area, and the second shows the natural areas based on classification (e.g. forests, wetland forests, short vegetation). This information provides a baseline that companies can use to estimate conversion of natural lands from a 2020 baseline with their current production unit or sourcing area data. It also allows companies to set 'no conversion of natural ecosystem' targets under SBTN. However, it does not offer conversion monitoring over time, nor does it intend to define ecosystems or assess their quality. This tool will be most useful to sustainability and supply chain practitioners seeking to measure value chain related impact on natural lands and set goals around nature.

Environmental Impacts of Food Production cover

Environmental Impacts of Food Production

Over the last few centuries, wild habitats such as forests, grasslands, and shrubbery have been transformed by humanity to create space for agriculture. In fact, as explained in this comprehensive article, half of the world's land is now used for agriculture. This resource features charts, table, and summaries to highlight the environmental impacts of food and agriculture, such as their impact on greenhouse gases, land use, freshwater use, eutrophication, and biodiversity. It also highlights a range of solutions for reducing these impacts. This resource may help you to better understand how the land footprint (and their distribution) differs between food types, and to identify areas where your business can directly or indirectly intervene to support positive change.