We offer the application of resource economics for the valuation of ecosystem services (including quantification and mapping) using a range of social survey methods, often in collaboration with sociologists. We value the consumptive use of resources, recreation and tourism, ecosystem functioning and the intangible values of biodiversity. Uniquely, our valuation studies grounded in a thorough understanding of the underlying biodiversity and ecosystem functioning.
The aim of this study was to undertake a rapid assessment of the value and role of forests in the Zambian economy, based on available information, in order to inform policy decisions on forest management and the implementation of REDD+ activities in the country. Using available data in the literature, spatial data and GIS-based modelling, the study assessed the values of forests in the form of wood production (for timber, fuel wood, charcoal) and other nonwood forest products (NWFPs) such as wild foods and medicines, their tourism value and their supply of ecosystem services such as the regulation of climate through carbon storage and carbon sequestration, the retention of sediment for erosion control, the regulation of water flow and water quality, and support for agricultural production through pest control and pollination. The study assessed the critical role that forest ecosystems play in sustaining and supporting the stocks and flow of ecosystem services to various economic sectors and human well-being in Zambia, as well as addressing potential opportunities that forests offer with respect to transitioning to a green economy, particularly the role of REDD+ in achieving this transformation.
Ecosystem Services valuation and mapping for biodiversity offset study for Uranium mining in Namibia.
Anchor Environmental was commissioned to underake a detailed study of the ecosystem services generated by rivers, wetlands and estuaries in the Olifants, Inkomati and Usutu to Mhlatuze Water Management Areas (WMAs). This study entailed provision of qunatitative estimates of resources, ecosystem characteristics and functions, and their values, which were mapped at the scale of river reaches, and involved collection of biophysical data and surveys households in the communal land areas of the study area, to quantify resource use values, studies of tourism, and hydrological and GIS modelling to estimate the value of ecosystem functions such as flow regulation and water qulaity amelioration. GIS analyses were used to delineate and type the aquatic ecosystems, ecological and social surveys in representative parts of the study area, hydrological modelling, economic analysis, and modeled to extrapolate data to the whole study area. The project outputs are being utilised in the Classification of the Water Management Areas.
As a first step in the development of an Integrated Management Plan for the coast, the aim of this project was to provide detailed background information to inform improved future management of the area, and to serve as a resource for the education, awareness and capacity building programmes.
Assessment of ecosystem goods and services associated with Durban Bay.