Land management and land planning requires a knowledge of the current state of the landscape. Understanding current land cover and how it is being used, along with an accurate means of monitoring change over time, is vital to any person responsible for land management. Measuring current conditions and how they are changing can be easily achieved through land cover mapping, a process that quantifies current land resources into a series of thematic categories, such as forest, water, and paved surfaces.
By using remotely sensed imagery and semi-automated classification methods, Sanborn provides cost-effective and accurate means to derive land resource information and maintain its currency into the future.
More current, accurate, and cost-effective methods for gathering information about landscape change have become available to users in the fields of urban planning, land management, and natural resource conservation. Sanborn offers three scales of land cover products that can be tailored to meet your needs from nationwide mapping to town and cities.
Who benefits from Land Cover Mapping?
The surface of the Earth is continuously changing at many levels; local, regional, national, and global scales. Changes in land use and land cover are pervasive, increasingly rapid, and can have significant impacts for people, the economy, and the environment. Among the organizations that will benefit from the information derived from land cover solutions are:
- Federal, state, city, county government agencies
- Environment and research organizations
- Water districts
- Engineering firms
- Private forestry organizations
Land Cover Mapping Applications
Sanborn's land cover products and solutions are used for planning land use and deriving additional thematic layers to support land management applications such as:
- Impervious quantifications for stormwater runoff prediction and drainage requirements
- Tree canopy calculations for stormwater runoff and pollution impact studies
- Irrigated and non-irrigated water use calculations for arid areas
- Environmental assessment of undeveloped and vacant land identification
- Planning green space and trails for recreational purposes and other urban planning applications
- Ecosystem or forest species / community maps
- Fire hazard maps that relate to fuel availability for wildland fires
- Urban planning assessment
A standard accuracy assessment will be conducted using by selecting a series of random points within the project area to determine whether classification is accurate. Methodology to be used will be determined at the kickoff meeting.