NatCap Partnership Software & Tools
The Rangeland Production model (RPM) projects forage production and diet quality for extensive grazing systems under different conditions of climate and livestock management. The model couples a gridded implementation of the Century ecosystem model with a basic ruminant physiology submodel. From livestock density and climate inputs, RPM predicts the combined impacts of livestock management and climate in controlling rangeland condition and livestock productivity.
OPAL is a tool for quantifying the impacts of development and the value of potential protection or restoration activities to biodiversity and ecosystem services. OPAL helps identify mitigation options that can restore ecosystem service benefits back to the same people affected by a development project and tracks the amount of mitigation needed to meet biodiversity and ecosystem service mitigation targets. OPAL combines widely available ecological and social data along with the Natural Capital Project’s spatially explicit InVEST ecosystem service models to recommend offset parcels based on flexible, user-defined criteria.
Mapping Ecosystem Services to Human well-being is an integrative modelling platform that calculates and maps ecosystem service supply under different landscape management scenarios. MESH has built-in scenario generation tools, multiple ecosystem service supply evaluation, visualization of output maps and automated reprogramming functionalities.
PyGeoProcessing is a programmable, open source, and free GIS processing library. We built it to support our InVEST ecosystem service software, but it can be used for applications unrelated to ecosystem services. This is a tool for developers, built with their needs and data in mind.
RIOS supports the design of cost-effective investments in watershed services. The Resource Investment Optimization System (RIOS) provides a standardized, science-based approach to watershed management in contexts throughout the world. It combines biophysical, social, and economic data to help users identify the best locations for protection and restoration activities to maximize the ecological return on investment, within the bounds of what is socially and politically feasible.
ROOT is a tool to perform optimization and tradeoff analysis. It uses information about potential impact of restoration or management change activities together with spatial prioritization or serviceshed maps to identify key areas for ecosystem service provision. Multi-objective analysis allows users to consider how to best manage tradeoffs between different project goals.