Embedded Files
Useful tools for monitoring, reporting, and verification of NAMAs in rice
The RiceMoRe system is built to advance the work of monitoring and planning rice production at central and local agriculture offices. It assists in collecting and reporting data on rice cultivation progress on weekly, seasonal, and annum bases.
Applicable for: GHG mitigation projects, and evaluation of GHG field experiments
FarMoRe is a mobile app co-designed with farmers and extensionists based on the core principles of agroecology and inclusive digital tools. It aims to evaluate farmers' performance and track progress in transitioning to more agroecological farming practices. Additionally, FarMoRe supports informed decision-making by farmers and policy-makers, as well as product traceability and certification.
Applicable for: Product certification, Carbon projects, GHG mitigation projects
Source-selective and Emission-adjusted GHG CalculaTOR for Cropland – SECTOR is a Greenhouse Gas (GHG) Calculator for cropland based on the IPCC Tier 2 approach. This tool is presently available in Excel and a web-based version and requires inputs from the user on cropping area, yield, and management practices. SECTOR has been developed in response to increasing interest in mitigation studies in cropland, in particular rice production.
Applicable for: GHG inventories in rice, GHG mitigation projects, and evaluation of GHG field experiments
The newly developed tool for calculating C-Footprints of rice products (CF-Rice) aims at streamlining information exchange on C-Footprints of rice products among research, policy makers, food industry and consumers.
Applicable for: GHG inventories in rice, GHG mitigation projects, and evaluation of GHG field experiments
The Digital Information System for Rice Product Labeling of Carbon-Footprints based on Yield Recovery (DISPLAY) has been developed to provide a user-friendly method to estimate the carbon footprint of rice across the entire value chain that allows for flexibility and user input.
Applicable for: GHG inventories in rice, GHG mitigation projects, and evaluation of GHG field experiments
MapAWD is a Microsoft® Excel-based tool developed to evaluate the bio-physical suitability of the AWD water-saving technique. In this method, a spatially explicit water balance model is used to analyze the climatically suitable area for AWD.
Applicable for: GHG mitigation projects, and evaluation of GHG field experiments
The Cost-Impact Analysis for Emission Reduction Projects (COMPARE) is a tool developed by UNIQUE Forestry and Land Use in conjunction with International Rice Research Institute. This tool is a Microsoft® Excel workbook with built-in formulas and functions that allow automatic calculation of Cost Benefit Analysis indicators and GHG emissions according to the user's defined inputs.
Applicable for: GHG mitigation projects
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