5 The Carbon Benefits project Detailed Assessment Eleanor Milne
This document introduces the Detailed Assessment tool in the Carbon Benefits Project system. The Detailed Assessment allows users to provide more specific information on project activities and emission factors compared to the Simple Assessment. Key points:
- The Detailed Assessment stratifies activities based on factors that most impact greenhouse gas emissions/carbon sequestration rates.
- Users can input project-specific emission factors rather than relying on defaults, requiring on-site measurements. This may result in different stratification of activity data than the Simple Assessment.
- The tool walks through how to use the Detailed Assessment for different land uses like annual cropland, forestland, grasslands, livestock, and how to estimate uncertainty. It provides sources
Challenges and Opportunities in Implementing Higher Tiers in the National GHG...ipcc-media
- Developing a national GHG inventory requires integrating data from different sources using methods that rely on data, assumptions, and models. Higher tier methods (Tier 3) use spatially-explicit models to track emissions at the unit level and better capture variations, estimate carbon flows between pools, and project emission scenarios.
- Indonesia has developed the Indonesian National Carbon Accounting System (INCAS) as a Tier 3 integrating tool to produce detailed annual estimates of emissions and removals to support policy and meet reporting needs. The system uses land cover change data and biophysical models within a transparent framework to facilitate verification.
- Higher tiers provide more accurate estimates and ability to analyze management impacts but require consideration of reporting needs
System for Land-Based Emissions Estimation in Kenyaipcc-media
SLEEK is Kenya's system for estimating land-based GHG emissions. It includes the Full Land Integration Tool (FLINT) engine and reporting tools to integrate local data with scientific models and IPCC guidelines. SLEEK is led by the Ministry of Environment and Forestry and involves over 15 government agencies and institutions organized into working groups. Kenya developed its own tier 3 FLINT model with international expert support to build national capacity and address uncertainties in previous land sector emissions calculations. Model outputs are verified through comparison with manual calculations and by confirming net flux balances.
The Climate Food and Farming (CLIFF) Research Network is an international research network that helps to expand young researchers' knowledge and experience working on climate change mitigation in smallholder farming. CLIFF provides grants for selected doctoral students to work with CGIAR researchers affiliated with the Standard Assessment of Mitigation Potential and Livelihoods in Smallholder Systems (SAMPLES) project.
This presentation is Use of Empirical Tools/Calculatrs to Quantify GHG Emission from Agricultural Systems by Tek B. Sapkota, a scientist with the International Maize and Wheat Improvement Center.
Tier 3 forest model development and application in UK GHG inventoriesipcc-media
This document discusses the development and application of forest carbon models in UK greenhouse gas inventories. It notes that the UK recognized early the important role of forests and developed the first analytical model of carbon sequestration and losses in forests in 1988. This model, eventually named CARBINE, and other similar models are now used to estimate how much carbon UK forests are storing. CARBINE is applied in GHG inventories to better represent detailed forest composition and management. The document outlines the components and assumptions of CARBINE, including relying on long-term forest data and yield tables to estimate carbon stock changes, and notes the importance of transparency in documentation.
Presented by Oswaldo Carrillo, CIFOR, at Online Workshop Capacity Building on the IPCC 2013 Wetlands Supplement, FREL Diagnostic and Uncertainty Analysis, April 15th, 2020
Data Mining applications in agribusiness and agricultureKaran Bhandari
This document discusses the use of data mining techniques in agribusiness startups. It provides an overview of data mining and its applications in agriculture, including examples like crop yield estimation, soil classification, and market basket analysis. A case study is presented on analyzing crop production data from India using multiple linear regression and density-based clustering techniques. Major agribusiness startups that employ data mining like Cropin are also profiled, outlining their services in areas such as farm management, inventory control, and weather-based advisories.
Fao modelling system for agricultural impacts of climate changeMaroi Tsouli Fathi
The MOSAICC (MOdelling System for Agricultural Impacts of Climate Change) system uses an integrated modelling approach to assess the impacts of climate change on agriculture. It includes models for climate, hydrology, crops, forestry, and economic impacts. Climate models are downscaled and bias-corrected to provide climate projections at a high resolution. Hydrology, crop, forestry, and economic models use climate data to project changes in water availability, crop yields, forestry outputs, and economic indicators. Results are made available through a web portal to support climate change impact assessment and adaptation planning.
5 The Carbon Benefits project Detailed Assessment Eleanor Milne
This document introduces the Detailed Assessment tool in the Carbon Benefits Project system. The Detailed Assessment allows users to provide more specific information on project activities and emission factors compared to the Simple Assessment. Key points:
- The Detailed Assessment stratifies activities based on factors that most impact greenhouse gas emissions/carbon sequestration rates.
- Users can input project-specific emission factors rather than relying on defaults, requiring on-site measurements. This may result in different stratification of activity data than the Simple Assessment.
- The tool walks through how to use the Detailed Assessment for different land uses like annual cropland, forestland, grasslands, livestock, and how to estimate uncertainty. It provides sources
Challenges and Opportunities in Implementing Higher Tiers in the National GHG...ipcc-media
- Developing a national GHG inventory requires integrating data from different sources using methods that rely on data, assumptions, and models. Higher tier methods (Tier 3) use spatially-explicit models to track emissions at the unit level and better capture variations, estimate carbon flows between pools, and project emission scenarios.
- Indonesia has developed the Indonesian National Carbon Accounting System (INCAS) as a Tier 3 integrating tool to produce detailed annual estimates of emissions and removals to support policy and meet reporting needs. The system uses land cover change data and biophysical models within a transparent framework to facilitate verification.
- Higher tiers provide more accurate estimates and ability to analyze management impacts but require consideration of reporting needs
System for Land-Based Emissions Estimation in Kenyaipcc-media
SLEEK is Kenya's system for estimating land-based GHG emissions. It includes the Full Land Integration Tool (FLINT) engine and reporting tools to integrate local data with scientific models and IPCC guidelines. SLEEK is led by the Ministry of Environment and Forestry and involves over 15 government agencies and institutions organized into working groups. Kenya developed its own tier 3 FLINT model with international expert support to build national capacity and address uncertainties in previous land sector emissions calculations. Model outputs are verified through comparison with manual calculations and by confirming net flux balances.
The Climate Food and Farming (CLIFF) Research Network is an international research network that helps to expand young researchers' knowledge and experience working on climate change mitigation in smallholder farming. CLIFF provides grants for selected doctoral students to work with CGIAR researchers affiliated with the Standard Assessment of Mitigation Potential and Livelihoods in Smallholder Systems (SAMPLES) project.
This presentation is Use of Empirical Tools/Calculatrs to Quantify GHG Emission from Agricultural Systems by Tek B. Sapkota, a scientist with the International Maize and Wheat Improvement Center.
Tier 3 forest model development and application in UK GHG inventoriesipcc-media
This document discusses the development and application of forest carbon models in UK greenhouse gas inventories. It notes that the UK recognized early the important role of forests and developed the first analytical model of carbon sequestration and losses in forests in 1988. This model, eventually named CARBINE, and other similar models are now used to estimate how much carbon UK forests are storing. CARBINE is applied in GHG inventories to better represent detailed forest composition and management. The document outlines the components and assumptions of CARBINE, including relying on long-term forest data and yield tables to estimate carbon stock changes, and notes the importance of transparency in documentation.
Presented by Oswaldo Carrillo, CIFOR, at Online Workshop Capacity Building on the IPCC 2013 Wetlands Supplement, FREL Diagnostic and Uncertainty Analysis, April 15th, 2020
Data Mining applications in agribusiness and agricultureKaran Bhandari
This document discusses the use of data mining techniques in agribusiness startups. It provides an overview of data mining and its applications in agriculture, including examples like crop yield estimation, soil classification, and market basket analysis. A case study is presented on analyzing crop production data from India using multiple linear regression and density-based clustering techniques. Major agribusiness startups that employ data mining like Cropin are also profiled, outlining their services in areas such as farm management, inventory control, and weather-based advisories.
Fao modelling system for agricultural impacts of climate changeMaroi Tsouli Fathi
The MOSAICC (MOdelling System for Agricultural Impacts of Climate Change) system uses an integrated modelling approach to assess the impacts of climate change on agriculture. It includes models for climate, hydrology, crops, forestry, and economic impacts. Climate models are downscaled and bias-corrected to provide climate projections at a high resolution. Hydrology, crop, forestry, and economic models use climate data to project changes in water availability, crop yields, forestry outputs, and economic indicators. Results are made available through a web portal to support climate change impact assessment and adaptation planning.
Opportunities for impact evaluation in the NAP processFAO
This document discusses how impact evaluation techniques can help countries in their National Adaptation Plan (NAP) processes in two key ways:
1) Estimating the economic impacts of climate change on agriculture using the Ricardian technique, which relates farm profits to climate data to quantify damage from climate change and help identify potential adaptations.
2) Estimating the impacts of specific adaptation options using experimental and quasi-experimental techniques to scientifically test which options are effective, informing the selection and improvement of adaptations.
Technical expertise is needed to apply these impact evaluation methods, which can address several elements of the NAP process, including assessing vulnerabilities, reviewing adaptations, prioritizing strategies, and monitoring progress.
Tableau Dashboarding of Energy Consumption SingaporeAshok Eapen
This document summarizes a project analyzing household energy consumption in Singapore. It includes two datasets on monthly energy consumption and population. The data was cleaned and fields like per capita consumption and year-over-year changes were calculated. Key performance indicators include area-wise consumption, overall averages, consumption ranges, and top locations. The proposed dashboard would allow users to analyze trends in electricity and gas consumption by dwelling type, region, and year to help reduce energy use. It would have interactive graphs, maps, and rankings that update based on user selections.
Cost-benefit analysis for climate change adaptation policies in agricultureFAO
This document discusses benefit-cost analysis (BCA) for climate change adaptation policies in agriculture. It explains that BCA is an ex-ante methodology used to efficiently allocate scarce resources by identifying solutions that minimize costs or maximize benefits. The document outlines the basic steps of a BCA, which include specifying alternative projects, identifying impacted groups, quantifying and monetizing impacts over time, discounting values, and calculating net present values. It provides an example of applying BCA to the "Enhancing the Resilience of Agro-ecological Systems" project in Malawi, finding an internal rate of return of 27.5% and a positive net present value.
This document describes a tool to evaluate the costs and benefits of conservation scenarios using the Agricultural Conservation Planning Framework (ACPF). The tool quantifies direct costs, such as installation and maintenance, and opportunity costs of best management practices (BMPs) using geospatial and hydrologic models. For a case study in central Iowa, conservation scenarios were analyzed. Direct and opportunity costs, such as forgone crop revenues, were estimated to be $3.19 million annually for a scenario involving cover crops, wetlands, and saturated buffers on over 45,000 acres. The tool aims to identify high-benefit, low-cost BMP placements and support conservation planning.
BEST: Dynamic simulation tools for evaluation of biomass supply systems. Olli...CLIC Innovation Ltd
This document summarizes a seminar on using dynamic simulation tools to model biomass supply systems. Biomass procurement involves an ecological environment with seasonality, randomness, and unpredictability. Simulation tools can evaluate existing and new biomass logistics systems over time to account for these factors. The presentation describes using simulation to model a feed-in terminal over one year and a case study in Poland. Other applications include modeling imported biomass deliveries and information management. Simulation allows analyzing logistics solutions while accounting for temporal aspects like seasonality in a cost-effective way compared to real-world testing. Future work may include assessing sustainability metrics during simulations.
This document discusses activity-based costing (ABC), comparing it to traditional costing methods. ABC traces resource consumption and costs final outputs based on activity and cost drivers. Traditional methods attribute overhead costs ambiguously based on proxies. ABC is more appropriate when overhead costs are high, product diversity is great, and overhead consumption is not primarily volume-driven. The basic ABC process identifies activities, activity costs, cost drivers, calculates driver rates, and applies them to products. Benefits of ABC include more accurate product costs, but it also has implementation challenges.
This document provides information about the 2014 LOOP labelling scheme and third-party verification process. It outlines the eligibility requirements, timeline, preparation steps, on-site assessment process, and post-assessment activities. It also highlights results from the 2013 LOOP report and opportunities for mutual recognition and credit transfer with other socio-environmental award schemes.
The document describes a compendium of a drought management project in Central and Eastern Europe. The compendium will contain summaries of the project's activities and their outputs. It will have six chapters organized by theme, such as drought monitoring and forecasting, and measures to reduce drought impacts. Each activity summary will describe the activity's objective, methodology, outputs, and its contribution to drought management. The compendium aims to showcase the project's work in order to help others facing drought challenges in the region.
This introduction to the kick-off meeting on "Piloting and scaling of low emission development options in large scale dairy farms in China" was presented on September 28th, 2020, by Jelle Zijlstra (WUR) and Hongmin Dong (CAAS).
The document discusses Uganda's efforts to develop a National Greenhouse Gas Inventory System to estimate and report on its greenhouse gas emissions as required by the UNFCCC. Key points:
- Uganda is finalizing its National Inventory System with support from UNDP to estimate emissions by sector and meet its reporting obligations.
- The system will enhance Uganda's preparation of technical reports and commitments like its Nationally Determined Contribution.
- Further capacity building is needed, especially in developing country-specific emission factors, improving data collection methods, and establishing a center of excellence for greenhouse gas inventories.
Internal Audit Checklist Process Production Category Utilities water power an...Siddharth KADAKIA
This internal audit checklist provides guidance to audit utilities including water, power, and electricity usage at a production facility. It includes steps to check for penalties on electricity bills, ensure electricity and water consumption does not exceed contracted limits, properly account for costs associated with captive power plants, review agreements with electricity providers, and check resource usage and pollution ratios against established norms. The objective is to identify opportunities to reduce costs, avoid penalties, and optimize resource utilization.
The National Commodity Crop Productivity Index (NCCPI) uses soil and climate data from the SSURGO database to assess the relative inherent productivity of soils for commodity crops across the United States. It addresses the need for a consistent nationwide measure of soil productivity. The NCCPI considers various physical, chemical, and landscape characteristics that influence crop yields. It provides soil productivity ratings that can help government agencies, land owners, and others evaluate land and make management decisions. Future refinements include additional crop models and incorporating effects of climate change on soil properties.
This document summarizes a forest demonstration project assessing drought impacts on forests in Bulgaria, Slovenia, Lithuania, and Ukraine. The project mapped temperature, precipitation, and forest vulnerability zones under current and future climate scenarios. It determined forest area and tree species distribution across vulnerability zones. The project identified adaptation measures to mitigate drought impacts in each country. It established a methodology to assess drought impacts on forests using climate projections and indicators that was applied in the four countries.
This document discusses unit or output costing. Unit or output costing is used when standard, identical products are mass produced through a common process. It is also known as single costing. The key characteristics are uniform, homogeneous production of identical products where the cost unit is a physical measure like per ton or meter. The objectives include determining total, unit, and element costs to compare costs over time, set prices, and tender prices. Cost elements include materials, labor, direct expenses, and overheads. Common methods to determine unit costs are cost sheets, statements of cost, and production accounts.
Proper management of a corporate air quality requires an understanding of air pollutants dynamic behavior and emission sources in both corporate and community levels. This work aims to identify the releases of air contaminants by the City of Edmonton’s corporate activities (as an example) and recommend a systematic means of monitoring and tracking corporate air pollution releases and reduction strategies over time.
National Adaptation Plans Thailand - Decision Making ContextUNDP Climate
So far, two UNDP-hosted workshops (June and October 2017) – attended by over 70 officials from departments under MoAC – have focused on prioritization for adaptation planning, using multi-criteria analysis (MCA); and developing a preliminary screening system for ranking and fine-tuning ongoing climate-sensitive projects and programmes.
The workshop in June focused on providing an overview of MCA as a tool to priority actions. Participants gained a better appreciation of the process and key steps involved, as well as its strengths and limitations in the context of climate adaptation planning. Feedback and key insights were also gained by MOAC on how MCA could be used in the context of implementing Thailand’s new sectoral climate change strategy (ACCSP).
In a follow-up workshop in October, participants learned the key steps to apply tools and methods in the context of their work.
After identifying key areas from the revised five-year Agricultural Climate Change Strategic Plan 2017-2021, MoAC’s is enhancing its capacity with the support of the NAP-Ag programme to to prioritize these activities, which will be funded under the Ministry’s annual budgetary cycle and put forward to international climate funds.
This document discusses tracking climate-related expenditures in the EU budget. It outlines different approaches used, including applying climate markers at the project, program, or sub-program level. It also notes challenges like inconsistent definitions, lack of separate tracking for adaptation and mitigation, and reliance only on ex ante estimates. The document analyzes methodologies used in specific programs and funds, and discusses issues like varying levels of detail, consistency across approaches, and potential behavioral impacts of different tracking systems. It concludes by noting risks of both over-estimating and under-estimating climate contributions from the budget.
This document outlines the outcomes and activities of Kenya's Low Emission and Climate Resilient Development Project. The project aimed to [1] strengthen national climate change coordination, [2] enhance access to clean energy, [3] establish a national greenhouse gas inventory system, [4] improve climate change decision-making tools, and [5] build climate change capacity and resilience. It identifies gaps in Kenya's existing greenhouse gas inventory system and lists actions needed to establish an operational national inventory system, such as developing standardized data collection processes and country-specific emission factors.
This document discusses tools to help textile and clothing companies reduce their energy consumption and costs. It introduces the Energy Saving Scheme (ESS) which includes three Excel-based tools: the Energy Distribution Support Tool (EDST), Energy Management and Benchmark Tool (EMBT), and Self Assessment Tool (SAT). The ESS tools allow companies to analyze their energy usage, compare performance to benchmarks, identify savings opportunities, and evaluate potential investments in energy efficiency improvements. Examples are provided to illustrate how different textile companies can utilize the tools to assess their energy consumption and costs.
Expert workshop on Improving activity data for Tier 2 estimates of livestock emissions: Dealing with data gaps
July 17-18, 2018
Collection of practices
PEG M&E tool: a tool for monitoring and reviewing Progress, Effectiveness & G...Tariq A. Deen
The session will provide details on: the tool developed by the LEG for monitoring and evaluating progress, effectiveness and gaps (PEG M&E tool) and its application in the process to formulate and implement NAPs; and the best practices for developing monitoring and evaluation (M&E) systems for adaptation at the national level. It will also look at the experiences of countries in developing and applying M&E systems at their national levels.
Opportunities for impact evaluation in the NAP processFAO
This document discusses how impact evaluation techniques can help countries in their National Adaptation Plan (NAP) processes in two key ways:
1) Estimating the economic impacts of climate change on agriculture using the Ricardian technique, which relates farm profits to climate data to quantify damage from climate change and help identify potential adaptations.
2) Estimating the impacts of specific adaptation options using experimental and quasi-experimental techniques to scientifically test which options are effective, informing the selection and improvement of adaptations.
Technical expertise is needed to apply these impact evaluation methods, which can address several elements of the NAP process, including assessing vulnerabilities, reviewing adaptations, prioritizing strategies, and monitoring progress.
Tableau Dashboarding of Energy Consumption SingaporeAshok Eapen
This document summarizes a project analyzing household energy consumption in Singapore. It includes two datasets on monthly energy consumption and population. The data was cleaned and fields like per capita consumption and year-over-year changes were calculated. Key performance indicators include area-wise consumption, overall averages, consumption ranges, and top locations. The proposed dashboard would allow users to analyze trends in electricity and gas consumption by dwelling type, region, and year to help reduce energy use. It would have interactive graphs, maps, and rankings that update based on user selections.
Cost-benefit analysis for climate change adaptation policies in agricultureFAO
This document discusses benefit-cost analysis (BCA) for climate change adaptation policies in agriculture. It explains that BCA is an ex-ante methodology used to efficiently allocate scarce resources by identifying solutions that minimize costs or maximize benefits. The document outlines the basic steps of a BCA, which include specifying alternative projects, identifying impacted groups, quantifying and monetizing impacts over time, discounting values, and calculating net present values. It provides an example of applying BCA to the "Enhancing the Resilience of Agro-ecological Systems" project in Malawi, finding an internal rate of return of 27.5% and a positive net present value.
This document describes a tool to evaluate the costs and benefits of conservation scenarios using the Agricultural Conservation Planning Framework (ACPF). The tool quantifies direct costs, such as installation and maintenance, and opportunity costs of best management practices (BMPs) using geospatial and hydrologic models. For a case study in central Iowa, conservation scenarios were analyzed. Direct and opportunity costs, such as forgone crop revenues, were estimated to be $3.19 million annually for a scenario involving cover crops, wetlands, and saturated buffers on over 45,000 acres. The tool aims to identify high-benefit, low-cost BMP placements and support conservation planning.
BEST: Dynamic simulation tools for evaluation of biomass supply systems. Olli...CLIC Innovation Ltd
This document summarizes a seminar on using dynamic simulation tools to model biomass supply systems. Biomass procurement involves an ecological environment with seasonality, randomness, and unpredictability. Simulation tools can evaluate existing and new biomass logistics systems over time to account for these factors. The presentation describes using simulation to model a feed-in terminal over one year and a case study in Poland. Other applications include modeling imported biomass deliveries and information management. Simulation allows analyzing logistics solutions while accounting for temporal aspects like seasonality in a cost-effective way compared to real-world testing. Future work may include assessing sustainability metrics during simulations.
This document discusses activity-based costing (ABC), comparing it to traditional costing methods. ABC traces resource consumption and costs final outputs based on activity and cost drivers. Traditional methods attribute overhead costs ambiguously based on proxies. ABC is more appropriate when overhead costs are high, product diversity is great, and overhead consumption is not primarily volume-driven. The basic ABC process identifies activities, activity costs, cost drivers, calculates driver rates, and applies them to products. Benefits of ABC include more accurate product costs, but it also has implementation challenges.
This document provides information about the 2014 LOOP labelling scheme and third-party verification process. It outlines the eligibility requirements, timeline, preparation steps, on-site assessment process, and post-assessment activities. It also highlights results from the 2013 LOOP report and opportunities for mutual recognition and credit transfer with other socio-environmental award schemes.
The document describes a compendium of a drought management project in Central and Eastern Europe. The compendium will contain summaries of the project's activities and their outputs. It will have six chapters organized by theme, such as drought monitoring and forecasting, and measures to reduce drought impacts. Each activity summary will describe the activity's objective, methodology, outputs, and its contribution to drought management. The compendium aims to showcase the project's work in order to help others facing drought challenges in the region.
This introduction to the kick-off meeting on "Piloting and scaling of low emission development options in large scale dairy farms in China" was presented on September 28th, 2020, by Jelle Zijlstra (WUR) and Hongmin Dong (CAAS).
The document discusses Uganda's efforts to develop a National Greenhouse Gas Inventory System to estimate and report on its greenhouse gas emissions as required by the UNFCCC. Key points:
- Uganda is finalizing its National Inventory System with support from UNDP to estimate emissions by sector and meet its reporting obligations.
- The system will enhance Uganda's preparation of technical reports and commitments like its Nationally Determined Contribution.
- Further capacity building is needed, especially in developing country-specific emission factors, improving data collection methods, and establishing a center of excellence for greenhouse gas inventories.
Internal Audit Checklist Process Production Category Utilities water power an...Siddharth KADAKIA
This internal audit checklist provides guidance to audit utilities including water, power, and electricity usage at a production facility. It includes steps to check for penalties on electricity bills, ensure electricity and water consumption does not exceed contracted limits, properly account for costs associated with captive power plants, review agreements with electricity providers, and check resource usage and pollution ratios against established norms. The objective is to identify opportunities to reduce costs, avoid penalties, and optimize resource utilization.
The National Commodity Crop Productivity Index (NCCPI) uses soil and climate data from the SSURGO database to assess the relative inherent productivity of soils for commodity crops across the United States. It addresses the need for a consistent nationwide measure of soil productivity. The NCCPI considers various physical, chemical, and landscape characteristics that influence crop yields. It provides soil productivity ratings that can help government agencies, land owners, and others evaluate land and make management decisions. Future refinements include additional crop models and incorporating effects of climate change on soil properties.
This document summarizes a forest demonstration project assessing drought impacts on forests in Bulgaria, Slovenia, Lithuania, and Ukraine. The project mapped temperature, precipitation, and forest vulnerability zones under current and future climate scenarios. It determined forest area and tree species distribution across vulnerability zones. The project identified adaptation measures to mitigate drought impacts in each country. It established a methodology to assess drought impacts on forests using climate projections and indicators that was applied in the four countries.
This document discusses unit or output costing. Unit or output costing is used when standard, identical products are mass produced through a common process. It is also known as single costing. The key characteristics are uniform, homogeneous production of identical products where the cost unit is a physical measure like per ton or meter. The objectives include determining total, unit, and element costs to compare costs over time, set prices, and tender prices. Cost elements include materials, labor, direct expenses, and overheads. Common methods to determine unit costs are cost sheets, statements of cost, and production accounts.
Proper management of a corporate air quality requires an understanding of air pollutants dynamic behavior and emission sources in both corporate and community levels. This work aims to identify the releases of air contaminants by the City of Edmonton’s corporate activities (as an example) and recommend a systematic means of monitoring and tracking corporate air pollution releases and reduction strategies over time.
National Adaptation Plans Thailand - Decision Making ContextUNDP Climate
So far, two UNDP-hosted workshops (June and October 2017) – attended by over 70 officials from departments under MoAC – have focused on prioritization for adaptation planning, using multi-criteria analysis (MCA); and developing a preliminary screening system for ranking and fine-tuning ongoing climate-sensitive projects and programmes.
The workshop in June focused on providing an overview of MCA as a tool to priority actions. Participants gained a better appreciation of the process and key steps involved, as well as its strengths and limitations in the context of climate adaptation planning. Feedback and key insights were also gained by MOAC on how MCA could be used in the context of implementing Thailand’s new sectoral climate change strategy (ACCSP).
In a follow-up workshop in October, participants learned the key steps to apply tools and methods in the context of their work.
After identifying key areas from the revised five-year Agricultural Climate Change Strategic Plan 2017-2021, MoAC’s is enhancing its capacity with the support of the NAP-Ag programme to to prioritize these activities, which will be funded under the Ministry’s annual budgetary cycle and put forward to international climate funds.
This document discusses tracking climate-related expenditures in the EU budget. It outlines different approaches used, including applying climate markers at the project, program, or sub-program level. It also notes challenges like inconsistent definitions, lack of separate tracking for adaptation and mitigation, and reliance only on ex ante estimates. The document analyzes methodologies used in specific programs and funds, and discusses issues like varying levels of detail, consistency across approaches, and potential behavioral impacts of different tracking systems. It concludes by noting risks of both over-estimating and under-estimating climate contributions from the budget.
This document outlines the outcomes and activities of Kenya's Low Emission and Climate Resilient Development Project. The project aimed to [1] strengthen national climate change coordination, [2] enhance access to clean energy, [3] establish a national greenhouse gas inventory system, [4] improve climate change decision-making tools, and [5] build climate change capacity and resilience. It identifies gaps in Kenya's existing greenhouse gas inventory system and lists actions needed to establish an operational national inventory system, such as developing standardized data collection processes and country-specific emission factors.
This document discusses tools to help textile and clothing companies reduce their energy consumption and costs. It introduces the Energy Saving Scheme (ESS) which includes three Excel-based tools: the Energy Distribution Support Tool (EDST), Energy Management and Benchmark Tool (EMBT), and Self Assessment Tool (SAT). The ESS tools allow companies to analyze their energy usage, compare performance to benchmarks, identify savings opportunities, and evaluate potential investments in energy efficiency improvements. Examples are provided to illustrate how different textile companies can utilize the tools to assess their energy consumption and costs.
Expert workshop on Improving activity data for Tier 2 estimates of livestock emissions: Dealing with data gaps
July 17-18, 2018
Collection of practices
PEG M&E tool: a tool for monitoring and reviewing Progress, Effectiveness & G...Tariq A. Deen
The session will provide details on: the tool developed by the LEG for monitoring and evaluating progress, effectiveness and gaps (PEG M&E tool) and its application in the process to formulate and implement NAPs; and the best practices for developing monitoring and evaluation (M&E) systems for adaptation at the national level. It will also look at the experiences of countries in developing and applying M&E systems at their national levels.
PEG M&E tool: a tool for monitoring and reviewing Progress, Effectiveness & ...NAP Events
Presented by: Thinley Namgyel
8.3 Monitoring and evaluation
The session will provide details on: the tool developed by the LEG for monitoring and evaluating progress, effectiveness and gaps (PEG M&E tool) and its application in the process to formulate and implement NAPs; and the best practices for developing monitoring and evaluation (M&E) systems for adaptation at the national level. It will also look at the experiences of countries in developing and applying M&E systems at their national levels.
The document summarizes the experiences from Japan's PRTR pilot project conducted from 1997-2001. It describes stakeholder engagement with PRTR reporting during the pilot period. It provides details on the project's preparations, including the roles of various working groups. It then outlines the reporting format used, trends in reporting facilities and coverage over time, and developments to the framework. The document also discusses main issues identified during the pilot project and achievements, as well as remaining issues for the government.
This document summarizes the development of a decision support tool to assess response options to tree pests in the UK. Key points:
- The tool was developed in collaboration with stakeholders to provide a generic, transparent, and easily accessible framework for comparing the costs and benefits of eradication, containment, and learning to live with tree pests.
- It incorporates a prevalence model to estimate initial pest levels and an epidemiological model to project pest spread over time. It also allows users to input values for environmental and economic impacts.
- The outputs include the probability that response costs are less than benefits under different control scenarios and levels of uncertainty. However, the tool has limitations and opportunities for future development.
This document outlines the agenda and content for a webinar on the first and final steps in writing Horizon Europe proposals. The webinar will cover filling out key sections of Part A such as participants, budget, and ethics questions. It will also review important elements for writing proposals such as describing the consortium, work plan, and impact pathways. The speaker's contact information is provided at the end for attendees to follow up.
The document discusses the need for a socio-economic module (SEM) in the Carbon Benefits Project (CBP) to standardize the assessment of socio-economic impacts and carbon benefits of GEF projects. The SEM would develop tools to quantify carbon stocks and greenhouse gas emissions, monitor changes, and assess socio-economic benefits. It would include testing the methodology on existing GEF projects, building capacity, and designing accessible tools and guidance for project managers. The overall goal is for the SEM to help the GEF rigorously demonstrate the global environment and socio-economic benefits of its investments.
Methodological reflections and the practice of evaluation, main outputs of th...Global Risk Forum GRFDavos
The document discusses using the internal rate of return (IRR) to evaluate projects that combat desertification.
IRR measures the average annual profit generated by a project discounted over its lifetime. It can be used ex ante to evaluate investment decisions or ex post to advocate for projects. However, IRR has limitations when applied to environmental projects due to uncertainties around long-term benefits and costs. Sensitivity analysis is needed to account for variability. IRR may prioritize quick-return projects over long-term actions. Overall, IRR provides limited insight and should be supplemented with other evaluation methods that consider broader externalities and impacts.
This document presents a monitoring and evaluation (M&E) tool called the PEG M&E tool for assessing progress, effectiveness, and gaps in national adaptation plan (NAP) processes. The tool was designed to monitor the overall NAP process using metrics related to process, input, output, outcome, and impact. It is based on the ten essential functions of NAP processes as defined by the Least Developed Countries Expert Group. The document provides an overview of the tool and its principles, as well as examples of metrics that could be used to evaluate specific essential functions of a country's NAP process. Participants at the workshop were then asked to apply elements of the tool to evaluate the NAP process of a selected
The document discusses participatory performance monitoring systems (PPMS) for evaluating Andhra Pradesh State Irrigation Development Corporation's (APSIDC) lift irrigation schemes. It outlines the methodology, indicators, and tools that would be used for comprehensive PPMS covering all schemes. Key aspects of monitoring include goal and program assessment, secondary data analysis, learning from past studies, and sample studies of existing schemes. The outcomes of implementing social engineering programs for scheme management are also summarized.
The document summarizes a UNCCD Science Conference session on a new carbon tracking tool called the Carbon Benefits Project (CBP). The CBP provides online, free and user-friendly tools to estimate the carbon benefits of sustainable land management projects. It was tested on a case study in Mato Grosso State, Brazil where the detailed assessment tool estimated carbon benefits of 11.4 million tons of CO2e with lower uncertainty compared to 17.6 million tons from the simple assessment. The CBP aims to standardize carbon reporting for projects seeking carbon finance.
Methods and tools for adaptation appraisal in agriculture and assessing crop ...NAP Events
Presented by: Claudius Caezar Gabinete
3.1 Technical guidance on NAPs
The session will take the participants through the technical guidance for NAPs, including: NAP guidelines, guiding principles for adaptation under the Convention, and subsequent products developed by the LEG such as the sample NAP process. It will further look detailed aspects on undertaking assessments by going through best available methods and tools for assessing for assessing crop production as an example. Countries will further provide practical experiences in applying the guidance in the formulation of their NAPs.
This document outlines the monitoring and evaluation plan for a climate change project. It discusses the purpose and activities of M&E, who is responsible, and how results will be reported. The M&E will have three levels - regional, national, and field/city project level. It will include evaluation questionnaires, a tool to assess national progress over time, and indicators for each national project. All experts and national entities will implement M&E under the guidance of an M&E expert. Results will inform adaptation/mitigation options and help stakeholders make climate-related decisions. Lessons learned will also be reported.
A series of modules on project cycle, planning and the logical framework, aimed at team leaders of international NGOs in developing countries.
Part 7 of 11.
There are two handouts to go with this module, Population Indicators, and a Logframe with blanks. http://www.slideshare.net/Makewa/population-indicators-handout and http://www.slideshare.net/Makewa/exercise-watsan-logframe-with-blanks
Horizon 2020 rules outline funding rates and eligibility criteria for different types of actions in 2017. The evaluation process is designed to be fair, impartial and efficient, taking around 5 months. Proposals are evaluated based on excellence, impact, and quality of implementation against weighted criteria. Successful proposals clearly address the call topics, have measurable objectives, and convincingly demonstrate how impacts will be achieved and work implemented.
Sida LEAP Training Lectures #1 and #2: Introduction to LEAPweADAPT
Eight lectures were delivered in 2021 as a series of webinars organized by SEI, with support from the Swedish International Development Cooperation agency (Sida). Delivered by Jason Veysey and Charlotte Wagner of SEI.
This presentation is for lectures #1 and #2: An introduction to LEAP, including its key features, history, structure, user interface, and terminology, and modelling energy demand with LEAP, including definitions, concepts, and methods.
Find out more about this course here: https://www.weadapt.org/knowledge-base/synergies-between-adaptation-and-mitigation/introductory-low-emissions-analysis-platform-leap-training-course-2021
Similar to 1 overview of the cbp tools and data requirements (20)
El documento describe un marco llamado DPSIR (Controladores-Presiones-Estado-Impactos-Respuestas) para analizar factores socioeconómicos que afectan proyectos de beneficios de carbono. El marco examina cómo las fuerzas impulsoras como la pobreza y las prácticas tradicionales ejercen presión y afectan el estado del carbono a través de presiones como el pastoreo y la labranza, lo que tiene impactos tanto positivos como negativos. El marco también considera posibles respuestas para abordar las causas fundament
El documento describe el Componente Socio-Económico del Proyecto de Beneficios del Carbono, el cual analiza las interacciones entre los seres humanos y el carbono biofísico, y busca comprender la racionalidad económica de los usuarios de la tierra para identificar compensaciones que hagan sostenibles los beneficios del carbono a largo plazo. Se introduce el Análisis de Costo-Beneficio como una herramienta para evaluar si las prácticas de manejo de la tierra son rentables para los usuarios y ayudar en
11 e fand-scfactorshowtouseintheda-spanishEleanor Milne
Este documento describe los principios y métodos para estimar las tasas de emisión de gases de efecto invernadero y los cambios en los almacenes de carbono mediante el uso de factores de emisión. Explica que la tasa de emisiones se calcula multiplicando la actividad por el factor de emisión correspondiente. También cubre temas como la estratificación de actividades, la recopilación de datos, y los enfoques para la evaluación simple y detallada, incluida la medición de factores específicos del proyecto.
El documento describe la herramienta de Evaluación Detallada para proyectos de beneficios de carbono. La Evaluación Detallada permite descripciones más específicas de sistemas de cultivo, rendimientos de cultivos, manejo de pastizales y el uso de factores de emisión específicos del proyecto, en comparación con la Evaluación Simple. La herramienta guía a los usuarios a través de páginas para ingresar detalles sobre cultivos anuales, tierras forestales, praderas, asentamientos y ganado. Esto
This document discusses Session 10 of a training event held in Quito, Ecuador in March 2017. The session focused on Carbon Benefits Project reports. The Carbon Benefits Project aims to quantify the carbon storage and greenhouse gas reductions from improved land management.
Este documento describe la herramienta de Evaluación Simple del Proyecto Beneficios del Carbono. La Evaluación Simple proporciona una forma rápida y sencilla de estimar los beneficios de carbono de proyectos sin recursos extensivos para monitoreo. Explica que la herramienta contiene módulos para estimar beneficios de carbono en bosques, cultivos, pastizales, asentamientos humanos, sistemas agroforestales y ganadería. También incluye datos predeterminados y guías paso a paso para cada sector.
7 describing your project spatially spanishEleanor Milne
Este documento describe cómo usar el Módulo de Descripción de Proyectos para ingresar información espacial sobre las áreas de actividad de un proyecto, incluidos polígonos, puntos y archivos GIS. Explica cómo definir términos como áreas de actividad del proyecto y grupos, y cómo crear, manipular y eliminar polígonos y puntos. También cubre cómo cargar puntos usando coordenadas de latitud y longitud o archivos GIS propios.
Este documento describe cómo configurar una cuenta e iniciar sesión en el Módulo de Información del Proyecto para el proyecto "Beneficios del Carbono: Modelación, Medición y Seguimiento". Explica cómo agregar un nuevo proyecto después de iniciar sesión.
Este documento describe los métodos para recolectar datos de actividades necesarios para realizar evaluaciones simples y detalladas de carbono. Se discuten tres métodos para recolectar datos de actividades: sensores remotos, estadísticas e informes gubernamentales, y evaluaciones rurales participativas. También se explican los pasos para desarrollar escenarios base y de proyecto, así como los plazos para recolectar datos.
3 data requirementsforthecbp system spanishEleanor Milne
El documento presenta los requisitos de datos necesarios para modelar los beneficios de carbono y gases de efecto invernadero de proyectos en el Proyecto Beneficios del Carbono. Explica los datos detallados requeridos sobre el uso actual de la tierra, actividades agrícolas y forestales, así como los cambios propuestos en el manejo de la tierra que serán implementados como parte del proyecto. Además, define términos clave como beneficios de carbono, flujo de gases de efecto invernadero, y presenta las unidades utiliz
El documento describe el Proyecto Beneficios del Carbono (PBC), un sistema en línea que proporciona herramientas para estimar, rastrear y reportar cambios en las existencias de carbono y emisiones de gases de efecto invernadero resultantes de proyectos de manejo de tierras. El PBC consiste en módulos para describir proyectos, evaluaciones simples, detalladas y modelado dinámico, así como orientación. El objetivo del taller es familiarizar a los participantes con el sistema PBC y cómo pueden usar sus herramientas para mon
El documento resume los conceptos clave sobre el ciclo de gases de efecto invernadero, incluyendo las principales fuentes antropogénicas de dióxido de carbono, metano y óxido nitroso. Explica el papel del uso de la tierra en las emisiones globales de gases de efecto invernadero y cómo los cambios en el uso de la tierra han contribuido a aumentar las concentraciones atmosféricas. Finalmente, destaca el potencial de las prácticas agrícolas sostenibles para mitigar el cambio climático
Este documento describe las herramientas del Proyecto Beneficios del Carbono (PBC), el cual ayuda a proyectos de gestión de la tierra a estimar, rastrear y reportar cambios en las existencias de carbono y emisiones de gases de efecto invernadero. El PBC proporciona un sistema en línea y fácil de usar para generar informes estandarizados sobre los beneficios de carbono que resultan de proyectos de gestión de la tierra en comparación con un escenario base. El documento también describe talleres de capacitación realiz
6 Overview of a mixed landscape project for CBP Exercise 3 Eleanor Milne
This document provides an overview of a hypothetical soil and land management project in Western Kenya. The project aims to decrease soil erosion, reduce deforestation, and improve food security through practices like avoided deforestation, reforestation, and agroforestry. These practices are modeled in a baseline scenario and project scenario over 10 years to analyze their greenhouse gas impacts. The project location, initial land use breakdown, and scenarios are described.
4 Example for CBP Exercise 1 - An agroforestry projectEleanor Milne
This document summarizes an agroforestry project in Western Kenya. The project aims to decrease soil erosion, improve food security, and diversify the agricultural economy through introducing agroforestry practices. Specifically, the project will introduce avocado and banana trees intercropped with cereals and legumes on 190 hectares of land previously used for annual cropping. This is expected to sequester carbon through the trees and improved soils while also increasing crop yields, diversifying production, and improving water quality and soil health compared to the baseline scenario of continuing solely annual cropping. The project will analyze greenhouse gas impacts over 10 years by comparing emissions between the baseline and project scenarios, which includes introducing livestock that will graze crop residues.
This document discusses the Carbon Benefits Project's Simple Assessment tool. The Simple Assessment tool provides a simple way to estimate carbon stock changes and greenhouse gas impacts from land management projects using default data selected from drop-down menus. It is suitable for projects with limited resources for carbon monitoring and reporting, or for those developing initial project proposals. The tool can assess impacts from activities related to forestland, annual crops, grasslands, settlements, agroforestry, and livestock.
This document provides an overview of how to use the Project Description Module in CBP to spatially describe a project's activities. It explains how to enter, manage and delete project activity areas as polygons or points, upload activity areas from ESRI GIS files or lists of points, and view standard climate, soils, biomass and livestock data. The goal is to help users become familiar with spatially describing their project using the module's tools and functions.
Evolving Lifecycles with High Resolution Site Characterization (HRSC) and 3-D...Joshua Orris
The incorporation of a 3DCSM and completion of HRSC provided a tool for enhanced, data-driven, decisions to support a change in remediation closure strategies. Currently, an approved pilot study has been obtained to shut-down the remediation systems (ISCO, P&T) and conduct a hydraulic study under non-pumping conditions. A separate micro-biological bench scale treatability study was competed that yielded positive results for an emerging innovative technology. As a result, a field pilot study has commenced with results expected in nine-twelve months. With the results of the hydraulic study, field pilot studies and an updated risk assessment leading site monitoring optimization cost lifecycle savings upwards of $15MM towards an alternatively evolved best available technology remediation closure strategy.
Optimizing Post Remediation Groundwater Performance with Enhanced Microbiolog...Joshua Orris
Results of geophysics and pneumatic injection pilot tests during 2003 – 2007 yielded significant positive results for injection delivery design and contaminant mass treatment, resulting in permanent shut-down of an existing groundwater Pump & Treat system.
Accessible source areas were subsequently removed (2011) by soil excavation and treated with the placement of Emulsified Vegetable Oil EVO and zero-valent iron ZVI to accelerate treatment of impacted groundwater in overburden and weathered fractured bedrock. Post pilot test and post remediation groundwater monitoring has included analyses of CVOCs, organic fatty acids, dissolved gases and QuantArray® -Chlor to quantify key microorganisms (e.g., Dehalococcoides, Dehalobacter, etc.) and functional genes (e.g., vinyl chloride reductase, methane monooxygenase, etc.) to assess potential for reductive dechlorination and aerobic cometabolism of CVOCs.
In 2022, the first commercial application of MetaArray™ was performed at the site. MetaArray™ utilizes statistical analysis, such as principal component analysis and multivariate analysis to provide evidence that reductive dechlorination is active or even that it is slowing. This creates actionable data allowing users to save money by making important site management decisions earlier.
The results of the MetaArray™ analysis’ support vector machine (SVM) identified groundwater monitoring wells with a 80% confidence that were characterized as either Limited for Reductive Decholorination or had a High Reductive Reduction Dechlorination potential. The results of MetaArray™ will be used to further optimize the site’s post remediation monitoring program for monitored natural attenuation.
Kinetic studies on malachite green dye adsorption from aqueous solutions by A...Open Access Research Paper
Water polluted by dyestuffs compounds is a global threat to health and the environment; accordingly, we prepared a green novel sorbent chemical and Physical system from an algae, chitosan and chitosan nanoparticle and impregnated with algae with chitosan nanocomposite for the sorption of Malachite green dye from water. The algae with chitosan nanocomposite by a simple method and used as a recyclable and effective adsorbent for the removal of malachite green dye from aqueous solutions. Algae, chitosan, chitosan nanoparticle and algae with chitosan nanocomposite were characterized using different physicochemical methods. The functional groups and chemical compounds found in algae, chitosan, chitosan algae, chitosan nanoparticle, and chitosan nanoparticle with algae were identified using FTIR, SEM, and TGADTA/DTG techniques. The optimal adsorption conditions, different dosages, pH and Temperature the amount of algae with chitosan nanocomposite were determined. At optimized conditions and the batch equilibrium studies more than 99% of the dye was removed. The adsorption process data matched well kinetics showed that the reaction order for dye varied with pseudo-first order and pseudo-second order. Furthermore, the maximum adsorption capacity of the algae with chitosan nanocomposite toward malachite green dye reached as high as 15.5mg/g, respectively. Finally, multiple times reusing of algae with chitosan nanocomposite and removing dye from a real wastewater has made it a promising and attractive option for further practical applications.
Improving the viability of probiotics by encapsulation methods for developmen...Open Access Research Paper
The popularity of functional foods among scientists and common people has been increasing day by day. Awareness and modernization make the consumer think better regarding food and nutrition. Now a day’s individual knows very well about the relation between food consumption and disease prevalence. Humans have a diversity of microbes in the gut that together form the gut microflora. Probiotics are the health-promoting live microbial cells improve host health through gut and brain connection and fighting against harmful bacteria. Bifidobacterium and Lactobacillus are the two bacterial genera which are considered to be probiotic. These good bacteria are facing challenges of viability. There are so many factors such as sensitivity to heat, pH, acidity, osmotic effect, mechanical shear, chemical components, freezing and storage time as well which affects the viability of probiotics in the dairy food matrix as well as in the gut. Multiple efforts have been done in the past and ongoing in present for these beneficial microbial population stability until their destination in the gut. One of a useful technique known as microencapsulation makes the probiotic effective in the diversified conditions and maintain these microbe’s community to the optimum level for achieving targeted benefits. Dairy products are found to be an ideal vehicle for probiotic incorporation. It has been seen that the encapsulated microbial cells show higher viability than the free cells in different processing and storage conditions as well as against bile salts in the gut. They make the food functional when incorporated, without affecting the product sensory characteristics.
3. From 2006 IPCC Guidelines
Biomass C
Stock Changes
Non-CO2 GHG Emissions
from Burning
Soil C Stock
Changes
Soil N2O
Emissions
CH4 and N2O
from Manure
Rice Methane
Enteric Methane
4. The Carbon Benefits Project
To provides tools for GEF and other land
management projects to;
Estimate
Track
Report
C stock changes and GHG emissions (carbon
benefits) which result from land management
projects (in comparison to a baseline)
5. The Tools
Assessment Tools
Who are the tools aimed at?
-Managers and potential managers of GEF or other land management
projects
- Others at GEF implementing and executing agencies
-Anyone wanting to estimate the GHG impact of land management
activities
Who could the output be used by?
-GEF and other Program Officers wanting reports from multiple projects in
a standardized format
-Those wanting multiple reports from projects in different focal areas,
countries, project types, etc.
-Those deciding which projects to fund
6. Features of the CBP Tools
Online
User friendly
Can be used at any stage of a
project
Can be used for different types of
projects with different amounts of
data
Gives spatially explicit output
Gives a report in a standard
format
7. Impact of the project over the baseline
Initial Land Use
Baseline Scenario
Project Scenario
Project activities:
- Reduced grazing, protection of rangelands
- Reforestation/Afforestation
Carbon
Benefit
8. Central principle of C and GHG
accounting
Emissions rate = “Activity” ☓ “Emission factor”
9. Central principle of C and GHG
accounting
Emissions rate = “Activity” ☓ “Emission factor”
What is being done
E.g.
• Area being planted to trees
• Amount of fertilizer applied
• Number of dairy cattle
10. Central principle of C and GHG
accounting
Emissions rate = “Activity” ☓ “Emission factor”
What is being done
E.g.
• Area being planted to trees
• Amount of fertilizer applied
• Number of dairy cattle
Emission per unit of activity
E.g.
• Growth rate for 5-20 yr poplar
• N2O emission per unit N
applied
• Enteric CH4 emission for
lactating females
11. Reporting
Module
Project
Information
Module
Toolkit advisor Project Description
Module
Simple
Assessment
Detailed
Assessment
Dynamic
Modelling
Guidance Module
Assessment Tools
Socioeconomic Tools
Reporting
Module
Project
Information
Module
Toolkit advisor Project Description
Module
Simple
Assessment
Detailed
Assessment
Dynamic
Modelling
Guidance Module
Assessment Tools
Socioeconomic Tools
Name of project, funding
agency etc.
Name of project, funding
agency etc.
Where project
activities are
Advice on
measurements to take,
which tools to use
Tools
12. Reporting
Module
Project
Information
Module
Toolkit advisor Project Description
Module
Simple
Assessment
Detailed
Assessment
Dynamic
Modelling
Guidance Module
Assessment Tools
Socioeconomic Tools
Reporting
Module
Project
Information
Module
Toolkit advisor Project Description
Module
Simple
Assessment
Detailed
Assessment
Dynamic
Modelling
Guidance Module
Assessment Tools
Socioeconomic Tools
Name of project, funding
agency etc.
Name of project, funding
agency etc.
Where project
activities are
Advice on
measurements to take,
which tools to use
Tools
13. Reporting
Module
Project
Information
Module
Toolkit advisor Project Description
Module
Simple
Assessment
Detailed
Assessment
Dynamic
Modelling
Guidance Module
Assessment Tools
Socioeconomic Tools
Reporting
Module
Project
Information
Module
Toolkit advisor Project Description
Module
Simple
Assessment
Detailed
Assessment
Dynamic
Modelling
Guidance Module
Assessment Tools
Socioeconomic Tools
Name of project, funding
agency etc.
Name of project, funding
agency etc.
Where project
activities are
Advice on
measurements to take,
which tools to use
Tools
14. Reporting
Module
Project
Information
Module
Toolkit advisor Project Description
Module
Simple
Assessment
Detailed
Assessment
Dynamic
Modelling
Guidance Module
Assessment Tools
Socioeconomic Tools
Reporting
Module
Project
Information
Module
Toolkit advisor Project Description
Module
Simple
Assessment
Detailed
Assessment
Dynamic
Modelling
Guidance Module
Assessment Tools
Socioeconomic Tools
Name of project, funding
agency etc.
Name of project, funding
agency etc.
Where project
activities are
Advice on
measurements to take,
which tools to use
Tools
15. Reporting
Module
Project
Information
Module
Toolkit advisor Project Description
Module
Simple
Assessment
Detailed
Assessment
Dynamic
Modelling
Guidance Module
Assessment Tools
Socioeconomic Tools
Reporting
Module
Project
Information
Module
Toolkit advisor Project Description
Module
Simple
Assessment
Detailed
Assessment
Dynamic
Modelling
Guidance Module
Assessment Tools
Socioeconomic Tools
Name of project, funding
agency etc.
Name of project, funding
agency etc.
Where project
activities are
Advice on
measurements to take,
which tools to use
Tools
16. The Tools
Simple
Assessment
Detailed
Assessment
Assessment Tools
Default data provided, choose from drop-down menus
What is needed to use it?
-A computer with an internet connection
-Information on land management activities and where they occur
-An idea of land use/management under a baseline and a project scenario
Who is it suitable for?
- Suitable for use in projects without many resources for C monitoring &
reporting
- Also suitable for use by those developing project proposals
- Available in English, Chinese, Spanish, Russian, French and Portuguese
17. The Tools
Simple
Assessment
Detailed
Assessment
Assessment Tools
Can create own crop/ grass/ forest/ agroforestry types and systems
Can use project specific emission factors
What is needed to use it?
Same as Simple Assessment plus:
- Specific information on crop/grass/forest species and systems
- Optional measurements to improve emission factors
- Resources and facilities for field sampling and lab analysis (to varying extents)
Who is it suitable for?
- Projects wanting to reduce uncertainties in emissions estimations
- Suitable for use in projects with more emphasis on C benefits
18. Reporting
Module
Project
Information
Module
Toolkit advisor Project Description
Module
Simple
Assessment
Detailed
Assessment
Dynamic
Modelling
Guidance Module
Assessment Tools
Socioeconomic Tools
Reporting
Module
Project
Information
Module
Toolkit advisor Project Description
Module
Simple
Assessment
Detailed
Assessment
Dynamic
Modelling
Guidance Module
Assessment Tools
Socioeconomic Tools
Name of project, funding
agency etc.
Name of project, funding
agency etc.
Where project
activities are
Advice on
measurements to take,
which tools to use
Tools
Cost Benefit Analysis
DPSIR
19. Reporting
Module
Project
Information
Module
Toolkit advisor Project Description
Module
Simple
Assessment
Detailed
Assessment
Dynamic
Modelling
Guidance Module
Assessment Tools
Socioeconomic Tools
Reporting
Module
Project
Information
Module
Toolkit advisor Project Description
Module
Simple
Assessment
Detailed
Assessment
Dynamic
Modelling
Guidance Module
Assessment Tools
Socioeconomic Tools
Name of project, funding
agency etc.
Name of project, funding
agency etc.
Where project
activities are
Advice on
measurements to take,
which tools to use
Tools
Report
20. CBP Modelling System
What Data are Required?
Details on Land Use and
Management Activities that will
be changed as part of the
project.
21. CBP Modelling System
Data Requirements - Example
Include only the Land
Use and Management
Activities that have or
will change as part of
the Sustainable Land
Management Project.
---
This will allow you to
assess the Carbon &
Greenhouse Gas
Benefits of the project.
22. CBP Modelling System
Data Requirements for Forestland
• Locations of native forest or plantations,
extent of interventions (ha)
• Forest / Plantation System Type
• Age Range (<= 20 years or > 20 years)
• Natural Losses:
• Fire (%/year)
• Wind (%/year)
• Pest/Disease (%/year)
• Other (drought, etc.) (%/year)
• Timber Harvests (m3/year)
• Fuelwood Gathering (m3/year)
23. CBP Modelling System
Data Requirements for Grassland
• Locations of Grassland Systems, extent of interventions
• Grassland Condition (Improved, Nominal/Native, Degraded)
• Fertilizer Applications – Amount of Fertilizer, % Nitrogen
• Burn Frequency
• Silvopasture system type (if applicable)
• Silvopasture Tree Type
• Silvopasture Tree Age Range (<= 5 years, 5-8 yrs, 8-30 yrs, > 30 yrs)
• Natural Losses:
• Fire (%/year)
• Wind (%/year)
• Pest/Disease (%/year)
• Other (drought, etc.) (%/year)
• Timber Harvests (m3/year)
• Fuelwood Gathering (m3/year)
24. CBP Modelling System
Data Requirements for Perennial Cropland
• Locations of Perennial Cropland Systems, extent
of interventions
• Crop Type
• Fertilizer Applications – Amount of Fertilizer, %
Nitrogen
• Tree Age Range (<= 5 years, 5-8 yrs, 8-30 yrs, > 30
yrs)
• Natural Losses:
• Fire (%/year)
• Wind (%/year)
• Pest/Disease (%/year)
• Other (drought, etc.) (%/year)
• Timber Harvests (m3/year)
• Fuelwood Gathering (m3/year)
25. CBP Modelling System
Data Requirements for Annual Cropland
• Locations of Annual Cropland, extent of
interventions
• Cropping System / Crop Rotations
• Management Status – Improved?
(Fertilization, irrigation, cover crops,
legume in rotation, use if high-yielding
varieties)
• Tillage System (Full, Reduced, No tillage)
• Fertilizer Applications – Amount of
Fertilizer, % Nitrogen
• Residue Management (Burned,
Collected, Grazed, Retained)
26. CBP Modelling System
Data Requirements for Agroforestry
• Locations of Annual Cropland, extent of
interventions
• Cropping System / Crop Rotations
• Management Status – Improved?
(Fertilization, irrigation, cover crops,
legume in rotation, use if high-yielding
varieties)
• Tillage System (Full, Reduced, No tillage)
• Fertilizer Applications – Amount of
Fertilizer, % Nitrogen
• Residue Management (Burned,
Collected, Grazed, Retained)
•Natural Losses:
•Fire (%/year)
• Wind (%/year)
• Pest/Disease (%/year)
• Other (drought, etc.)
(%/year)
• Timber Harvests (m3/year)
• Fuelwood Gathering (m3/year)
27. CBP Modelling System
Data Requirements for Settlements
• Locations of Settlements, extent of
interventions (# of Trees or Crown Cover %)
• Tree Types
• Tree Age Range (<= 20 years or > 20
years)
• Natural Losses:
• Fire (%/year)
• Wind (%/year)
• Pest/Disease (%/year)
• Other (drought, etc.) (%/year)
• Timber Harvests (m3/year)
• Fuelwood Gathering (m3/year)
29. CBP Modelling System
Data Requirements for Livestock
• Number of Livestock (Non-Dairy Cattle,
Dairy Cattle, Swine, Goats, Sheep, Poultry,
Camels, Buffalo, Horses, Mules and Asses,
Rabbits and other small mammals
• Number of months during the year
Livestock are present in the Project
Activity Area
• Percent of Manure Management
Systems utilized (Pasture/Range/Paddock,
Dry Lot, Anaerobic Lagoon, Anaerobic
Digester, Burned for Fuel).
30. Definition of Terms
• IPCC: Intergovernmental Panel on Climate Change
• Polygon: A spatial area associated with project
activities, generally larger than ~10 ha in size, with
clearly defined boundaries.
• Point: A spatial area associated with project
activities, generally less than ~10 ha in size.
• Project Activity Area / Intervention Area: A point or
polygon where sustainable land management project
interventions are expected to occur.
31. Definition of Terms, continued
• Carbon Benefits: Carbon stock changes plus GHG
emissions. We interchangeably use the term carbon
benefits and greenhouse gas (GHG) benefits in the
CBP.
• GHG Flux: Emission of greenhouse gases from land
use practices is shown as a positive (+) flux value,
whereas sequestration of carbon is shown as a
negative (-) flux value. All flux is expressed in CO2
equivalents (CO2e).
32. Units, etc.
• Area: hectares
• Carbon / Greenhouse Gas flux: Mg (tonnes) CO2e
• Time frame: Up to the user!
• Greenhouse Gases included in the inventory:
• Carbon Dioxide (CO2)
• Methane (CH4)
• Nitrous Oxide (N2O)
33. • To become familiar with the CBP system
• Understand the information/data needed to use
the CBP tools
• To have a go at using some of the CBP tools with
sample data
• Have a go using the CBP tools with your own data
• Provide us with comments/feedback
Aims of the Training
34. Carbon Benefits Project Toolkit
Web Site
www.carbonbenefitsproject.org
http://groups.google.com/group/cbp-users
User Group
Contact for more information
Dr Eleanor Milne eleanor.milne@colostate.edu