The study assessed climate change awareness and adaptation strategies among rural farmers in southwestern Nigeria. Quantitative data on climate trends showed relatively stable temperatures but highly variable rainfall patterns in recent decades. Through surveys and interviews with 54 households, the majority of farmers reported noticing changes in climate, duration of seasons, and impacts on crop yields. Length of farming experience determined awareness of climate impacts and choice of adaptation strategies. While most farmers were aware of climate change, they live below the poverty line, so government support is needed to help farmers cope with climate-related crop losses.
Climate change preparedness and adaptation: a case of smallholder farmers in ...Dr. Joshua Zake
A presentation made as a case study during the training course on Livelihoods systems dynamics in rural development course,´ at the Centre for Development Research, BOKU, Austria on 11 March 2015.
Smallholder Farmers’ Adaptation Strategies to Climate Change: The Case of Ank...Premier Publishers
Climate change is posing serious environmental, economic, and social impacts in the study area where people’s livelihoods depend on agriculture. This study was initiated to identify the existing adaptation strategies persuaded by smallholder farmers, and factors affecting the choices of adaptation strategies against climate change in Ankesha Guagusa district. Primary data were collected from a randomly selected 156 sample households in the district through interview method and focus group discussion whereas secondary data were collected from different organizations and published sources. Descriptive statistics, and econometric model were employed to achieve the stated objectives. The result of multivariate probit model showed that the likelihood of households to adopt irrigation, improved crop varieties, adjusting planting date, use crop diversification, and soil and water conservation practices were 46.79%, 52.26%, 45.51%, 69.68% and 78.20%, respectively. The result also shows that the joint probability of using all adaptation strategies was 11.53% and the joint probability of failure to adopt all of the adaptation strategies was 7.7%. The model result also confirms that sex, educational level, family size, livestock holding, land holding, off/non-farm income, farm income, extension contact, credit used, access to climate information, distance to market, and agro-ecological zone had significant effect on climate change adaptation strategies. Therefore, future policies shall focus on the smallholder farmers’ technical capacity through adult education system, and on updated extension services, improving credit facilities, irrigation facilities, farm and off-farm income earning opportunities, and use of new crop varieties that are more suited to the local environment.
Smallholder Banana Farming Systems and Climate Variability: Understanding the...Dr. Joshua Zake
A presentation made during a Doctoral Thesis defense at the University of Natural Resources and Life Sciences on 23 April 2015 at 4 Pm in Seminar room 09 (SCHW-SR-09),
Schwakhöferhaus, EG, Peter Jordanstr. 82, 1190 Wien, Austria.
Scaling up Climate Smart Agriculture: policies, development, adaptation and ...World Agroforestry (ICRAF)
The document discusses scaling up climate-smart agriculture practices to help mitigate greenhouse gas emissions from the agriculture sector and help farmers adapt to climate change. It provides examples of climate-smart practices for different crops, livestock, and natural resource management. These practices can help reduce emissions, improve yields, increase resilience, and improve food security and incomes for smallholder farmers. However, adoption of new practices faces barriers such as insecure land tenure, lack of access to information, training and farm equipment. Providing an enabling environment can help overcome these barriers and scale up climate-smart agriculture.
Journal of The Earth Science and Climate Change is a peer reviewed academic journal that cater to the needs of Earth Scientists, farmers, extensive agents, researchers and students. This Open access journal publishes high quality articles following rigorous and standard review procedure.
This document summarizes a study on integrated termite management in degraded crop lands in Ethiopia. The study found that termite damage is a serious problem caused by land degradation, deforestation, overgrazing, and other factors. Applying cattle manure and crop residues to fields significantly improved soil fertility and organic matter content, increased maize yields, reduced termite counts, and was preferred by farmers over other treatments. The study concluded that addressing underlying land degradation and improving soil fertility through practices like manure and residue application can help reduce termite damage while improving livelihoods.
Presented by Don Peden, Kees Swaans, Denis Mpairwe, Negash Geleta, Emmanuel Zziwa, Swidiq Mugerwa, Hailemichael Taye and Hirpha Legesse at the Nile Basin Development Challenge (NBDC) Science Workshop, Addis Ababa, Ethiopia, 9–10 July 2013
The study assessed climate change awareness and adaptation strategies among rural farmers in southwestern Nigeria. Quantitative data on climate trends showed relatively stable temperatures but highly variable rainfall patterns in recent decades. Through surveys and interviews with 54 households, the majority of farmers reported noticing changes in climate, duration of seasons, and impacts on crop yields. Length of farming experience determined awareness of climate impacts and choice of adaptation strategies. While most farmers were aware of climate change, they live below the poverty line, so government support is needed to help farmers cope with climate-related crop losses.
Climate change preparedness and adaptation: a case of smallholder farmers in ...Dr. Joshua Zake
A presentation made as a case study during the training course on Livelihoods systems dynamics in rural development course,´ at the Centre for Development Research, BOKU, Austria on 11 March 2015.
Smallholder Farmers’ Adaptation Strategies to Climate Change: The Case of Ank...Premier Publishers
Climate change is posing serious environmental, economic, and social impacts in the study area where people’s livelihoods depend on agriculture. This study was initiated to identify the existing adaptation strategies persuaded by smallholder farmers, and factors affecting the choices of adaptation strategies against climate change in Ankesha Guagusa district. Primary data were collected from a randomly selected 156 sample households in the district through interview method and focus group discussion whereas secondary data were collected from different organizations and published sources. Descriptive statistics, and econometric model were employed to achieve the stated objectives. The result of multivariate probit model showed that the likelihood of households to adopt irrigation, improved crop varieties, adjusting planting date, use crop diversification, and soil and water conservation practices were 46.79%, 52.26%, 45.51%, 69.68% and 78.20%, respectively. The result also shows that the joint probability of using all adaptation strategies was 11.53% and the joint probability of failure to adopt all of the adaptation strategies was 7.7%. The model result also confirms that sex, educational level, family size, livestock holding, land holding, off/non-farm income, farm income, extension contact, credit used, access to climate information, distance to market, and agro-ecological zone had significant effect on climate change adaptation strategies. Therefore, future policies shall focus on the smallholder farmers’ technical capacity through adult education system, and on updated extension services, improving credit facilities, irrigation facilities, farm and off-farm income earning opportunities, and use of new crop varieties that are more suited to the local environment.
Smallholder Banana Farming Systems and Climate Variability: Understanding the...Dr. Joshua Zake
A presentation made during a Doctoral Thesis defense at the University of Natural Resources and Life Sciences on 23 April 2015 at 4 Pm in Seminar room 09 (SCHW-SR-09),
Schwakhöferhaus, EG, Peter Jordanstr. 82, 1190 Wien, Austria.
Scaling up Climate Smart Agriculture: policies, development, adaptation and ...World Agroforestry (ICRAF)
The document discusses scaling up climate-smart agriculture practices to help mitigate greenhouse gas emissions from the agriculture sector and help farmers adapt to climate change. It provides examples of climate-smart practices for different crops, livestock, and natural resource management. These practices can help reduce emissions, improve yields, increase resilience, and improve food security and incomes for smallholder farmers. However, adoption of new practices faces barriers such as insecure land tenure, lack of access to information, training and farm equipment. Providing an enabling environment can help overcome these barriers and scale up climate-smart agriculture.
Journal of The Earth Science and Climate Change is a peer reviewed academic journal that cater to the needs of Earth Scientists, farmers, extensive agents, researchers and students. This Open access journal publishes high quality articles following rigorous and standard review procedure.
This document summarizes a study on integrated termite management in degraded crop lands in Ethiopia. The study found that termite damage is a serious problem caused by land degradation, deforestation, overgrazing, and other factors. Applying cattle manure and crop residues to fields significantly improved soil fertility and organic matter content, increased maize yields, reduced termite counts, and was preferred by farmers over other treatments. The study concluded that addressing underlying land degradation and improving soil fertility through practices like manure and residue application can help reduce termite damage while improving livelihoods.
Presented by Don Peden, Kees Swaans, Denis Mpairwe, Negash Geleta, Emmanuel Zziwa, Swidiq Mugerwa, Hailemichael Taye and Hirpha Legesse at the Nile Basin Development Challenge (NBDC) Science Workshop, Addis Ababa, Ethiopia, 9–10 July 2013
Poster presented at CSA Global science conference in Montpellier (2015).
Daniel Jimenez , Sylvain Delerce, Hugo Andres Dorado, Maria Camila Rebolledo , Gabriel Garces, Edgar Torres
This document discusses engagement with horticultural growers in the Virginia and Northern Adelaide Plains region of Australia about facilitating climate change adaptation. It describes reviewing existing information on communication, vulnerability, practices and impacts. A vulnerability assessment was conducted to identify the most vulnerable areas to engage growers about. The best engagement tools and understanding grower knowledge, networks and champions is important. Scientific information needs to be translated into contextual, accurate and easy to understand terms for growers regarding potential impacts over short, medium and long time frames to help with decision making under uncertainty.
Three gorges invasive species control and restorationflprism
This document summarizes invasive species control and restoration efforts at three state parks in New York. It outlines target invasive species, treatment methods, chemical types used, and timing of treatments. It also describes monitoring efforts like photo reference points and timed meanders. Native plant restoration work is planned, including plug and shrub plantings in spring and fall 2019. Positions supported by a grant are described, including project coordinators, stewardship corps leads and members. Upcoming events like planting days and public tours are announced.
This document discusses strategies for agricultural adaptation to climate change presented by Mike Kucera of the USDA. It outlines goals of adaptive management like building resilience to drought and heavy rainfall. Short term strategies include adjusting crop varieties and cover crop termination based on weather forecasts. Long term strategies focus on soil health improvements through no-till, cover crops, and perennial crops. The document also provides examples of adaptive management on Kucera's farm over time, which involved practices like no-till, cover crops, and soil testing to improve yields and farm resilience. Future strategies may include controlled traffic, new crop varieties, and cover crop selection based on annual conditions. The overall goal is enhancing soil health and resilience for future generations.
Poster94: Targeting bean research in the face of drought and climate changeCIAT
Drought is a major constraint to livelihoods and agriculture in Kenya, exacerbated by soil fertility decline and other factors. Access to drought-tolerant crops and soil improvement is needed to address food insecurity. A study assessed farmers' vulnerability to drought through surveys and focus groups to inform policies that target interventions. The analysis found that diversifying income sources and intercropping can reduce food insecurity, though lack of credit limits these options for many households.
Poster94: Targeting bean research in the face of drought and climate changeCIAT
Drought is the most important constraint to livelihoods and agriculture in Kenya, causing substantial crop yield losses. It is exacerbated by soil fertility decline and affects food security, with average households experiencing 5 months without adequate food. Climate change will further worsen drought conditions through shifts in suitable cultivation areas. A study assessed farmers' vulnerability to drought through surveys and focus groups to determine appropriate technologies. It found that diversifying income sources and mixed cropping can increase household resilience to drought and food insecurity.
Adaptation Strategies in Agriculture_AlmazAlmaz Demessie
This document discusses adaptation strategies for agriculture in the face of climate change. It outlines that effective adaptation can manage the negative impacts of climate change on agriculture. Adaptation is a process of socio-institutional co-learning that uses information at various levels. Adaptation will depend on adjustments at all levels from community to international, though capacity varies between locations and development levels. The adaptation process can reduce climate impacts and enhance development, but depends on factors like wealth, technology, education and management capabilities. Gender must be mainstreamed to avoid increasing inequality and ensure successful adaptation. Adaptation measures should be evidence-based and have multiple economic and environmental benefits. Possible agricultural adaptations include cultural practices, land use changes, management changes like irrigation and awareness
Climate change is projected to slow progress on improving food security and meeting nutrition targets in Africa by 2030 according to projections. While population growth and rising incomes are expected to increase food demand, climate change impacts like changes in rainfall and increasing temperatures could reduce yields of crops like maize in some areas. Models estimate that climate change may increase the number of people at risk of hunger in Africa by 20-50 million without investments to improve agricultural resilience and productivity. However, increased investments in technologies, infrastructure, and R&D could help offset climate change impacts on food security through at least mid-century. The extent of impacts from climate change remains uncertain and will vary by location.
GIS can model and map various impacts of climate change. It can model CO2 emission sources and storage, map solar potential on rooftops, analyze impacts on forest cover and vegetation over time using satellite data, project impacts on agriculture like changes in crop yields and help determine best farming practices, map species vulnerability and help with conservation efforts, model impacts on water bodies like changes in water yield and flooding/drought risks, map climate zones based on vulnerability parameters, and help predict future temperature changes based on statistical analysis of past weather data. GIS is a useful tool for understanding, projecting, and responding to various effects of climate change.
The document discusses biofuels and food security. It notes that while biofuel production is not the main cause of food insecurity, it can either exacerbate or help address the problem depending on how supply chains are designed and integrated into local socioeconomic and environmental contexts. Large-scale biofuel production risks negative land use and agricultural impacts, but these can be avoided by using degraded lands and intensifying sustainable agricultural practices to improve productivity. For biofuels to help rather than hurt food security, integrated agricultural development is needed along with improved land use planning, impact assessments, and stronger institutions in developing countries.
Forests are cut, temperatures rise and biodiversity is lost. The poor become poorer and indigenous cultures disappear. With the rise in temperatures, fires increase, droughts lengthen, floods spread, and pests and diseases affecting livestock and plants adapt and multiply. What many are calling a 'perfect storm' gathers strength and the impact rolls across the developing world from the forests to the farms to the atmosphere. This scenario stems in large measure from the poor management of our forests, trees and wild genetic resources.
The CGIAR research program outlined in this presentation brings together four of the world's leading research centres in their respective subjects - the World Agroforestry Centre, CIFOR, CIAT and Bioversity - and channels them toward a clear objective: enhancing the management and use of forests, agroforestry and tree genetic resources across the landscape from forests to farms.
This document discusses lessons learned from the Conservation Effects Assessment Project (CEAP) regarding challenges and opportunities for addressing phosphorus (P) delivery to water bodies. Key points include: (1) Avoid conflicting conservation programs and initiatives, and move toward targeted conservation systems that manage both nitrogen and P; (2) Address legacy nutrient sources and sinks that continue to impact water quality; (3) Conservation practices like no-till can increase preferential flow pathways for nutrient movement if nutrient management does not adapt. The document emphasizes applying existing knowledge from past decades and adopting an adaptive approach to conservation that considers regional differences and practical farm management.
Adoption of soil and water conservation practices under different farming sys...ICRISAT
The low uptake of adaptation practices may hamper farmer households from achieving sustainable resilience to climate variability. The majority of the population in SSE resides in the rural areas and derive their livelihoods directly from the agricultural sector. Climate change/climate variability remains a major development challenge in developing countries, particularly in the Sub-Saharan Economies (SSE). Sustained livelihood improvements in many of the rural communities require implementation of interventions that promote adaptation to impacts of climate variability
This document provides an overview of climate change impacts on agriculture presented by David Zilberman from UC Berkeley. It discusses how climate change will directly impact agriculture through warmer temperatures and changes in precipitation patterns. It also summarizes potential effects on yields from factors like increased carbon fertilization and northward migration of pests. The document then outlines challenges to adapting agriculture to climate change, like high adjustment costs and impacts on biodiversity. It proposes strategies such as developing new crop varieties and payment programs for carbon sequestration.
Sara J. Scherr
Policy Seminar
Managing natural resources for sustainable production systems: A research agenda at the crossroads
Co-organized by CGIAR Independent Science and Partnership Council (ISPC); IFPRI; and CGIAR Research Program on Policies, Institutions and Markets
Feb 28, 2018 - 12:15 pm to 01:45 pm EST
The project aims to maintain the resilience of forest ecosystems and biodiversity in San Ignacio Province, Peru to climate change through on-the-ground activities and policy strengthening. The approach considers both landscape-level natural processes and community-level strategies to assess vulnerability, livelihood impacts, and the underlying causes through a gendered analysis incorporating traditional knowledge. The goal is to find complementarity between ecosystem-centered and people-centered adaptation approaches by recognizing people's dependence on ecosystem services for their livelihoods.
Suitability mapping to support development of resilient communities and livel...Innspub Net
The inevitable effects of climate change in the agriculture sector are easily underestimated by agencies and stakeholders, having no means of quantifying them. For these effects to be accurately estimated, a system or method for calculation of the effects is needed. This paper addresses the problem through suitability modeling using GIS to evaluate the suitability of four primary crops like banana, coffee, pineapple and peanut using the relevant variables of slope, elevation, soil, land cover, rainfall, and temperature under RCP 4.5 scenario in municipalities of Amulung, Camalaniugan and Gonzaga, Cagayan, Philippines. It further investigated the suitability of the areas when hazards like flooding and landslide were considered. Results of suitability modeling revealed that pineapple is the most suitable followed by peanut, coffee, then banana. The final suitability maps generated showed that the suitable areas for production of the four different commodities changed greatly when the hazard component is included. Mitigation activities can be applied to increase the suitable areas for crop production. Adaptation through growing crops more resilient to climate change effects can also be undertaken.
The document discusses the importance of nutrient management and the 4R nutrient stewardship framework (applying the right fertilizer source at the right rate, right time, and right place) for crop production and water quality. It notes several knowledge gaps around measuring nutrient loss and the impacts of various 4R practices. It also describes ongoing research projects and a new multi-state project that aim to quantify the effects of 4R practices on crop yields, nutrient losses to air and water, and soil health. The document advocates for farmer and advisor partnerships to promote 4R approaches and provides an example of improving yields and reducing costs through advanced 4R practices over time.
This document discusses measuring agricultural health by developing metrics across economic, environmental, and social dimensions. It defines key terms like the agrifood system and proposes disaggregating agriculture into sectors like farmer, processor, retailer. Potential measures are outlined like net farm income, land conversion, cropping diversity, water use, stress levels, and community involvement. A timeline is proposed to begin qualitative assessments in June 2009, carry out surveys and analyses, and release a final report in October 2009 to develop a quantitative picture of the agricultural system and suggest policy changes.
Mamadou Diakhite of NEPAD/TerrAfrica discusses what is needed in African policy to scale up and strengthen integrated landscape management. From the opening session of the Landscapes for People, Food and Nature in Africa Conference. (Photos in this presentation are courtesy of Neil Palmer, CIAT.)
1. Papua New Guinea has a population of 8.5 million that is growing at 2.7% annually. Agriculture makes up 23% of GDP but productivity is low. 28% of the population lives below the poverty line.
2. Climate change poses serious threats to PNG's agricultural systems through increasing temperatures, changing rainfall patterns, and more extreme weather events. Crop suitability is changing, which impacts food security.
3. Responses are needed to help smallholders adapt, including technologies to increase resilience, understanding and responding to changes in pests and diseases, crop diversity, and efficient harvesting and storage. Making transitions requires developing adapted seed varieties and crops, assessing options for intensification, and strengthening local institutions
Poster presented at CSA Global science conference in Montpellier (2015).
Daniel Jimenez , Sylvain Delerce, Hugo Andres Dorado, Maria Camila Rebolledo , Gabriel Garces, Edgar Torres
This document discusses engagement with horticultural growers in the Virginia and Northern Adelaide Plains region of Australia about facilitating climate change adaptation. It describes reviewing existing information on communication, vulnerability, practices and impacts. A vulnerability assessment was conducted to identify the most vulnerable areas to engage growers about. The best engagement tools and understanding grower knowledge, networks and champions is important. Scientific information needs to be translated into contextual, accurate and easy to understand terms for growers regarding potential impacts over short, medium and long time frames to help with decision making under uncertainty.
Three gorges invasive species control and restorationflprism
This document summarizes invasive species control and restoration efforts at three state parks in New York. It outlines target invasive species, treatment methods, chemical types used, and timing of treatments. It also describes monitoring efforts like photo reference points and timed meanders. Native plant restoration work is planned, including plug and shrub plantings in spring and fall 2019. Positions supported by a grant are described, including project coordinators, stewardship corps leads and members. Upcoming events like planting days and public tours are announced.
This document discusses strategies for agricultural adaptation to climate change presented by Mike Kucera of the USDA. It outlines goals of adaptive management like building resilience to drought and heavy rainfall. Short term strategies include adjusting crop varieties and cover crop termination based on weather forecasts. Long term strategies focus on soil health improvements through no-till, cover crops, and perennial crops. The document also provides examples of adaptive management on Kucera's farm over time, which involved practices like no-till, cover crops, and soil testing to improve yields and farm resilience. Future strategies may include controlled traffic, new crop varieties, and cover crop selection based on annual conditions. The overall goal is enhancing soil health and resilience for future generations.
Poster94: Targeting bean research in the face of drought and climate changeCIAT
Drought is a major constraint to livelihoods and agriculture in Kenya, exacerbated by soil fertility decline and other factors. Access to drought-tolerant crops and soil improvement is needed to address food insecurity. A study assessed farmers' vulnerability to drought through surveys and focus groups to inform policies that target interventions. The analysis found that diversifying income sources and intercropping can reduce food insecurity, though lack of credit limits these options for many households.
Poster94: Targeting bean research in the face of drought and climate changeCIAT
Drought is the most important constraint to livelihoods and agriculture in Kenya, causing substantial crop yield losses. It is exacerbated by soil fertility decline and affects food security, with average households experiencing 5 months without adequate food. Climate change will further worsen drought conditions through shifts in suitable cultivation areas. A study assessed farmers' vulnerability to drought through surveys and focus groups to determine appropriate technologies. It found that diversifying income sources and mixed cropping can increase household resilience to drought and food insecurity.
Adaptation Strategies in Agriculture_AlmazAlmaz Demessie
This document discusses adaptation strategies for agriculture in the face of climate change. It outlines that effective adaptation can manage the negative impacts of climate change on agriculture. Adaptation is a process of socio-institutional co-learning that uses information at various levels. Adaptation will depend on adjustments at all levels from community to international, though capacity varies between locations and development levels. The adaptation process can reduce climate impacts and enhance development, but depends on factors like wealth, technology, education and management capabilities. Gender must be mainstreamed to avoid increasing inequality and ensure successful adaptation. Adaptation measures should be evidence-based and have multiple economic and environmental benefits. Possible agricultural adaptations include cultural practices, land use changes, management changes like irrigation and awareness
Climate change is projected to slow progress on improving food security and meeting nutrition targets in Africa by 2030 according to projections. While population growth and rising incomes are expected to increase food demand, climate change impacts like changes in rainfall and increasing temperatures could reduce yields of crops like maize in some areas. Models estimate that climate change may increase the number of people at risk of hunger in Africa by 20-50 million without investments to improve agricultural resilience and productivity. However, increased investments in technologies, infrastructure, and R&D could help offset climate change impacts on food security through at least mid-century. The extent of impacts from climate change remains uncertain and will vary by location.
GIS can model and map various impacts of climate change. It can model CO2 emission sources and storage, map solar potential on rooftops, analyze impacts on forest cover and vegetation over time using satellite data, project impacts on agriculture like changes in crop yields and help determine best farming practices, map species vulnerability and help with conservation efforts, model impacts on water bodies like changes in water yield and flooding/drought risks, map climate zones based on vulnerability parameters, and help predict future temperature changes based on statistical analysis of past weather data. GIS is a useful tool for understanding, projecting, and responding to various effects of climate change.
The document discusses biofuels and food security. It notes that while biofuel production is not the main cause of food insecurity, it can either exacerbate or help address the problem depending on how supply chains are designed and integrated into local socioeconomic and environmental contexts. Large-scale biofuel production risks negative land use and agricultural impacts, but these can be avoided by using degraded lands and intensifying sustainable agricultural practices to improve productivity. For biofuels to help rather than hurt food security, integrated agricultural development is needed along with improved land use planning, impact assessments, and stronger institutions in developing countries.
Forests are cut, temperatures rise and biodiversity is lost. The poor become poorer and indigenous cultures disappear. With the rise in temperatures, fires increase, droughts lengthen, floods spread, and pests and diseases affecting livestock and plants adapt and multiply. What many are calling a 'perfect storm' gathers strength and the impact rolls across the developing world from the forests to the farms to the atmosphere. This scenario stems in large measure from the poor management of our forests, trees and wild genetic resources.
The CGIAR research program outlined in this presentation brings together four of the world's leading research centres in their respective subjects - the World Agroforestry Centre, CIFOR, CIAT and Bioversity - and channels them toward a clear objective: enhancing the management and use of forests, agroforestry and tree genetic resources across the landscape from forests to farms.
This document discusses lessons learned from the Conservation Effects Assessment Project (CEAP) regarding challenges and opportunities for addressing phosphorus (P) delivery to water bodies. Key points include: (1) Avoid conflicting conservation programs and initiatives, and move toward targeted conservation systems that manage both nitrogen and P; (2) Address legacy nutrient sources and sinks that continue to impact water quality; (3) Conservation practices like no-till can increase preferential flow pathways for nutrient movement if nutrient management does not adapt. The document emphasizes applying existing knowledge from past decades and adopting an adaptive approach to conservation that considers regional differences and practical farm management.
Adoption of soil and water conservation practices under different farming sys...ICRISAT
The low uptake of adaptation practices may hamper farmer households from achieving sustainable resilience to climate variability. The majority of the population in SSE resides in the rural areas and derive their livelihoods directly from the agricultural sector. Climate change/climate variability remains a major development challenge in developing countries, particularly in the Sub-Saharan Economies (SSE). Sustained livelihood improvements in many of the rural communities require implementation of interventions that promote adaptation to impacts of climate variability
This document provides an overview of climate change impacts on agriculture presented by David Zilberman from UC Berkeley. It discusses how climate change will directly impact agriculture through warmer temperatures and changes in precipitation patterns. It also summarizes potential effects on yields from factors like increased carbon fertilization and northward migration of pests. The document then outlines challenges to adapting agriculture to climate change, like high adjustment costs and impacts on biodiversity. It proposes strategies such as developing new crop varieties and payment programs for carbon sequestration.
Sara J. Scherr
Policy Seminar
Managing natural resources for sustainable production systems: A research agenda at the crossroads
Co-organized by CGIAR Independent Science and Partnership Council (ISPC); IFPRI; and CGIAR Research Program on Policies, Institutions and Markets
Feb 28, 2018 - 12:15 pm to 01:45 pm EST
The project aims to maintain the resilience of forest ecosystems and biodiversity in San Ignacio Province, Peru to climate change through on-the-ground activities and policy strengthening. The approach considers both landscape-level natural processes and community-level strategies to assess vulnerability, livelihood impacts, and the underlying causes through a gendered analysis incorporating traditional knowledge. The goal is to find complementarity between ecosystem-centered and people-centered adaptation approaches by recognizing people's dependence on ecosystem services for their livelihoods.
Suitability mapping to support development of resilient communities and livel...Innspub Net
The inevitable effects of climate change in the agriculture sector are easily underestimated by agencies and stakeholders, having no means of quantifying them. For these effects to be accurately estimated, a system or method for calculation of the effects is needed. This paper addresses the problem through suitability modeling using GIS to evaluate the suitability of four primary crops like banana, coffee, pineapple and peanut using the relevant variables of slope, elevation, soil, land cover, rainfall, and temperature under RCP 4.5 scenario in municipalities of Amulung, Camalaniugan and Gonzaga, Cagayan, Philippines. It further investigated the suitability of the areas when hazards like flooding and landslide were considered. Results of suitability modeling revealed that pineapple is the most suitable followed by peanut, coffee, then banana. The final suitability maps generated showed that the suitable areas for production of the four different commodities changed greatly when the hazard component is included. Mitigation activities can be applied to increase the suitable areas for crop production. Adaptation through growing crops more resilient to climate change effects can also be undertaken.
The document discusses the importance of nutrient management and the 4R nutrient stewardship framework (applying the right fertilizer source at the right rate, right time, and right place) for crop production and water quality. It notes several knowledge gaps around measuring nutrient loss and the impacts of various 4R practices. It also describes ongoing research projects and a new multi-state project that aim to quantify the effects of 4R practices on crop yields, nutrient losses to air and water, and soil health. The document advocates for farmer and advisor partnerships to promote 4R approaches and provides an example of improving yields and reducing costs through advanced 4R practices over time.
This document discusses measuring agricultural health by developing metrics across economic, environmental, and social dimensions. It defines key terms like the agrifood system and proposes disaggregating agriculture into sectors like farmer, processor, retailer. Potential measures are outlined like net farm income, land conversion, cropping diversity, water use, stress levels, and community involvement. A timeline is proposed to begin qualitative assessments in June 2009, carry out surveys and analyses, and release a final report in October 2009 to develop a quantitative picture of the agricultural system and suggest policy changes.
Mamadou Diakhite of NEPAD/TerrAfrica discusses what is needed in African policy to scale up and strengthen integrated landscape management. From the opening session of the Landscapes for People, Food and Nature in Africa Conference. (Photos in this presentation are courtesy of Neil Palmer, CIAT.)
1. Papua New Guinea has a population of 8.5 million that is growing at 2.7% annually. Agriculture makes up 23% of GDP but productivity is low. 28% of the population lives below the poverty line.
2. Climate change poses serious threats to PNG's agricultural systems through increasing temperatures, changing rainfall patterns, and more extreme weather events. Crop suitability is changing, which impacts food security.
3. Responses are needed to help smallholders adapt, including technologies to increase resilience, understanding and responding to changes in pests and diseases, crop diversity, and efficient harvesting and storage. Making transitions requires developing adapted seed varieties and crops, assessing options for intensification, and strengthening local institutions
HOW CAN AFRICAN
AGRICULTURE ADAPT TO
CLIMATE CHANGE?
INSIGHTS FROM ETHIOPIA AND SOUTH AFRICA
Edited by Claudia Ringler, Elizabeth Bryan, Rashid M. Hassan,
Tekie Alemu, and Marya Hillesland
This document summarizes research on climate change adaptation in sub-Saharan Africa across three sectors: urban areas, agriculture, and health. For each sector, the summary identifies key findings from research and policy gaps. Crosscutting issues are then discussed. Research shows climate change poses major challenges for African cities, agriculture, and health. While adaptation is occurring, policies have yet to fully integrate climate change concerns. The document calls for more research-policy collaboration, measures to aid the most vulnerable, and efforts across multiple levels from technology to addressing social and economic barriers to build resilience to climate change.
This document analyzes and compares coping strategies of rural farming communities in semi-arid and forest regions of Nigeria facing climate change. It finds that farmers in both regions perceive climate change primarily as changes in rainfall. Their main coping strategy is changing planting dates to suit rainfall patterns, along with changing crops grown. Information about adaptation strategies comes primarily from radio, neighbors, and intuition rather than agricultural extension services. The document recommends a shift to irrigation-based agriculture instead of rain-fed farming and increased training and support of extension officers to help farmers adopt best practices.
This document discusses communication platforms and climate change adaptation of rice farmers in the Philippines. It presents research objectives including profiling rice farmers and determining the communication platforms used to share information on climate change. The methodology describes surveying 50 rice farmers using a semi-structured questionnaire. Key findings are that rice farmers primarily use interpersonal communication to share information on climate change. Their adaptation practices could be sustained over generations. However, other sources of income and years of experience farming varied their agricultural practices for adapting to climate change.
Uttar Pradesh relies heavily on agriculture, with the sector accounting for 34.8% of the state's income and employing 66% of the workforce. However, climate change is threatening agriculture in Uttar Pradesh through changing rainfall patterns, increased flooding and dry spells. This is impacting production levels and food security while also increasing migration. To build resilience, the state is promoting adaptive capacities using both indigenous knowledge and scientific approaches, including crop management techniques, community efforts, and self-managed institutions to help farmers adapt. Policy efforts focus on developing climate-resilient crop varieties and synergizing traditional and scientific knowledge.
The document discusses linking early warning systems to Ethiopia's Productive Safety Net Programme (PSNP) through a pilot project. The project provided PSNP households with weather forecasts so they could adjust agricultural practices and reduce climate risks. Results showed households changed planting dates, varieties, and labor use, improving food availability and security. The summary concludes the pilot demonstrated linking early warning systems enhanced food security and resilience, and should be expanded to more households.
Climate change and smallholder households across multiple dimensions: percept...ILRI
Presentation delivered by Silvia Silvestri during a seminar organized by the Livestock Systems and Environment Program at ILRI Nairobi on 20 November 2014
Climate change is severely impacting Africa through rising temperatures, changing rainfall patterns, and more frequent extreme weather. While Africa contributes little to global greenhouse gas emissions, it is highly vulnerable due to factors like heavy reliance on rain-fed agriculture and widespread poverty. Impacts include reduced food security, increased disease, and loss of livelihoods. However, there is still little action being taken in Africa to adapt to climate change impacts due to reasons like lack of awareness, inadequate funding, and a gap between the scientific research and information needed for communities to take concrete adaptive actions.
This document summarizes key concepts from a presentation on integrated water resource management (IWRM) as a tool for adaptation to climate change. IWRM can help adaptation by allowing for better water management, basin planning to identify and mitigate risks, and stakeholder participation to mobilize action and assess risks. The presentation covers climate change impacts on water resources and sectors like agriculture and health. It discusses approaches to climate change impact, adaptation and vulnerability assessments, and the use of climate change scenarios and modeling to project impacts on water resource systems.
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Evaluation farmers perception on climate variability
1. Evaluation of Local Farmer’s Perception and Adaptation to Climate
Change in Kantama Minjibir L. G. A, Kano state, Nigeria
By
Mohammed Mansur Abdul1 & L. F. Buba2
1Geography Department Bayero University Kano, Nigeria
2Environmental Management Department Bayero University
Kano, Nigeria
3. Background to the Study
• Climate Change is a major threat to sustainable growth and
development in Africa.
• Nigeria is particularly vulnerable to Climate Change because
of its over dependence on rain – fed agriculture
• Which is compounded by widespread poverty,
unemployment and weak capacity to adopt to climate
change.
• Perception and attitudes are mainly from the dogma of
religion and the prejudices of culture
•
4. Background to the Study
• and have devastating effect on the advancement of science and
dissemination of scientific finding.
• the way climate change is perceived and understood in the
society determine the kind of personal or collective response it
elicits
• Climate change exert a tremendous impact on the society.
• The impact of climate change on society may be benevolent or
malevolent.
• Yet climate change is both a hazard and a resource depend on
location, time and the value and type of climatic parameters
involved.
5. Background to the Study
• Farmer’s ability to perceive climate change is a key
precondition for their choice of adaptation.
• Vulnerability and adaptation strategies are seen to be linked to
poverty reduction measures.
• In order to enhance policy towards tackling the challenges climate
change poses to farmers,
• it is important to have knowledge of farmers’ perception on
climate change, choice of adaptation methods and the barriers
affecting adaptation to climate change.
6. Aim and Objective
• This paper aim to assess the perceptions of farmers on
climate variability and identifying the local adaption and
barrier to adaptation strategies while, the specific objectives
are.
a. To evaluate the farmer’s perception on climate change in
the area
a. To identify farmers choice of adaptation measures in
response to climate change
a. To identify barriers to adaptation measures to climate
change in the area
7. Methodology
• Field survey is the main method adopted for the data
collection in this study
• 100 copies of questionnaire was administered to the
farmers in the study area
• The respondent were identified accidently in their farm
• Information such as socio – economic characteristic,
perceived change in temperature and rainfall, adaptation
and barrier to adaptation strategies were obtained
• The data obtained were analysed using statistical method
such as mean and percentage
9. Socio-economic characteristic of the respondents
Age (%) Household
(%)
Educational . level
(%)
Age group(%) Years of farming
experience(%)
male female Head Non
head
formal Pri. Sec tert 20-35 36-50 51-66 67> 5-10 11-15 16-20 21>
95 5 75 25 35 5 25 35 57.5 25 17 0 47.
5
20 15 17.
5
100% 100% 100% 100% 100%
10. Farmer’s Perception on Rainfall and Temperature
Perceived
changes
Percentage of the respondents
Rainfall (%) Temperature (%)
Increases 70 85
Decreases 30 15
No changes 0 0
Total 100 100
11. DFRT =DEFORESTATION, BS BN= BUSH BURNING,
INCS POP= INCREASE POPULATION
OTHERS (LIKE SIN)
Vvvvv
12. Adaptation measures in response to declining rainfall
and increases temperature
Adaptation
strategies
Declining rainfall Increases
temperature
Irrigation
Crops
diversification
Planting trees
Changing planting
date
Water harvest
Prayers
10
6
27.5
40
4
12.5
5
32.5
17.5
28
2
15
Total 100 100
13. LIAC= LACK OF INFORMATION ABOUT CLIMATE CHANGE
CE= CHANGE ARE EXPENSIVE
IAI = INSUFFICIENT ACCESS TO INPUT
LKAD = LACK OF KNOWLEDGE ABOUT ADAPTATION OPTION
PV =POVERTY
14. CONCLUSION
• the farmers were characterized by active labor force, small farm
sizes, low income distribution, high farming experience, large
household size, and low level of formal education.
• Farmer adaption to climate change is crucial to combating food
insecurity and related problems.
• majority of the farmers perceived increases in temperature and
decreases in rainfall pattern.
• Farmers’ level of adaptation was found to be relatively high
However.
• insufficient information about climate change, access to input, of
knowledge about adaptation option and poverty were identified as
15. RECOMMENDATION
• It was recommended to improve the knowledge and
skills of extension service personnel about climate
change and adapted management strategies.
• Planting of trees, avoidance of reckless removal of tree
without replacement and adequate soil conservation
measures should be taken seriously such as drainage,
planting cover crops, mixed cropping and fallow
system.