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Showing posts with label CIAT. Show all posts
Showing posts with label CIAT. Show all posts

Guiding decision making in agriculture for a triple-win

Posted by Ricci Symons Wednesday, August 17, 2016 0 comments

A CIAT blog originally posted here

When this study called for policy makers to set realistic targets towards meeting the Paris climate agreement some weeks back, authors were calling for real milestones to measure global progress.
But action towards specific emission targets can’t happen without guidance on what change needs to happen and where. To that end, this new study outlines a methodology tried and tested within communities. It’s called the “Climate smart agriculture rapid appraisal” tool.

This tool can feed directly into pledges made by individual countries towards the Paris agreement.

It delves into social, cultural, economic and environmental contexts to present farmers – and decision makers – with exactly this: what CSA options work to meet a triple-win, increasing productivity; enhancing resilience and reducing greenhouse gas emissions, where, and why.
It’s designed to bring solutions which can feed directly into pledges made by individual countries in the Paris agreement. And, it can feed into national mitigation and adaptation programs across Africa as well.

Terraces in Lushoto Tanzania help conserve the soil.
The tool rates a list of context-specific agricultural practices which farmers use on their farm.

Ground-up targets

Focusing on two case studies in Uganda and Tanzania, the methodology provides a step-by-step guide for researchers or development organizations to present farmers with options which address the three pillars of Climate-Smart Agriculture: improved food security, adaptation and mitigation.
How? The “Rapid appraisal” tool, essentially rates a list of context-specific agricultural practices which farmers use on their farm and which boost harvests, but also lower carbon footprints and strengthen farms against the impacts of climate change in future.


“Getting the ‘ground-up’ viewpoint from farmers is vital – after-all, they are the ones to implement the practices towards targets”. 
Caroline Mwongera
Farming Systems and Climate Change specialist , CIAT
Farming systems are complex, and they differ widely across Africa. There is no solution that will fit every ecosystem; every community; every farm.
So getting the “ground-up” viewpoint from farmers is vital – after-all, they are the ones to implement the practices towards targets.
Central to the methodology is getting ideas from farmers themselves about which practices work on their farms; which new practices they might adopt in future; why and how might they work out? These “best” options – are also culturally aware, gender appropriate and likely to be adopted.

At the same time, the practices need to be realistic and scientifically sound. And they need to be part of national planning and policy, so input is needed from different stakeholders – like local-level agricultural experts, district-level extension agents, private companies, donor organizations, and policy makers – to ensure the options are practical at different levels.
The process of including both quantitative and qualitative inputs into the tool, is what separates this methodology from others. Most take one approach or the other.

From crop and climate calendars to resource mapping

To find site-specific solutions, every aspect of agriculture on the farm is rigorously analyzed through the methodology. What time of month are seeds sown? Which month are crops harvested, and who is responsible for harvesting – men or women? How will the new technology impact different social groups?
The process of investigating these questions brings to light some interesting issues. For example: imagine for a minute you don’t have internet access. You are in the field for the whole day and you’re busy. What’s the best way to reach you with an important message?
This is a question which plagues researchers, as they look for ways to get information about climate change to farmers. This methodology puts the conundrum to farmers, to find out which shops farmers frequent most, which organizations they are part of – to find places where farmers can easily be targeted with information – about drought-resilient beans, for example.


Flow of information from farmers to policy makers
Using crop and climate calendars, the methodology also aims to identify practices which are appropriate and fit within the context of the on-farm social fabric. A farmer can’t reduce the impact of a dry spell on her cattle if she can’t get water from the river for example – and she might not be able to get access to the river for a whole host of social or other reasons.
Interestingly, farmers also perceive seasons in a different way depending on things like access to resources. For example, the farmer who can’t access the river might rate a season much drier than someone who can easily water their cattle.
The report makes clear that the tool is rather a process that gathers information from stakeholders, which include smallholder farmers and groups, to guide investments at national level and build in community resilience and productivity at farm level.
The options which come up as a result of this process will not only improve food security, but also help farmers improve their lives and the environment for a triple-win.

Flow of information from farmers to policy makers

Using crop and climate calendars, the methodology also aims to identify practices which are appropriate and fit within the context of the on-farm social fabric. A farmer can’t reduce the impact of a dry spell on her cattle if she can’t get water from the river for example – and she might not be able to get access to the river for a whole host of social or other reasons.
Interestingly, farmers also perceive seasons in a different way depending on things like access to resources. For example, the farmer who can’t access the river might rate a season much drier than someone who can easily water their cattle.
The report makes clear that the tool is rather a process that gathers information from stakeholders, which include smallholder farmers and groups, to guide investments at national level and build in community resilience and productivity at farm level.
The options which come up as a result of this process will not only improve food security, but also help farmers improve their lives and the environment for a triple-win.

Call to action:

  • Locally appropriate actions can be prioritized anywhere, to identify investment opportunities linked to local and national priorities and enhance adoption of CSA technologies to cope with increasing climate change impacts.
  • Decision making on climate change adaptation and mitigation investment often focus on top-down approaches. Rather, this process should be participatory, aligning with stakeholder desires and contextual realities – this methodology does that.
  • CSA prioritization can be used by all development practitioners to identify best-bet CSA investment options that help achieve food security, increase resilience to climate change, and promote the development of a low-emissions agriculture.
This research is carried out with support from the International Fund for Agricultural Development.

Collaborative initiative to outscale climate-smart agriculture

Posted by Ricci Symons Tuesday, June 9, 2015 1 comments

Written by: Leigh Winowiecki and Caroline Mwongera

Originally published here

“Stakeholders coming together can achieve more impact”

So was the message from 54 participants at a workshop aimed at sharing experiences about different approaches to outscaling climate smart agriculture (CSA) using prioritization tools.

Tor-Gunnar VĂ¥gen, ICRAF, explains landscapeportal.org, an open source platform to target CSA interventions. Credit: S. Malyon/CIAT
“There are a lot of people, national institutes and international organizations working with farmers in Africa. Many of them have developed their own successful tools and methods and all have valuable experiences from which others can learn. We are committed to come together more to share and learn from each other,” said Leigh Winowiecki, CIAT soil scientist and one of the event organizers.

The CSA knowledge sharing workshop took place on May 20 2015 with participants from CGIAR centres, NGOs, private sector and the Kenyan government, all gathered to interactively discuss and share pathways for outscaling CSA.

Collectively they showcased, discussed and shared over 14 CSA Prioritization Tools during a Tools Bazaar. The presentations showed that a diversity of approaches are being applied across a variety of scales.

For example, CARE International has developed a Participatory Scenario Planning (PSP) tool and CIAT has led the development of the climate-smart agriculture rapid appraisal (CSA-RA), both emphasize participatory approaches at community and district levels.

In addition, a Climate-Smart Agriculture Prioritization Framework (CSA-PF) by CIAT guides national and sub-national climate change and agriculture planning, and the landscapeportal.org developed by ICRAF GeoScience Lab uses advanced statistical mapping techniques on an open source platform to target interventions, for example through the  development of county-specific interactive “dashboards”.

We interviewed Michael Okumu, Kenyan Ministry of Agriculture & Fisheries, and Maurine Ambani, CARE International, about the tools they presented. Watch them here:




Supported by the CIAT-led, IFAD-funded project, “Increasing food security and farming system resilience in East Africa through wide-scale adoption of climate-smart agricultural practices”, the workshop expanded on the knowledge from the Kenya National Climate-Smart Agriculture Workshop held in Nairobi in 2014.

The objectives of the latest workshop were to:
  • To provide an interactive forum to share methods, tools, and experiences currently being used and developed to prioritize CSA practices in SSA.
  • To share lessons learned from implementing climate-smart/best practices.
  • To explore opportunities for collaboration and funding.
  • To explore better alignment where possible and relevant.

Interactive group sessions focused on what outputs different users would desire from a prioritization tool. For example, what type of information do Kenya County Governments require from a tool compared to what donors, farmers, researchers and National Governments want? The final groups session highlighted challenges and suggestions for outscaling agricultural techniques! The overwhelming suggestion was that collective collaborations across stakeholders is needed in order to achieve impact.

Specific outputs of the workshop include: 1) A better awareness of the current CSA Prioritization Tools and the development of a Tools Matrix; 2) Direct input into the CCAFS CSA initiative, 3) A joint publication on the use of prioritization tools for outscaling CSA in Africa.


Farms without farmers?

Posted by Ricci Symons Thursday, May 7, 2015 1 comments

Written by Caroline Mwongera, Postdoctoral Scientist in the Soils Research Area, CIAT.

Originally posted here

The next generation of smallholder farms in Africa may have no one left to run them.

A visit by a team from the International Center for Tropical Agriculture (CIAT) in the Gulu, Kitgum, Nwoya and Adjumani districts of Northern Uganda – a region that was embroiled in more than 20 years of civil war waged by the Lord’s Resistance Army – presents an alarming scenario for the years ahead.  Here we meet more than 158 farmers and are struck by the sentiments of the older farmers.

In the Gulu, Kitgum, Nwoya and Adjumani districts of
Northern Uganda the average age of farmers is 45.
Credit: Stephanie Malyon / CIAT

Young people are turning away from agriculture to drive
motorcycle taxis. Credit: Stephanie Malyon / CIAT 
“The youth are not interested in farming. They prefer migrating to urban centers to look for off-farm work and engage in petty trade, mainly operating boda-boda,” said one man, who has been farming all his life. Boda-boda is a term that is commonly used in East Africa to refer to motorcycle taxis.

Separate interviews with a team of 24 local agricultural experts reveal that the average age of farmers is 45 and young people between 18 and 30 are disconnected from the farm and realities of agricultural production. For this particular region, it has negative impacts on post-conflict recovery, given the role of youth in rural community continuity and agriculture.

Another visit to Bagamoyo, Kilolo, Kilosa and Mbarali districts within the region known as the South Agriculture Growth Corridor of Tanzania (SAGCOT), confirms this story line. We speak to a group of 40 youths, who tell us that lack of social infrastructure and amenities lures them away from the villages.

Saidi, a 25-year-old man, explains the pull of urban life.

“Look at the life we are living here. We have been left behind by our peers in the cities. Life there is so much more glamorous and advanced. I would rather be struggling in the city with good paved roads, piped water and electricity.”

Africa already faces daunting challenges in achieving food security, and these are expected to increase with the rapid surge in population. But food security cannot be achieved unless the problem of a young population less interested in agriculture is addressed by policy-makers.

Can the entrepreneurial spirit of young people be
 harnessed to encourage them to turn to agriculture?
Credit: Georgina Smith / CIAT
This worrying trend is being seen across the continent. The latest Montpellier panel briefing paper Small and Growing: Entrepreneurship in African Agriculture reports on the disengagement of young people from agriculture, a sector that is often seen as outdated, unprofitable and plain hard work.

Africa’s transformation can be realised by harnessing and enabling the entrepreneurial spirit and skills of smallholder farmers, young people and women in the rural economy, according to Agriculture for Impact.

The CIAT project Increasing food security and farming system resilience in East Africa through wide-scale adoption of climate-smart agricultural practices, funded by IFAD, is promoting awareness and use of appropriate climate smart technologies in the above regions. Through demonstration trials, the project trains smallholder farmers, young people and women in particular in using site-specific climate smart technologies that will improve their farm productivity and income, with enhanced resilience to climate change, and reduction of greenhouse gases.

Young people taking up climate smart agriculture farming will no longer be able to complain of feeling left behind.
——


The UN has declared 2015 as the International Year of Soils to raise awareness of the urgent need to protect the resource that feeds and waters us. Find out how CIATs global soils research team of soil scientists, ecologists and anthropologists are working with partners to protect and restore this vital resource.

New photo-film: mapping soil diversity in Tanzania

Posted by Ricci Symons Friday, April 24, 2015 0 comments


The second ''photo-film'' of a  two-part series, "The Ground Beneath Your Feet," launched this week during Global Soil Week, where the International Centre for Tropical Agriculture (CIAT) in partnership with the International Fund for Agricultural Development's (IFAD) is highlighting the importance of soil, whilst debating the latest science and technology as well as methods for preserving this vital natural resource. 

In Lushoto, Tanzania, a cluster of ''climate-smart villages'' supported by  Climate Change and Food Security's (CCAFS) nestle in the stunning Eastern Arc Mountains, stretching between Tanzania and Kenya. The richly diverse landscape is a biodiversity hotspot with its sloping hillsides supporting a wide range of agricultural produce - from vegetables, beans, sugarcane and cassava to agroforestry.

But this diversity of crops takes a toll on the soils in which they are grown. Sloping land is becoming exposed to increasing rainfall, which is washing precious top soil away. Without replacing nutrients in the soil, or better management of the  soils on the steep slopes, Lushoto’s diversity will likely disappear.

Soil health is measured through indicators such as organic carbon. In Lushoto, carbon per kilogram of soil can vary massively between 15 and 150 grams within 10 kilometers. Designed originally by the 
World Agroforestry Centre, the Land Degradation Surveillance Framework has been updated and implemented globally by CIAT and regional partners, such as IFAD's Adaption for Smallholder Agriculture Programme (ASAP), to map the landscape and show variability in dynamic soil properties.
Using this framework, a biophysical baseline of key soil and land health information across the landscape can be mapped. It can show what crops can grow, where, and how well. By pinpointing what soil type farmers have on their farms, researchers can then advise farmers on inputs and management strategies to improve soil health and overall agricultural productivity.

Scientists are now linking soil health data with household survey data on cropping diversity, perceptions of climate change, and gender. Together with socio-economic data, it allows them to better understand and address farming system constraints. Lab tests help further identify soil nutrient quantities such as nitrogen content, building up a rich map of the soil. 



by
Leigh Winowiecki (Soil Scientist CGIAR)

Integrative approach in data collection for climate smart agriculture

CIAT led a Rapid Rural Appraisal (RRA), an integrative approach to data collection, in Northern Uganda to guide further research in a bid to improve food security and climate change resilience of small holder farmers; part of a new IFAD funded project*.  

An interdisciplinary team included CIAT, IITA, IFAD, Gulu University, and NARO members conducted the research in Adjumani, Gulu, Kitgum and Nwoya districts, to begin the process of building a representative picture characterising the physical and socio-economic dimensions shaping the local environment.  As per RRA principles, the nature of the team bolstered differing conceptual perspectives, skill-sets and institutional inputs, resulting in broad-based knowledge outcomes. The essential background gained from the appraisal will enable contextualized thought to support subsequent project objectives.

Local agricultural conditions were assessed utilizing a combination of communication and learning tools, whilst facilitating local knowledge gathering on priorities and constraints faced by farmers.  Key-informant interviews, participatory workshops, transect walks, resource mapping exercises, village and farm visits, as well as gender-disaggregated methods proved effective in gaining a comprehensive insight.



Households surveyed averaged ten people each, of which seventy percent were male headed, twenty-five percent female headed and five percent child headed.  Across these households in the four districts, it was found that agricultural labour is largely supplied by the family members, yet farmers felt that this was not adequate for purpose with regards to the amount of labour required.  Gender-disaggregated data revealed further details, showing that the labour itself, regarding both crops and livestock, was pre-determined by gender.  ‘Male crops’ and ‘female crops’ were a generic concept amongst the farming communities with men
cultivating rice, cassava and maize, primarily grown to sell, whilst women tended to be responsible for vegetables - crops for home-consumption.  Similarly the rearing of livestock had clear gender associations and divisions; in all districts at least 60% of livestock was associated with men only and in one of the districts it was over 85%; generally chickens and ducks were looked after by women where as cattle, goats, fish and bees were reared by men.  Commercial value of livestock, particularly for cattle, and related marketing duties were stated as a reason for male responsibility by some farmers, concurring with the cash based gender divisions seen in cropping.

Crop association by gender; blue papers indicated men and pink papers indicated women

Land management practices in the study districts were also explored with reference to Climate Smart Agriculture (CSA). It materialized that the most common ways to prepare fields was through a non-CSA-compliant practice, slash and burn, however the CSA practice of intercropping was commonly used for land management; often intercropping cassava with groundnut, maize or foxtail millet.  Socio-economic determinants were found to influence land-use practices, with for example population increase resulting in the decline of fallowing, where as the longer term limited use of inorganic and organic fertilizer was attributed to financial cost and a perception that the soil is fertile.  Constraints to agricultural productivity in the district prompted numerous ideas including the need to improve seed quality and accessibility; soil and water conservation; crop, land and soil management; road networks; provision of climate information; grain storage; market development and promoting value addition of produce.

SLASH AND BURN IS A NON-CSA COMPLIANT LAND MANAGEMENT PRACTICE
Detailed analysis of the RRA data will now support project objectives of conducting an informed, locally specific, assessment of the current use of agricultural practices in the area that satisfy CSA criteria of sustainably increasing productivity, resilience to climate change and reduction of green house gas emissions.  Subsequent objectives include clarification of on-the-ground potential impacts of these CSA practices, considering scientific data on land health and suitability, and assessment of any associated trade-offs.

INTERCROPPING IS A COMMON CLIMATE SMART AGRICULTURE PRACTICE 

Knowledge acquired will guide selection of locally appropriate CSA practices for implementation at the local level followed by further appraisal supported by local perceptions on benefits and barriers to adoption, with full consideration given to variations between socially differentiated groups.  Integrated data from the participatory research, intra-household gender surveys and biophysical baseline assessments aims to ultimately produce a model set of locally appropriate approaches to CSA to out-scale in East Africa, via work with development institutions such as ‘CSA; Agricultural Research For Development’ (CSA AR4D) and through strategic policy partnerships.Detailed analysis of the RRA data will now support project objectives of conducting an informed, locally specific, assessment of the current use of agricultural practices in the area that satisfy CSA criteria of sustainably increasing productivity, resilience to climate change and reduction of green house gas emissions.  Subsequent objectives include clarification of on-the-ground potential impacts of these CSA practices, considering scientific data on land health and suitability, and assessment of any associated trade-offs.

*Project title, “Increasing food security and farming system resilience in East Africa through wide-scale adoption of climate-smart agricultural practices” led by CIAT (Soil Research Area and Decision and Policy Analysis (DAPA)) in collaboration with IITA, ICRAF as well as local and national NGOs and institutions.

Dr. Leigh Winowiecki is a Soil Scientist with the International Center for Tropical Agriculture (CIAT) in the Soils Research Area. Her research includes soil and landscape health monitoring, employing the Land Degradation Surveillance Framework (LDSF) globally.  Dr. Winowiecki maps and analyzes soil conditions to help provide options for improved soil management and adaptation to climate change.

Dr. Winowiecki holds a PhD in Soil Science and Tropical Agroforestry. A joint Program between the University of Idaho, Moscow, ID and CATIE.

Click here for a link to the Report

Finding the right mix of climate-smart solutions in East Africa

Posted by daniela cuneo Monday, June 23, 2014 0 comments

June 12, 2014
by Melissa Reichwage

@IFAD/Siegfried Modola
Farming systems that integrate crops with livestock carry much of the weight of the world’s food systems. These “mixed” farming systems produce about half of the planet’s food on 2.5 billion hectares. They not only account for over 90% of the world’s milk supply and 80% of the meat from ruminants but also provide most of the staple crops consumed by poor people, including maize, rice, sorghum, and millet.

Given their importance and vulnerability to climate variability, smallholder mixed crop-livestock systems should be a primary target for strategies to produce more food while taking less from the land.

Climate change is happening even faster and with more damaging effects on the world’s food security than previously anticipated, according to the Intergovernmental Panel on Climate Change (IPCC), the world’s most authoritative body on climate change science.

Agricultural research for development can make a big difference at every step from field to fork by, for example, providing new strategies that help smallholder farmers balance the needs of livestock and crops or by encouraging and guiding investments and policy. Scientists have identified a number of adaptation options: including better technologies, such as drought-tolerant crops; behavior changes, as in diets; improved land management practices; and new policies to foster market and infrastructure development.

@IFAD

One of the biggest challenges in implementing climate-smart agriculture is ensuring that solutions are locally appropriate. “Dozens of activities can help crop-livestock farmers adapt to climate change or reduce their emissions, while boosting their food security. But there is no fixed package of interventions or a one-size-fits-all approach,” said Leigh Winowiecki, a CIAT soil scientist, who is working on the project.


By linking social and ecological tools and datasets, CIAT and partners are identifying and scaling out context-specific strategies for climate-smart agriculture.

The “Increasing food security and farming system resilience in East Africa through wide-scale adoption of climate-smart agricultural practices” project led by the International Center for Tropical Agriculture (CIAT), through the CGIAR Research Program on Climate Change, Agriculture and Food Security (CCAFS), specifically its Flagship 4 on policies and institutions for climate-resilient food systems, is being supported by the International Fund for Agricultural Development (IFAD).

Over the next 3 years, the project will work closely with IFAD and national and international partners in Tanzania and Uganda to scale up climate-smart options. An assessment of the impacts and suitability of these options at the local level will help mixed system smallholders, especially women and marginalized groups, make better choices about a number of practices and techniques on offer, based on their real needs. The innovative approach includes spatially explicit monitoring and modeling of land health and agronomic suitability, and on-farm participatory research to ensure the success of the practices on the ground.

By working with farmers and local, regional, national, and international partners to mix and match the most locally appropriate solutions, climate-smart agriculture is becoming a bit smarter.


Learn more about CIAT’s partnership with IFAD in the Stewardship Report outlining our shared vision of a world without poverty and hunger.


Originally posted on CIAT website