The ILRI 2018 Annual Report> In the lab

ILRI/Jules Mateo
ILRI’s Steve Staal with pig farmer in the Philippines.

RHoMIS: A rapid, standardized and cost-effective tool for tracking agricultural performance

A tool developed by ILRI to help researchers monitor progress of various agricultural interventions towards climate change adaptation and mitigation is becoming widely adopted


By Sarah Kasyoka

Researchers at the International Livestock Research Institute (ILRI) developed the Rural Household Multi-Indicator Survey (RHoMIS), a tool to rapidly measure an array of key indicators regarding agriculture and climate change, including agricultural production and market integration, nutrition, food security, poverty and greenhouse gas emissions. RHoMIS, rolled out in May 2015, has so far been adopted by more than 10 research and development organizations.

Stakeholders in the sustainable development field devote time and financial resources to collect baseline information regarding smallholder livelihoods. Even though parameters under investigation are usually quite similar from project to project, the standard practice was for every organization or group to develop its own specific tools and analysis methods. The upshot is that it can be very difficult to compare projects, because there is no standard yardstick to measure impacts. The RHoMIS tool allows data from many projects to be pooled, thereby building a coherent, large dataset permitting cross-site analyses.

It can be difficult to compare projects, because there is no standard yardstick to measure impacts.

The need for standardized and validated tools

The need for tools that can produce standardized, coherent and cost-effective information to support development initiatives cannot be understated—and in no area of agriculture is there a greater need for precise, standardized measurements than climate change mitigation and adaptation. The RHoMIS framework has already been applied to projects in more than 22 countries, with close to 17,000 households participating in interviews. RHoMIS is financed by donors including the United States Agency for International Development (USAID), the United Kingdom Department for International Development and the Bill & Melinda Gates Foundation.


13 year-old boy tends cattle on the outskirts of Addis Ababa (Credit: ILRI/Stevie Mann)

RHoMIS is particularly helpful for Climate Smart Agriculture (CSA), an approach for transforming agricultural systems to effectively support development and ensure food security in a changing climate. CSA has three main pillars: achieving food security, adapting and building resilience to climate change and reducing greenhouse gas emissions to mitigate further climate change.

The RHoMIS framework has already been applied to projects in more than 22 countries, with close to 17,000 households participating in interviews.

In order to achieve CSA, the links between farming and livelihood practices, other possible adaptation options and their effects on farm performance must be understood. Using RHoMIS, researchers can assess the various opportunities available for CSA at the household level. For instance, RHoMIS has been used to evaluate agricultural interventions such as bean variety uptake, use of non-timber forest products and livestock vaccination. New analyses will also be conducted in collaboration with the Mazingira Centre based at ILRI to improve estimates of greenhouse gas emissions in the context of livelihoods. The RHoMIS framework is therefore contributing to efforts to address the challenges of climate change, nutrition and livelihoods. The framework is a flexible digital platform built on open-source software that can be easily modified to meet a range of needs while collecting a core set of data that feed into the global agenda on CSA.

On-the-ground impact

In Burkina Faso, Tree Aid, a nongovernmental organization that works to create sustainable communities in isolated and arid regions of Africa, successfully used RHoMIS in its program to support the enhancement of Non-Timber Forest Products (NTFPs). For this project, RHoMIS was selected as the preferred survey tool because its core modules provide the researchers with data for Key Performance Indicators (KPIs) such as household-level income, income from NTFPs and dietary diversity. Nine surveys were conducted, with 4,291 households reached. The project team indicated that RHoMIS is well suited to Tree Aid projects because their interventions often focus on household levels with numerous KPIs and project level indicators fixed at a household level. Data collected through this framework is expected to improve organizational and project-level evaluation and learning as well as improve project management decision-making.

In Vietnam, RHoMIS has been used by the International Center in Tropical Agriculture in the project, ‘Hand and Minds Connected to Boost Eco-Efficiency of Smallholder Livestock-Crop Farms’. The project seeks to increase innovation capacity within the agricultural sector in Lao, Cambodia and Vietnam to generate eco-efficient smallholder livestock-crop systems. RHoMIS was used to collect baseline data for the project on which consecutive work focusing on soil fertility was based.

In Ethiopia, RHoMIS was used to survey 800 households within the USAID-funded AfricaRISING program. In this exercise, RHoMIS was adapted to cover the most important indicators of the Sustainable Intensification Assessment Framework, developed by the Kansas State University and the University of Florida through funding provided by USAID. This framework assesses the short- and long-term sustainability of agricultural intensification options and has been widely applied in Feed the Future programs.

To find out more, go to the RHoMIS website.

Better lives through Livestock

The Human Face of Sustainable
Livestock Development

International Livestock Research Institute2018 Annual Report

Ethiopian girl drinking milk produced by the family cow
ILRI/Apollo Habtamu

Foreword


Jimmy Smith (l) received a doctorate with honoris causa and gave the commencement speech at the University of Melbourne, Australia, on 6 Dec 2018, with Lindsay Falvey (r).
University of Melbourne

2018 was a year of continuing progress and solid achievement for ILRI—and for that we remain both grateful and proud. Thanks to our staff, our partners, our donors and the governments with whom we work, ILRI is helping countless farmers and other stakeholders in the livestock sector in the developing world live better lives through livestock. It is helping to raise household incomes, improve human nutrition and health, fight devastating livestock diseases, breed more productive and drought-resistant animals, redress gender imbalances, enhance biodiversity and develop livestockrelated policies that will address, mitigate and adapt to climate change.

In past reports, we’ve noted that the global demand for animal-source foods continues to grow rapidly in developing and emerging countries, a phenomenon we’ve dubbed the “livestock revolution.” In Africa, for example, the demand for livestock-derived foods is projected to increase by 80% from 2010 to 2030, mostly because of population growth. Asia, already the largest consumer of livestock-derived foods, will see a nearly 60% jump in consumption—and much of that will be due to rising incomes and greater urbanization.

The breadth of the opportunities these figures represent requires new science and new research results that are taken to scale. This report highlights just a few of the many activities ILRI staff have undertaken in the past year.

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In the lab

Good science is the foundation of ILRI’s work

ILRI Information products 2018

ILRI/Zerihun Sewunet

In the field

ILRI is committed to research for development

ILRI Offices and staff worldwide

ILRI/Apollo Habtamu

Capacity building

Building local capacity and mentoring the next generation of agriculture scientists

ILRI.org site usage

Top 2018 science publications from ILRI programs

We thank ILRI's many partners and donors