East African Cassava Farmers Benefit From Value Addition Project

Over 54,000 small scale cassava farmers in East Africa has benefitted from value addition project by a NGO.

Brought under 36 Cassava Village Processing Project (CVPP) in Kenya’s Busia and Makueni districts, Arusha in Tanzania and Uganda’s Jinja and Buyende town, the farmers were given over 16 million cassava cuttings of different varieties within a year.

The Farm Concern International (FCI) which funded the project said it has increased income for women and young people by increasing the potential of cassava as source of carbohydrate for animal feed, human and starch for industrial food processing companies.

“During the intervention a total of 10,642 metric tonnes of cassava was processed into chips and chunks for both local and industrial markets, 23,400 metric tonnes were sold to the fresh market, with 45,806 metric tonnes utilised for food security,” FCI said.

The project which partnered with private sector has helped farmers to commercialize farming to improve food security and incomes through small scale industries by mobile motorized and manual chippers for micro-processing which allows farmers to supply to key starch, human and animal feed manufacturers across the region.

“Cassava Villages have been transformed into commercial hubs where small scale farmers collectively produce, process and market their produce accruing benefits as a result of economies of scale and lower transactional costs,” the NGO said.

Farm Concern has also facilitated market linkages between the commercial villages and key cassava industrial players through village based business forums (VBFs).

Under the project cassava farming has been transformed from subsistence crop into a reputable commercialised commodity valued after streamlined marketing systems and favourable market prices.

To cut off brokers the project also created saving schemes in 43 villages whose collective savings of Sh18.2 million has promoted lending for individual and group investments.

The project has created over Sh320million in a year of crop produced in the project which was also carried out.

Manuel Odeny © 2013

Cell phones revolutionizing Kenya’s livestock sector

A goat herd in Somaliland by NatGeo

A new mobile technology has revolutionised live stock farming by pastrolist communities in Kenya.

The technology, which sends alerts for livestock diseases between farmers and veterinarians, will also issues alerts quickly about possible animal disease outbreaks and track wide-scale vaccination campaigns.

Using Global Positioning System (GPS) the technology helps to pinpoint with accuracy and speed early warning signs for animal disease outbreaks in a matter of seconds instead of weeks.

The application, EpiCollect, will help detect animal diseases quickly and these early warning can prevent death of tens of thousands of animals, thus safeguarding livelihoods and food security, and preventing diseases that can sometimes be passed to humans.

 “The mobile phone technology aid in reporting animal disease outbreaks, tracking vaccination campaigns and delivery of veterinary treatments, such as de-worming animals,” said Robert Allport, FAO Kenya’s Assistant Representative for Programme Implementation.

“Cellular phones eliminate delays in receiving field data, since all the information is relayed via the mobile network, after the information is assigned a geographic location to be extremely accurate and available in real-time,” Allport said.

The mobile application is funded by FAO, the Royal Veterinary College and local NGO Vetaid to also track animals’ medical history via the mobile Web

In a press statement FAO says the project has been successful in Kenya where three out of four people now have a mobile phone and more Kenyans are upgrading to Internet-enabled phones and prices for the technology inevitably come down.

Although only a third of Kenyans have access to the Internet at present, 99 percent of those Internet subscriptions are for access from a mobile phone which made the project viable.

EpiCollect is set to do away with what has been happening some five years ago when veterinarians would have to travel to remote locations, record data, and then travel back to district-level offices to process the paperwork.

“Now data is transmitted real time and includes total number of livestock in a herd, number of animals vaccinated and herd movement during search of pasture and water which is regularly update and stored online,” FAO said.

The EpiCollect database is not searchable in online search engines which keeps sensitive information safe and can only be accessed by national vertinary officers and field vets who are assigned unique location code for each project.

“Presently EpiCollect is only being used by field veterinarians with phones provided by Google Kenya for the testing phase but it will be available to village elders and well-established networks of community animal health workers,” it said.

FAO is also set to use the same technology for better link to livestock producers with markets and livestock traders.

“Traders and sellers can relay information to central point about how many animals they have to make markets function efficiently with transparent pricing and collective bargains,” FAO Kenya’s Allport said.

The same technology has been used by FAO’s, Oxfam and Nokia using Nokia Data Gathering (NDG) to monitor water points in pastoralist areas as an early warning indicator for drought in Kenya and Ethiopia where communities monitor water levels regularly via Internet-enabled phones.

In the Karamoja area of neighbouring Uganda, the same NDG system is being used by local chiefs to monitor drought indicators to allow for early response.

Manuel Odeny © 2013

4.7 million Kenyans benefit from free Tsetse fly project

A man making a tsetse fly trap 

Over 4.7million Kenyans are no longer at a risk of contracting sleeping sickness after African Development Bank (AfDB) project to create a sustainable ad free tsetse fly and trypanomiasis areas.

The Sh859 million project started in 2001 covered three project areas in Mwea Game Reserve area in Meru, Ruma National Park in Lake Victoria region and Lake Bogoria Game reserve which covered over 24,000km2 of land.

“The project which ended in 2010 involved mass-rearing of tsetse flies, sequential release of gamma-radiated sterile males to curb reproduction and traainnig of over 6,000 community members in involvement in baseline data collection and processing,” AfDB said in their report.

Other methods involved using community crush pens and tsetse fly traps and use of insecticides and logistical support to in head offices in Kisumu, Nakuru and Embu by offering six motor vehicles and 10 motorcycles among other items.

Equaly locals and cattle were treated for any symptoms of sleeping sickness and farmers trained on eradication and farming techniques.

“The project’s aim was to end tsetse fly and trypanomiasis risk which was a serious obstacle to poverty reduction and food security and ease difficulties experienced by people infected areas in obtaining an early diagnosis due to the lack of access to basic health care,” the bank said.

The report says that 6 million herd of cattle in the designated areas have been freed from tsetse fly affect which has increased meat and milk production annually by 13,360 and 180,000 metric tonnes respectively.

The project was attained by a total of 210 staff from AfDB, Kenya Wildlife Services, Kenya Agricultural Research Institute, Ministries of Livestock and Public Health and Sanitation.

The same project was carried out in other East and West African countries.

Bill and Melinda Gates Foundations offers US$3 million grant for Agricultural Biotechnology in Africa

Farmers in Africa ploughing using oxen. Bio-technology though ignored can boost food productivity in the continent. PHOTO: Internet Sources.  

ACCRA: 2 May 2012 by AATF

The Open Forum for Agricultural Biotechnology in Africa (OFAB) today announced it had received a grant of US$3 million from the Bill & Melinda Gates Foundation to expand its work. The announcement was made during the Forum’s fifth anniversary celebrations in Accra, Ghana. The initiative set up in 2006, aims to enhance knowledge-sharing and awareness on biotechnology and to contribute to building an enabling environment for decision making on agricultural biotechnology in Africa.

“Biotechnology has delivered substantial benefits to farmers around the world but Africa still lags behind in exploiting its potential partly due to lack of an enabling environment for the development and use of agricultural biotechnology,” said Hon Sherry Ayittey, Ghana’s Minister for Environment, Science and Technology in her address during the Forum’s fifth anniversary celebration in Accra, Ghana.

“Discussions over agricultural biotechnology and its application are surrounded by misperceptions due to lack of or conflicting information,” she continued. “This is a challenge that decision makers who must make the right decisions in the face of a rapidly growing population, declining agricultural productivity and reduced resources available for agricultural research continue to face,” she added.

Over the past 20 years, agricultural biotechnology has made a positive impact on poverty reduction and hunger in the developing world, but mainly in Asia and Latin America. Sub-Saharan Africa, with an estimated population of 800 million in 2007, continues to register low farm productivity even as two-thirds of its population lives in rural areas and depend on agriculture for survival. The region has the world's largest concentration of people who go to bed hungry every day - estimated at a third of the population.

“OFAB addresses the existing biotechnology information gaps and concerns by facilitating the interaction of scientists involved in biotechnology research with journalists, policy makers, civil society, farmers and other stakeholders,” said Dr Denis Kyetere, the Executive Director of the African Agricultural Technology Foundation (AATF).

“Over the last five years, we have seen discussions held at OFAB making input into Africa’s decision on how biotechnology can contribute to its food security and economic developmental goals, thus significantly contributing to achieving the UN Millennium Development Goal of reducing extreme poverty and hunger by half by 2015,” said Dr Kyetere.

OFAB was initiated by AATF and is currently being implemented in five African countries of Kenya, Uganda, Tanzania, Nigeria, and Ghana in collaboration with like-minded partners. OFAB plans to open a sixth country chapter in 2012. OFAB partners in the countries include the International Service for the Acquisition of Agri-biotech Applications (ISAAA-Africenter) in Kenya; the Uganda Council of Science and Technology (UNCST), the Tanzania Commission for Science and Technology (COSTECH), Nigeria’s National Biotechnology Development Agency (NABDA) and the Council for Scientific and Industrial Research (CSIR), Ghana.

“Effective development and use of new technologies require an enabling environment that will improve understanding, contribute to the process of formulation of relevant policies and laws and ultimately support the adoption and use of these technologies by small-scale farmers across Africa,” said Dr Salifu, the Director General of CSIR, Ghana.

“Through the forum, the scientists get the much needed chance to impact policy makers on the need to mainstream science and technology into Africa’s development agenda and back that with adequate funds for research and development,” said Dr Salifu.

Currently, OFAB operates through holding of monthly meetings in the different countries, where topics of interest in agricultural biotechnology are presented and discussed. The principal areas of discussions during the meetings include those specific to understanding agricultural biotechnology in general and how it applies to Sub-Saharan Africa, updating stakeholders on biotechnology project developments and discussing enabling factors such as intellectual property management, liability, seed systems and commercialisation.

“OFAB has played, and will continue to play, a key role in improving public awareness on biotechnology in Africa,” said Dr Kyetere. “This funding will go a long way to support the current activities of OFAB and also enable the chapters to expand their activities outside their current monthly meetings to cover a wider geographical scope within the country and organize targeted biotech communication events for specific categories of stakeholders” he added. The expansion of OFAB activities will contribute to the attainment of the overall goal of creating an enabling environment for agricultural biotechnology.

In order to create the necessary enabling environment, policy makers and the people they serve need to have the right information on agricultural biotechnology to inform decision making and subsequent action. Currently, the biotechnology debate is characterised by scientific facts which are often mixed with environmental, health, social-ethical and political considerations. This complicates matters for these key decision makers often resulting in development of negative perceptions of biotechnology and mis-informed discussions.

“OFAB strives to ensure that policy makers, farmers and agricultural stakeholders have clear and well-structured information on biotechnology that shows that agricultural biotechnology has an important and useful role to play in enhancing food security and creating wealth,” said Dr Peter Ndemere, the Executive Secretary of UNCST and chair of the OFAB-Uganda chapter.

Lessons and experience gained during the five years that OFAB has been in operation point to the potential that it offers in creating better understanding and appreciation of agricultural biotechnology in SSA to address biotechnology information needs of policy makers and the general public.

“We have seen OFAB contribute to informing policy decisions on biotechnology through the provision of a platform for highly interactive discussions on biotechnology including discussions on regulations and biosafety laws” said Dr Margaret Karembu, the chair of the OFAB-Kenya chapter.

OFAB in Nigeria has grown and is recognised as a key awareness and information sharing forum with increased calls for its work to be expanded to cover the countryside. “It has served as a key platform for informing various stakeholders on the importance, content, and impacts of the country’s biosafety bill,” said Prof Bamidele Solomon, the OFAB-Nigeria chairman. “We see OFAB continuing to play this role in the countries that are in the process of passing their bills and those that have already passed them to support the commercialisation and use of biotech crops,” he added.

There has been increased policy maker public pronouncements on the benefits of biotechnology. Hosted by NABDA, OFAB has acted as the agricultural biotechnology stakeholders’ convening body, bringing stakeholders together through provision of a discussion platform and sharing of updates on key developments. The Chapter continues to host high level government officials from key ministries such as agriculture, science and technology, environment, information and communications including members of parliament during presentation of topical issues relevant to their ministries.

According to Dr Hassan Mshinda, the chair of the OFAB-Tanzania chapter, “the enactment of enabling biosafety bills will allow for the testing and delivery of agricultural biotechnology tools that will ultimately benefit farmers in SSA. Our farmers need to access innovative technologies to address their agricultural productivity constraints and consequently play a role in enhancing food security and creating wealth for their families and nations. Such technologies are currently out of their reach due to inadequate information on their use and adoption.”

“OFAB’s vision is for an Africa in which agricultural biotechnology makes a significant contribution to enhanced food security and wealth creation,” said Dr Kyetere. “To help realise this vision, OFAB seeks to build an effective, trustworthy and responsive platform for society to make informed decisions on safety and appropriateness of the application of agricultural biotechnology.”

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About AATF (www.aatf-africa.org)
The African Agricultural Technology Foundation (AATF) is a not-for-profit organisation that facilitates and promotes public/private partnerships for the access and delivery of appropriate proprietary agricultural technologies for use by resource-poor smallholder farmers in Sub-Saharan Africa.

About OFAB (www.ofabafrica.org)
The Open Forum for Agricultural Biotechnology in Africa (OFAB) is a platform that provides an opportunity for biotechnology stakeholders to network, share knowledge and experiences, and explore new avenues of bringing the benefits of biotechnology to the African farmer and investor