Wetlands provide goods and services like water and fish as well as water purification and flood mitigation. However, they are used unsustainably leading to degradation. The search for fertile soils and water for animals and agricultural use, as well as papyrus for commercial purposes has heightened degradation. According to a study conducted by researchers from the College of Agricultural and Environmental Sciences (CAES), Makerere University and Michigan State University, food and economic security are the main drivers of encroachment and the main activities carried out within the wetland are farming (40%), vegetation harvesting (25%) and fishing (24%). Although a number of interventions have been made to protect wetlands, encroachment persists. To minimize the challenge, it is important for all stakeholders to understand the structure of the wetland system and its linkage with livelihood activities.
Through a project titled, “Participatory Modelling for Livelihood Security and Ecological Integrity in a Ugandan Wetland-Agricultural System”, the researchers led by Dr Ellen Kayendeke from the Department of Environmental Management, CAES, and Prof. Laura Schmitt Olabisi from Michigan State University conducted a survey among wetland users on the drivers of wetland degradation and how this impacts ecosystem services. The overall objectives of the project were; i) to generate information about the causal links and feedback mechanisms between wetland management and livelihood activities, and ii) to create an improved and shared understanding of the wetland-agricultural system structure among the stakeholders. Other members on the project included Prof. Frank Kansiime from the Department of Environmental Management; and Prof. David Mfitumukiza from the Department of Geography, Geo-informatics and Climatic Sciences, CAES, Makerere University.
According to the research findings, wetland degradation impacts long-term agricultural productivity, which then perpetuates a cycle of food insecurity and poverty. The short term effects of encroachment include reduction in wetland flora and fauna, and reduced ability to supplement food needs. The long term effects include reduction in soil fertility and low yields.
Disseminating their findings to stakeholders on 24th August 2022, the researchers noted that wetland users are aware of the impact of degradation on ecosystem services, but continue to encroach on wetlands. The encroachers claim they cannot vacate the wetlands because of a lack of alternative livelihoods. The researchers advise that efforts to regulate wetland use and educate stakeholders on wise use of wetlands should be complemented with support of alternative livelihoods.
Using a system dynamics approach, the researchers generated visual representations (Causal Loop Diagrams) to illustrate the structure and feedback loops of the wetland-agricultural system in Uganda, with a case study of Naigombwa wetland in Iganga District. According to Prof. Laura Schmitt Olabisi, System Thinking is key when dealing with environmental management given the interconnection between different actors.
During the research dissemination workshop held at Fairway Hotel in Kampala, the project team sensitized participants on System Dynamics (SD) and Causal Loop Diagram (CLD) methodology and its application to natural resources management. The workshop also served as a platform to validate the CLD of Iganga wetland-agricultural system, and to discuss potential policy measures for effective wetland management.
The meeting was attended by the Commissioners, Wetlands Management and Capacity development at the Ministry of Water and Environment; as well as representatives from the National Environment Management Authority; Iganga District Local government; CAES; Ministry of Agriculture, Animal Industry and Fisheries (MAAIF); Institute of Environment and Natural Resources (SIENR), Uganda National Association of Community and Occupational Health (UNACOH), GIZ, the media, and a representative of rice farmers in Iganga District.
The workshop was graced by the Deputy Principal of CAES, Prof. Yazidhi Bamutaze, and the Head, Department of Environmental Management at CAES, Prof. Justine Namaalwa.
Piggery farming in Uganda is on the rise more especially due to the ready market both within and outside the country. Just like any other business, farmers require a lot of input if they are to reap big from the business. Reproductive assistance techniques, such as Artificial Insemination (AI), have proved to be very effective in enhancing the quality of breeds leading to improved production and productivity. Implementing AI reproductive techniques allows optimizing production conditions, reducing their costs, and increasing their efficiency. With support from the International Livestock Research Institute (ILRI), Makerere University in collaboration with a number of partners, including district veterinary officers has conducted countrywide trainings in AI in a bid to increase the pool of pig artificial insemination service practitioners.
From 28th February-3rd March 2024, Makerere University in collaboration with ILRI, the Ministry of Agriculture, Animal Industry, and Fisheries (MAAIF) and the National Animal Genetic Resources Centre and Data Bank (NAGRC & DB) conducted a training of over 20 animal health practitioners from Central Uganda. The training held at Makerere University Agricultural Research Institute Kabanyolo (MUARIK) was organized by Dr Donald Kugonza, an Associate Professor in the Department of Agricultural Production, College of Agricultural and Environmental Sciences (CAES), Makerere University, also coordinator of ILRI’s More Pork projects in Uganda.
During the five days of the training, the farmers were exposed to knowledge on a number of aspects including; i) the merits and demerits of pig artificial insemination; ii) the Uganda pig value chain- key actors, opportunities, challenges; iii) pig breeds and their characteristics- farmers preferences, straight breeding and terminal crossing, selection and culling; iv) hormonal regulation of female heat cycle, signs of heat and methods for heat detection; v) boar spray/smell, pregnancy diagnosis methods, gestation and weaning, growth and selection; vi) records management; vii) the role of NAGRC in pig breeding – Animal Breeding Act and breeds available at NAGRC stations; as well as viii) Animal Breeding Regulations. The farmers also acquired skills on semen collection, evaluation, extension, packaging, labeling and storage; reproductive diseases and management; animal hygiene; catheterization on tracts and live sows, sow stimulation, semen deposition; and biosecurity protocols. The farmers were also trained on care and maintenance of AI equipment.
Facilitators included; Dr Donald Kugonza from CAES, Makerere University (handled genetics and breeding); Dr Gerald Kirembe from AFIRD (animal health); Dr Gerald Nizeyimana from the College of Veterinary Medicine, Animal Resources and Biosecurity, Makerere University (animal health); Dr Godfrey Bamundaga Kyobe, Wakiso District Veterinary Officer (artificial insemination in pigs); Dr. Leonard Kawuule from Vetline Services (pig technologies); Ms. Esther Nakajubi from NAGRC&DB (animal production); Mr. Robert Natumanya from the CAES, Makerere University (animal production); Mr. Eric Semwezi, private AI practitioner; Dr. Alex Mukasa from MAAIF (animal production); and Mr. Isaac Kasoro from Makerere University (pig technologies).
The training was supported through the One CGIAR initiative for Sustainable Animal Productivity for Livelihoods, Nutrition and Gender Inclusion (SAPLING), that aims to transform livestock sectors in seven countries including Uganda, through a pipeline of existing and new innovations. SAPLING is being implemented by the ILRI, International Centre for Agricultural Research in the Dry Areas (ICARDA) and the Alliance of Bioversity International and International Centre for Tropical Agriculture (ABC). SAPLING Uganda is geared towards improving the livelihoods of livestock producers and other actors in the pig, dairy and beef value chains. Uganda is one of focus countries for this initiative given the importance of livestock in the livelihoods of its people and the commitment of public and private actors to transform food systems through sustainable livestock development.
On behalf of the Country Director, ILRI, Mr. Ronnie Ahumuza appreciated the partners including MAAIF, NAGRC, Makerere University and district local governments for supporting the programme. Delivering a presentation on the pig value chain in Uganda, Mr. Ahumuza noted that the sector was highly neglected yet the demand for pork was on the rise. He informed participants that ILRI had piloted a number of innovations to improve the sector including interventions under the MorePork 1 and MorePork II projects that targeted diagnostic studies to identify constraints and opportunities in the pork value chains, testing of interventions to address the identified constraints, market systems development, and introduction of PigSmart Innovations (gross margin calculator, digital extension, feed calculator). The organization is currently implementing a project on Sustainable Animal Productivity for Livelihoods, Nutrition and Gender Inclusion (SAPLING) geared towards improving the livelihoods of livestock producers and other actors in the pig, dairy and beef value chains.
Explaining the mandate of his sector that mainly focuses on improving production and productivity of livestock, the Commissioner, Animal Production at MAAIF, Dr Theophilus Mwesige said piggery production was still low in country, proposing a number of interventions to boost the sector.
The meeting was graced by the Technical Manager, Breeding at NAGRC, Dr Helen Nakimbugwe and Wakiso District Veterinary Officer Dr Bamundaga Kyobe Godfrey who shared experiences on AI in livestock.
The primary objective of this training initiative is to promote knowledge exchange and learning about innovative systems, methods, tools, and best practices in nutrition surveillance.
The training
The School of Food Technology, Nutrition and Bio-systems Engineering (SFTNB), College of Agricultural and Environmental Sciences (CAES), Makerere University has held a four-day training for its staff and students on Integrated Food Security Phase Classification for Acute Malnutrition (IPC-AMN). The training held from 26th-29th February 2024 has been conducted at the School premises at the University.
The training initiative emerged from the collaborative efforts of the “Learning Network on Nutrition Surveillance.” The implementation of this initiative is led by the Intergovernmental Authority on Development (IGAD). This network, fostering connections between policymakers, research institutions, and universities, spans across the countries of Djibouti, Malawi, Zambia, Tanzania, Rwanda, Kenya, Somalia, and Uganda.
The primary objective of this initiative is to promote knowledge exchange and learning about innovative systems, methods, tools, and best practices in nutrition surveillance. The initiative fosters knowledge exchange on innovative systems, methods, tools, and practices in nutrition surveillance, with a special emphasis on the East, Central, and Southern Africa region, and the Integrated Phase Classification (IPC) for Food Security and Nutrition stands as a crucial element within this network.
FAO’s contribution
One of the key contributors to this training initiative is the Food and Agriculture Organization (FAO), leveraging its two decades of experience. FAO has meticulously designed face-to-face training sessions for professionals in food security and nutrition. Furthermore, they have developed a comprehensive curriculum for graduate and post-graduate students focusing on the IPC for Acute Malnutrition scale (AMN).
This AMN course is crafted to equip graduates with the essential skills for IPC, but also serve as a pathway for IPC certification, enhancing their professional credentials as they embark on their careers. Notably, a similar curriculum addressing acute food insecurity has been successfully implemented at the University of Pretoria, and has worked successfully.
As a significant stride towards expanding the reach of this valuable curriculum, FAO has played a pivotal role in training the academic staff at Makerere University (Department of Food Technology and Nutrition) on both the structure and content of the AMN course curriculum. This strategic partnership aims to facilitate the eventual incorporation of this curriculum into the institution’s offerings.
Facilitating this training was Dr Jannie Armstrong, Integrated Phase Classification’s Learning and Research Coordinator. Dr Armstrong brings a wealth of experience to the table, overseeing the academic liaison portfolio and ensuring that IPC remains informed of developments in food security and nutrition research globally. His commitment is evident through co-developing IPC training materials and contributing as a member of the Technical Development Team.
Over the past 25 years, Dr Armstrong has contributed significantly to food security policy across Asia, Africa, and Europe, working with esteemed organizations such as FAO, WFP, and others. His enduring research interest in food security policy in the Global South reflects his dedication to making a positive impact in this field.
Appreciation
“As educators, we recognize the paramount importance of preparing our students for the evolving workforce, and FAO’s initiative is a testament of our commitment to continuous improvement in teaching and learning, aligning perfectly with our objectives. We express our sincere appreciation for this collaborative effort and are confident that together, we shall rise to meet the evolving needs of our stakeholders both within and outside Uganda,” remarked Dr Hedwig Acham, Senior Lecturer, Department of Food Technology & Nutrition, Makerere University.
Sub-Saharan Africa, February 29, 2024 – A landmark collaboration between the American Oil Chemist’s Society (AOCS), Cultivating New Frontiers in Agriculture (CNFA), the Soybean Innovation Lab (SIL), Makerere University (School of Food Technology, Nutrition and Bioengineering (SFTNB), and the National Agriculture Research Laboratory (NARL) of Uganda has culminated in a transformative oilseed processing course, enriching regional expertise and capabilities. Designed to elevate Sub-Saharan Africa’s oilseed processing industry, the course leveraged AOCS content from industry and academic members, delivering world-class expertise to a cadre of regional processors. Held over 2.5 intensive days at the NARL and Makerere University SFTNB – Food Technology and Business Incubation Center, the course welcomed a capacity-filled cohort comprising participants from Ethiopia, Ghana, Kenya, and the host country, Uganda.
Supported by the Processor-to-Processor (P2P) program, AOCS volunteers Grant Mitchell, P.E., Bruce Patsey led the facilitator team together with Dr. Robert Mugabi (Makerere University) and Dr. David Bamwirire (NARL). P2P is an initiative with AOCS, CNFA, and SIL that brings one-on-one technical expertise to SSA processors under the umbrella of USAID’s Farmer-to-Farmer (F2F) program, implemented by CNFA in Southern Africa. The course’s impact was amplified by a preceding Training of Trainers (TOT) session, where AOCS and Ugandan facilitating teams collaborated to sustainably disseminate the latest industry technical expertise while addressing the unique challenges encountered by many Sub-Saharan African processors.
The success of the course stands as a testament to the transformative potential of collaborative initiatives in addressing critical industry challenges and driving meaningful progress across Sub-Saharan Africa.