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Agriculture & Environment

Mak Student’s Push-Pull App to Help Farmers Control Maize & Sorghum Pests

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By Jane Anyango

Makerere University student Paul Mugisha in collaboration with a team of scientists from the International Centre of Insect Physiology and Ecology (ICIPE), Keele University and Leeds University has developed a mobile app to help maize and sorghum farmers to control pests without using pesticides.

Paul Mugisha is undertaking a Master of Science in Plant breeding and Seed systems at Makerere University’s Department of Agricultural Production, School of Agricultural Sciences under the College of Agricultural and Environmental Sciences (CAES). Mugisha is also the Chief Executive Officer (CEO) Agape Innovations Ltd.

The purpose of this app is to enable a farmer to do push-pull on his garden without  interacting with an extension agent but purely using his mobile phone which does not only solve the problem of scarcity of extension workers, but also, prevents the spread of COVID-19.

The new app code-named, “the Push-Pull App”, was launched and made available  for use on Google play store on  9th August, 2021 by an international team of scientists to support farmers across Africa to use innovative, environmentally-friendly techniques for evading crop pests.

In a press release issued during the launch, scientists noted that African smallholder farmers face major challenges from insect pests such as fall armyworm, and weeds such as striga that can destroy their crops. Fall armyworm is a serious threat to food security and livelihoods and already affects at least 400,000 hectares, causing crop losses worth an estimated $3 billion a year.

In the release, the “Push-Pull technology” was described as a novel method of crop management and a solution which can massively reduce farmers’ losses from pests and increase their harvest sizes, whilst avoiding the need to use harmful and expensive chemical pesticides.

The media release in part states that the “Push-Pull technology” is a scientific method of planting crops like maize and sorghum, alongside particular species of forage grasses and legumes that repel pests and supress weeds.

“It was developed by scientists at ICIPE in Kenya and partners and is designed to protect the plants against devastating pests like the fall armyworm and the striga weed, with the companion plants also improving soil fertility. But a major challenge is how to communicate advice and information about this to millions of smallholder farmers in sub-Saharan Africa, to get as many of them using the technique as possible.

Mugisha Paul
MSc. Plant Breeding and Seed systems
MARCCI/DAP/ SAS/ CAES/ MAK
Push-Pull App Designer

To help address this challenge, a new mobile phone app has been launched by Agape Innovations Ltd, in collaboration a team of scientists from the University of Leeds, University of Keele and ICIPE.

The app is part of a larger project called, “Scaling up Bio control Innovations in Africa”, funded by the Global Challenges Research Fund, which seeks to understand how biocontrol methods have been used across Africa and to encourage their uptake”, part of the media release states.

The Principal Investigator  (PI) Dr Steve Sait, from the University of Leeds’ School of Biology, said the Push-Pull method of pest control is decades old and is used successfully by thousands of smallholder farmers across Africa.

“We hope that this collaboration, and this new app, can help us extend knowledge of this technique to potentially millions of other farmers who could be benefitting from it. Compared to chemical pesticides, Push-Pull costs less money to the farmer, results in less damage to their crops, and it avoids harming other insect species that play valuable roles in the ecosystem.”

The PI said, research by the scientists behind the Push-Pull technique, including Keele’s Professor Toby Bruce, has proven that odours released by the companion plants can effectively repel fall armyworm and protect crops against the pest.

Early adopter farmers according to the scientists have had great success with this technique, reporting five times less fall armyworm damage and a doubling or even tripling of crop yield, showing the huge potential this has for farmers and crop-producing smallholders.In addition he said, It also reduces the environmental impact of farming by protecting against pests without using pesticides, as well as improving soil quality without inorganic fertilisers.

Dr. Steve Sait explained that the Push-Pull App has been developed by Agape innovations and is available on Android phones, designed to work on the basic smartphones that are being increasingly used by smallholder farmers in Africa.

The App he adds, gives farmers information they need to get started with Push-Pull farming, and is not only free but 100% available offline, meaning a lack of internet connection in rural regions will not affect its function.

“The ultimate goal is to provide a resource for farmers that is informed by science, protects their crops and improves their harvest, which they can access any time of day from anywhere in the world”.

Professor Toby Bruce from Keele University’s School of Life Sciences said the team was excited to see if this App can serve as a vehicle for taking practical information to the farmer.

“It is designed to share key details about how to get started with Push-Pull. We hope this will increase the number of farmers taking up this innovative approach that provides real benefits by improving crop protection and food security.”Prof. Toby Bruce said.

Makerere University student- the App designer Mr.Paul Mugisha, who is also CEO of Agape Innovations Ltd underscored the significance of ICT in addressing farmers’ challenges in critical challenging times involving natural calamities.

 “With the world going digital and uncertainties like Covid-19 amplifying the challenges of physical interactions, ICT is so vital in today and tomorrow’s agriculture. At Agape, we built the Push-Pull app as a global tool to equip a farmer with all that is needed for a successful push-pull garden.

 Embedded with audio, visual and graphical expressions we are certain that the Push-Pull app will be relevant to maize and sorghum farmers worldwide for both today and tomorrow in controlling FAW, Striga and Maize stalk borer”, Mr. Mugisha explained.

Mugisha said, in this Push and Pull technology, maize is intercropped with legumes, and forage grasses are planted around this intercrop as a border around the garden. The legume intercrop produces chemicals that repels the pests from the garden (push) while the forage grass in the boundary produces chemicals that attracting insect pests (pull). In addition, the chemicals released by the intercrop roots also cause abortive germination of the parasitic striga weed, providing effective control of this stubborn weed. The legume also fixes nitrogen into the soil thus boosting soil productivity..

More about the PUSH-PULL App

What is Push-Pull App?

PUSH-PULL app is a mobile application that serves as a guide to a farmer whose interest is to control pests in maize and sorghum (like fall army worm and maize stem borer) without using chemicals and also improve the soil conditions without using artificial fertilizers.

The PUSH-PULL app acts as an extension agent on a farmer’s mobile phone providing information about a farming method called push-pull that was developed by scientists at ICIPE, a method that uses natural means for pest control and soil improvement.

What problem is PUSH-PULL app trying to solve?

With PUSH-PULL app, a farmer can access information at anytime of the day be at 6 am on a Sunday morning or at Thursday mid-night, something that is not possible with an extension agent. With this app, a farmer can access information anywhere, whether in his car, in his garden or on his way to the shop. Information is conveniently available for the farmer. With this app, farmers all over the world can access the information on their phones. Whether in Cambodia, Ecuador or in Burkina faso, push-pull information is available

What makes PUSH-PULL app unique?

  • Push-Pull App can operate offline 100%. This means it is not limited by internet connectivity and access, which is a big issue in rural communities in developing countries. You therefore do not need internet to use this application
  • PUSH-PULL App is 100% free. Anyone can download it for free, access all the app’s section for free and use the information in the app for free.
  • Push-Pull App has visual and audio capabilities. it provides you with the options of either reading or listening to the information therein. The app also has elaborate graphics to help the farmer visualize the information
  • PUSH-PULL App is compatible with all android versions. This means that the app can operate on all phones with google play store. It can also work on computers as long as they have an app enabling system (bluestacks)
  • PUSH-PULL App occupies little space and is fast. The app is light and doesn’t occupy much space on the phone making it handy to download and use.
  • PUSH-PULL App is also considerate of the user’s privacy in that an option is provided where a farmers can open and use the app without providing his information (skip logging in)
  • PUSH-PULL App is also easy to navigate through, has simple and easily understandable language and provides additional features like YouTube links and google map links to help the farmer in getting help as far as push-pull technology uptake is concerned

Who can use the app?

Farmers of maize and sorghum, extension workers, agricultural researchers and anyone interested in push-pull technology

How can I find the app?

  • Open your phone
  • Look for an icon called google play store
  • Click on the icon and on the search option (the space at the top), type in PUSH-PULL app and click search or OK or Enter (depending on your phone)
  • Icons will appear. Click on the icon labelled PUSH-PULL app (with the plant logo)
  • Click on install and wait for the app to be installed (this takes a few seconds)
  • Click on open and the app will open.
  • You can start interacting with the app
  • If you want to watch a video on how to operate the push-pull app, you can go on you-tube and search for how to install and use the push-pull app. Once you search for that, a video will appear that will guide you through the whole process.

Designed by:

Mugisha Paul
MSc.Plant Breeding and Seed systems
MARCCI/DAP/ SAS/ CAES/ MAK

With support from:

ICIPE, Keele University, Leeds University.

For pictures please click on this link:

https://drive.google.com/drive/folders/13SaawOuA8gi31ba2PmLDtij0LWmuKWhI?usp=sharing

Please see the embedded video below for guidance on how to use the Push-Pull App


How to use the Push-Pull App

Jane Anyango is the Principal Communication Officer, College of Agricultural and Environmental Sciences (CAES)

Mark Wamai

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Agriculture & Environment

TORCH Project Deepens Climate Action and Sustainable Agriculture Through Community Living Lab in Kabale

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Construction of the Biogas production system at the host farmer’s home in Kabale. Towards a Clean Energy and Zero-Emission Society in East Africa: Strengthening Academic and Community Collaboration in Outreach, Training, and Research for Green Growth and a Healthy Environment (TORCH) Project Living Lab model project monitoring and progress review meeting, 27 April 2026 in Kabale Uganda, East Africa with participantion from Makerere University, BOKU University (Austria), Kabale University, Youth Go-Green, as well as students, researchers, farmers, and community leaders.

Makerere University, in partnership with local, regional, and international institutions, is advancing climate-smart agriculture and sustainable livelihoods through the TORCH Project – Towards a Clean Energy and Zero-Emission Society in East Africa: Strengthening Academic and Community Collaboration in Outreach, Training, and Research for Green Growth and a Healthy Environment.

TORCH is a collaborative initiative designed to help communities respond to climate change through practical innovations, research, and inclusive partnerships. Implemented across Uganda, South Sudan, and Austria, the TORCH Project is focused on strengthening academic and community collaborations in outreach, training, and research aimed at building a cleaner energy future and a zero-emission society. In Uganda, one of the flagship interventions is the establishment of a Living Lab in Kabale District, Kamuganguzi Sub County Nyabumba Village, where farmers, students, researchers, and development partners are working together to test and demonstrate environmentally friendly technologies that can improve household welfare while reducing greenhouse gas emissions.

A Community-Centred Response to Climate Change

The Living Lab model places communities at the centre of innovation. Rather than introducing externally designed solutions, the project works directly with local households to identify challenges affecting their livelihoods and co-create practical responses suited to their environment.

A project monitoring and progress review meeting was held on 27 April 2026 in Kabale, bringing together key stakeholders to assess achievements, review ongoing activities, and plan the next phase of implementation. Participants included representatives from Makerere University, BOKU University (Austria), Kabale University, Youth Go-Green, as well as students, researchers, farmers, and community leaders.

Addressing the participants, Dr Patrick Musinguzi, Principal Investigator from Makerere University, explained that climate change is no longer a distant concern but a present-day challenge affecting every sector of society, including agriculture, health, energy, and livelihoods.

He said the TORCH Project seeks to support communities with solutions that progressively reduce greenhouse gas emissions while improving resilience and productivity. “The project is about greenhouse gas emissions. We need to see how to progressively reduce or cut down the emissions,” Dr Musinguzi said.

He further observed that universities have a responsibility to generate knowledge that solves real community problems and supports sustainable national development.

Practical Technologies Already Transforming Rural Households

The Kabale Living Lab has identified several priority technologies based on the specific needs of farming households in the area. According to Prof. Phelix Mbabazi Businge, the Project Coordinator from Kabale University, four technologies were prioritized after consultations with the host family and surrounding community.

These include:

  1. Biogas Systems

The biogas technology is to convert animal and organic waste into clean cooking fuel, reducing dependence on firewood and charcoal while lowering indoor air pollution. It will also provide nutrient-rich slurry that can be used as organic fertilizer.

Biogas system under construction. Towards a Clean Energy and Zero-Emission Society in East Africa: Strengthening Academic and Community Collaboration in Outreach, Training, and Research for Green Growth and a Healthy Environment (TORCH) Project Living Lab model project monitoring and progress review meeting, 27 April 2026 in Kabale Uganda, East Africa with participantion from Makerere University, BOKU University (Austria), Kabale University, Youth Go-Green, as well as students, researchers, farmers, and community leaders.
Biogas system under construction.
  1. Woodlots

A woodlot of 500 trees (Calliandra, Grevilia and Gliricidi) was planted. The establishment of the woodlots is to promote sustainable fuelwood production, restores degraded land, and contribute to carbon sequestration. This will help reduce pressure on natural forests.

  1. Food Warming Baskets

These traditional but energy-efficient baskets help retain heat in cooked food, reducing the need for repeated reheating and minimizing fuel consumption.

Food Warming Baskets. Towards a Clean Energy and Zero-Emission Society in East Africa: Strengthening Academic and Community Collaboration in Outreach, Training, and Research for Green Growth and a Healthy Environment (TORCH) Project Living Lab model project monitoring and progress review meeting, 27 April 2026 in Kabale Uganda, East Africa with participantion from Makerere University, BOKU University (Austria), Kabale University, Youth Go-Green, as well as students, researchers, farmers, and community leaders.
Food Warming Baskets.
  1. Rainwater Harvesting Tanks

Water harvesting systems improve access to clean water for domestic use, livestock, and small-scale farming, especially during dry periods.

Assoc. Prof. Busingye reported that implementation of these technologies is progressing steadily and that the host farmer has already expressed satisfaction with the impact of the project.

He called upon local residents to continue supporting students and researchers who will be using the site as a learning and demonstration centre even after the project officially closes.

Empowering Youth as Drivers of Green Transformation

Recognizing that youth are central to future sustainability, the TORCH Project has partnered with Youth Go-Green, an organization working to mobilize young people around environmental conservation, entrepreneurship, and community development.

Speaking during the meeting, Mr. Muhumuza Edwin, the organization’s coordinator, said Youth Go-Green currently works with more than two million young people across Uganda through national and regional structures.

He stressed that agriculture remains one of the most strategic sectors for youth employment and economic transformation.

“Farming is one of the key priority areas that we need to emphasize and improve,” he said.

He encouraged young people and community members to actively participate in the project and support one another in adopting sustainable farming practices.

Host Farmer Shares Life-Changing Experience

At the centre of the Kabale Living Lab is Mr. Charles Byarugaba, the host farmer whose home now serves as a practical learning site for the community.

Mr. Byarugaba explained that before engaging with the TORCH Project, farming in the area was often done without planning, resulting in low productivity, inefficiency, and financial losses.

“Traditionally, I used to engage in unplanned business and farming. We would benefit little or find ourselves at the losing end before we started working with the TORCH Project,” he said, noting that the project had introduced him to better planning, enterprise management, and more sustainable farming methods. Beyond his own household, he sees the Living Lab as an opportunity for the wider community to learn improved practices that can reduce poverty, improve nutrition, and create more reliable incomes.

Mr Byarugaba expressed appreciation to the project partners for selecting his farm as a demonstration site and pledged continued cooperation.

Research that Begins With Communities

Mr. Andreas Bauer, a representative from the Institute of Development Research at BOKU University, highlighted the TORCH Project’s unique participatory research approach.

He explained that unlike conventional research models where experts first define scientific questions and later seek communities to test them, TORCH starts by listening to people.

“Before we come up with a research question, we talk to the community and see what their issues are in their livelihoods. We ask what should be done to make a difference in the local communities,” he said.

This method ensures that research outputs are relevant, inclusive, and responsive to the real needs of farmers and households.

The model also provides students with valuable field-based learning opportunities, exposing them to applied research, stakeholder engagement, and innovation for development.

Strengthening Academic Partnerships Across Borders

The TORCH Project demonstrates the power of cross-border academic collaboration in solving pressing development challenges. Key partner institutions include: Makerere University, BOKU University (Austria), Kabale University, Kyambogo University, Busitema University and University of Juba

Together, these institutions are combining expertise in agriculture, climate science, energy systems, community engagement, and higher education to build solutions that can be replicated across East Africa.

Way Forward

As implementation continues, stakeholders reaffirmed their commitment to expanding successful interventions, increasing community participation, and strengthening research outputs that support sustainable development.

For Makerere University, the TORCH Project reflects the institution’s broader commitment to research excellence, innovation, and community transformation. By connecting academic knowledge with local realities, the University is helping communities build resilience against climate change while creating pathways to cleaner energy, food security, and inclusive growth.

With climate pressures increasing across the region, the Kabale Living Lab stands as a strong example of how universities and communities can work together to shape a more sustainable future.

Dr. Patrick Musinguzi, PI from Makerere University addressing participants during the project monitoring and progress review meeting held on 27 April 2026 in Kabale. Towards a Clean Energy and Zero-Emission Society in East Africa: Strengthening Academic and Community Collaboration in Outreach, Training, and Research for Green Growth and a Healthy Environment (TORCH) Project Living Lab model project monitoring and progress review meeting, 27 April 2026 in Kabale Uganda, East Africa with participantion from Makerere University, BOKU University (Austria), Kabale University, Youth Go-Green, as well as students, researchers, farmers, and community leaders.
Dr. Patrick Musinguzi, PI from Makerere University addressing participants during the
project monitoring and progress review meeting held on 27 April 2026 in Kabale.

The project team during the review workshop in Kabale. Towards a Clean Energy and Zero-Emission Society in East Africa: Strengthening Academic and Community Collaboration in Outreach, Training, and Research for Green Growth and a Healthy Environment (TORCH) Project Living Lab model project monitoring and progress review meeting, 27 April 2026 in Kabale Uganda, East Africa with participantion from Makerere University, BOKU University (Austria), Kabale University, Youth Go-Green, as well as students, researchers, farmers, and community leaders.
The project team during the review workshop in Kabale.

Mak Editor

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Agriculture & Environment

APCCO Coffee Agroforestry Project Training, Research and Community Outreach Activities Report

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Makerere University Academic / Research supervisors interacting with one of the PhD students concerning the shade intensity evaluation experiment at NARO-NaCORI, Mukono district.

This report provides an update on ongoing training, research and community engagement activities being done under the DANIDA-funded APCCO Coffee Agroforestry Project that is being implemented at Makerere University under collaboration with NARO-University of Copenhagen (UCPH), National Coffee Research Institute Uganda (NaCORI), Mukono Zonal Agricultural Research and Development Institute (MuZARDI), CURAD Incubator, GrowGrounds, NewForesight, and Regen Farmer. This report highlights part of students’ PhD research studies being conducted in Mukono and Nakaseke districts focused on understanding how Robusta Coffee Agroforestry systems can contribute to improving smallholder livelihoods, closing the living income gap, and enhancing climate resilience. The APCCO project seeks to promote sustainable coffee agroforestry systems that deliver environmental benefits such as carbon sequestration, biodiversity conservation, and climate resilience, while also improving household welfare. Integrating trees into Robusta coffee farms is a proven strategy to enhance smallholder productivity and build resilience to climate variability. As a multi-benefit nature-based solution, tree integration can improve ecosystem services, support climate adaptation, and strengthen livelihoods when effectively managed. However, its adoption remains uneven, constrained by gaps in farmers’ knowledge, socio-cultural and economic barriers, and misconceptions, particularly under increasing climate pressures. This project aims to investigate farmers’ knowledge of tree species, the factors influencing their integration and the performance of Robusta coffee in central Uganda.

Mak Editor

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Agriculture & Environment

Re-Advertised Call for Applications: QCF Postdoctoral Research Fellowships

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Prof. Gorettie Nabanoga, Principal of CAES plants a tree to signify the launch of the 30-acre Botanical Gardens at the Makerere University Agricultural Research Institute Kabanyolo (MUARIK). Makerere University College of Agricultural and Environmental Sciences (CAES) Wakiso Uganda, East Africa.

Makerere University’s Department of Geography, Geo-informatics and Climatic Sciences in partnership with Quadrature Climate Foundation and Red Cross Red Crescent Climate Centre are seeking two fellows for Quadrature Climate Foundation (QCF) Fellowship Programme. This is a two-year post-doctoral programme fully funded by QCF, which is an independent charitable foundation working for a greener and fairer future. Applications for the two-year post-doctoral fellowship are invited from individuals with demonstrated interest and expertise in locally led adaptation to climate change research. This initiative is a unique and excellent opportunity to expand the network of interested individuals with researchers and decision-makers, as well as deliver action-oriented research to inform policy and practice. Depending on their interest, each applicant should choose one of the two thematic areas offered under the fellowship program:

  1. Knowledge co-creation for locally led adaptation to climate change
  2. Decentralised decision making for effective climate change adaptation and resilience

The Fellow working on the Thematic Area 1: knowledge co-creation for locally adaptation will explore collaborative learning processes (including informal learning) for climate change adaptation among smallholder farmers with focus on Uganda, with linkages to related work in Bangladesh, Mozambique and Napal. The overall intention is to generate understanding of how decision making processes, across scales, can be linked to local and context specific knowledge systems and process for epistemic just adaptation. The key research questions are:

  • What does the process of co-creating knowledge for locally led climate change adaptation look like in a rural smallholder farming setting of a Least Developed Country (LDC)?
  • What are the possibilities, promises and pitfalls of knowledge co-creation for locally led adaptation planning?

The research will intentionally contribute to methodological and practice advances in co-creation of knowledge for locally led climate change adaptation.

The research on Thematic Area 2: decentralized decision making for effective adaptation and resilience will undertake scientific interrogation of a climate finance mechanism that has been designed for locally led adaptation and resilience in Uganda. The Fellow will largely focus on testing selected assumptions behind the design of the mechanism. The key questions are:

  • How does effective locally led climate change adaptation and resilience building investment decision making look like in practice?
  • What works and how does it work? What does not work and why?

Key considerations in the research will include local leadership, inclusion, context specificity, cross-scale, and capability strengthening. The targeted contributions of the fellowship include improved knowledge management for climate resilience planning and decision-making, strengthened evidence-based research-policy-practice dialogues, framework(s) for integrating local and experiential knowledges in resilience building investment decision making processes, among others.

The Fellows will be based, full-time, at Makerere University, Kampala as a core member of the team working on locally led adaptation and resilience. Their work will be conducted under the auspices of the Least Developed Countries Universities Consortium on Climate Change (LUCCC) through which Makerere University is engaged in research and knowledge management collaborations. The Fellowships will focus on Uganda, but with deliberate linkages across LDCs, which might necessitate travels for in-person working meetings.

Roles and responsibilities of the Postdoctoral Research Fellow

The Fellow will be highly motivated to work with a transdisciplinary research team, grow their research expertise, engage with climate change researchers, decision-makers, practitioners and generate different categories of publications. Makerere University will mentor to the Fellow to provide professional development support. Where needed, the Fellow will participate in teaching and community outreach activities including knowledge sharing in ways that foster collaborative research for adaptation policy and practice.

Requirements:

  • A PhD, awarded within the previous five years, in a related discipline (e.g., geography, climate and society, sustainability, adaptation governance, epistemic justice, climate finance).
  • Knowledge and experience of locally led adaptation
  • Experience in synthesizing and managing datasets and literature.
  • Experience in, and knowledgeable of, participatory and collaborative action-oriented research methodologies and tools.
  • Demonstrated ability to produce research information products for different audiences.
  • Excellent written and verbal communication skills in English
  • Demonstrated interest and experience in transdisciplinary collaborations across-scales including with local communities, decision-makers and practitioners
  • Experience in giving international oral presentations and interest in public communication for wide-ranging categories of audiences
  • Data and information visualisation skills will be an added advantage

Application requirements:

Applicants should submit a single PDF with: (i) an application letter not longer than 2 pages that includes indication of theme of interest, a description of demonstrated research interests, research expertise, and an explanation of how they can work as part of the transdisciplinary research team in line with the fellowship objectives described above; (ii) a CV including a publication list; (iii) copies of academic transcripts and/or certificates; (iv) an example of written work; (v) email addresses of two references who have been directly involved in their PhD research.

Applicants must submit the PDF application document to colocal.caes@mak.ac.ug. Please type “LUCCC PDR Application: COLOCAL-Makerere” as the subject line of the email.

Closing date

Midnight (GMT+3) on 15th May, 2026 or until the position is filled.

Selection process

Eligible and complete applications will be considered followed by communication with short-listed applicants. Makerere University, in consultation with Quadrature Climate Foundation and the Red Cross Red Crescent Climate Centre, will conduct interviews of the short-listed applicants.

If you have not heard from Makerere University within two months of the deadline, please assume your application has been unsuccessful.

Contact details for enquiries about this post-doc fellowship: colocal.caes@mak.ac.ug

Makerere University reserves the right to

  • Disqualify ineligible, incomplete and/or inappropriate applications;
  • Change the conditions of the award or to make no awards at all

-The QCF Fellowship Programme is a two-year, post-doctoral programme fully funded by Quadrature Climate Foundation (QCF).

-Quadrature Climate Foundation is an independent charitable foundation working for a greener and fairer future. For more information on QCF, please visit qc.foundation.

Hasifa Kabejja

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