|
|
|
Type
Themes
Regions/Countries
Year
Language
Benfica, Rui; Hossain, Marup; Davis, Kristin E.; Boukaka, Sedi Anne; Azzarri, Carlo. 2024
Boukaka, Sedi-Anne; Azzarri, Carlo; Davis, Kristin E.. 2024
Benfica, Rui. 2024
Wambui, Elizabeth; Wilunda, Calistus; Donfouet, Hermann Pythagore Pierre; Mwangi, Bonventure; Zerfu, Taddese Alemu; Daniel, Tewoldeberha; Agutu, Olivia; Samburu, Betty; Kavoo, Daniel; Karimurio, Lydia. 2024
Farnworth, Cathy Rozel; Galie, Alessandra; Gumucio, Tatiana; Jumba, Humphrey; Kramer, Berber; Ragasa, Catherine. 2024
Atlas, Hannah E.; Brander, Rebecca L.; Tickell, Kirkby D.; Bunyige, Lucy; Oongo, Susan; McGrath, Christine J.; John-Stewart, Grace C.; Richardson, Barbra A.; Singa, Benson O.; Denno, Donna M.; Walson, Judd L.; Pavlinac, Patricia B. . Article in press
Habermann, Birgit; Nehring, Ryan; Zhang, Wei; Hettiarachchi, Upeksha; Leñero, Eva Marina-Valencia; Falk, Thomas; Rietveld, Anne M.; Woltering, Lennart; Kumar, Praveen; Wang, Xinxin; Zhou, Yunyi; Chen, Kevin Z.; Pham, Thuy Thu; Rodríguez, Luz Ángela; Venegas, Martha. Washington, DC 2023
Hettiarachchi, Upeksha; Zhang, Wei; Pham, Thuy Thu; Davis, Kristin; Fadda, Carlo. Washington, DC 2023
Rwamigisa, Patience B.; Namyenya, Angella; Butele, Cosmas Alfred; Shah, Mansi; Githuku, Fridah; Njung’e, Dennis. Washington, DC 2023
Barasa, Allan; Hoffmann, Vivian; Murphy, Mike; Ndisio, Boaz; Okoth, Sheila A.. Washington, DC 2023
Timu, Anne G.; Shee, Apurba; Ward, Patrick S.; You, Liangzhi. Washington, DC 2023
Aladesuru, Damilola; Kasule, James Billy; Joshi, Garima. Washington, DC 2023
Ecker, Olivier; Pauw, Karl. 2024
Blake, Christine E.; Monterrosa, Eva C.; Rampalli, Krystal K.; Khan, Abdullah; Reyes, Ligia I.; Drew, Shiny Deepika; Dominguez-Salas, Paula; Bukachi, Salome A.; Ngutu, Mariah; Frongillo, Edward A.; Iruhiriye, Elyse; Girard, Amy Webb. 2023
Wilunda, Calistus; Israel-Ballard, Kiersten; Wanjohi, Milka; Lang'at, Nelson; Mansen, Kimberly; Waiyego, Mary; Kibore, Minnie; Kamande, Eva; Zerfu, Taddese; Kithua, Angela; Muganda, Rosemarie; Muiruri, Juliana; Maina, Beth; Njuguna, Emily; Njeru, Faith; Kiige, Laura W.; Codjia, Patrick; Samburu, Betty; Mogusu, Esther; Ngwiri, Thomas; Mirie, Waithera; Kimani-Murage, Elizabeth W. . 2024
Ferguson, Nathaniel; Seymour, Greg; Azzarri, Carlo. Washington, DC 2023
Magalhaes, Marilia; Kawerau, Laura; Kweyu, Janerose; Pathak, Vishak. Washington, DC 2023
Welk, Lukas; Barooah, Prapti; Kato, Edward; Ndegwa, Michael K.. Washington, DC 2023
Welk, Lukas. Washington, DC 2023
Detelinova, Iva; Thomas, Timothy S.; Hammond, Wole; Arndt, Channing; Hartley, Faaiqa. Washington, DC 2023
The key climate change risk for Kenya is from extreme events, in particular droughts and floods. The frequency and intensity of such events is likely to increase because of climate change. They also often lead to adverse knock-on effects, such as soil erosion, land degradation, and pest breakouts. Overall, Kenya’s updated Nationally Determined Contribution (NDC) (2020) estimates that between 2010 and 2020, adverse climate change-related events led to annual socioeconomic losses of 3–5 percent of total gross domestic product (GDP).
Ndegwa, Michael K.; Ringler, Claudia; Muteti, Francisca N.; Kato, Edward; Bryan, Elizabeth. Washington, DC 2023
Minot, Nicholas; Martin, Will. Washington, DC 2023
IFPRI carried out a set of country studies to explore the poverty impact of higher staple grain prices on six countries in sub-Saharan Africa: Mali, Burkina Faso, Niger, Nigeria, Kenya, and Ethiopia (see Martin and Minot, 2023a, 2023b, and 2023c and Minot and Martin, 2023a, 2023b, and 2023c). This brief describes the methods and data used in those studies.
Falk, Thomas; Walter, Kibet. Washington, DC; Nairobi, Kenya 2023
Bryan, Elizabeth; Mawia, Harriet; Ringler, Claudia; Mane, Erdgin; Costa, Valentina; Ndoro, Rumbidzai. Rome, Italy; Washington, DC 2023
Mugo, Victor; Kinyua, Ivy. Washington, DC 2023
Nin-Pratt, Alejandro. Washington, DC 2023
Melesse, Mequanint B.; Tessema, Yohannis Mulu; Manyasa, Eric; Hall, Andrew. Washington, DC 2023
Ulimwengu, John M.; Mbuthia, Juneweenex; Omune, Lensa. Washington, DC 2023
Diao, Xinshen; Pauw, Karl; Smart, Jenny; Thurlow, James. Washington, DC 2023
Kirimi, Lilian; Olwande, John; Langat, Jackson; Njagi, Timothy; Kamau, Mercy; Obare, Gideon. Washington, DC 2023
Hoffman, Vivian; Alonso, Silvia; Kang'ethe, Erastus. Washington, DC 2023
Ecker, Olivier; Comstock, Andrew R.; Pauw, Karl. Washington, DC 2023
Tabe-Ojong, Martin Paul Jr.; Abate, Gashaw Tadesse; Abay, Kibrom A.; Spielman, David J.. Washington, DC 2023
Bahta, Sirak; Wanyoike, Francis; Kirui, Leonard; Mensah, Charles; Enahoro, Dolapo; Karugia, Joseph; Baltenweck, Isabelle . Washington, DC 2023
Breisinger, Clemens, ed.; Keenan, Michael, ed.; Mbuthia, Juneweenex, ed.; Njuki, Jemimah, ed.. Washington, DC 2023
Ambuko, Jane; Owino, Willis. Washington, DC 2023
The figure for Kenya is similar (Ministry of Agriculture, Livestock, Fisheries and Cooperatives 2018). The 2021 Food Waste Index Report (UNEP 2021) indicates that every Kenyan wastes about 100 kg of food every year, which adds up to 5.2 million metric tons1 per year, excluding food loss that happens upstream, from production to retail. In monetary terms, wasteful consumption accounts for slightly over US$500 million annually (Mbatia 2021). FLW exac erbates food insecurity and has negative impacts on the environment through waste of precious land, water, farm inputs, and energy used in producing food that is not consumed. In addition, postharvest losses, caused by poor storage conditions, reduce income to farmers and contribute to higher food prices.
Breisinger, Clemens; Keenan, Michael; Mbuthia, Juneweenex. Washington, DC 2023
Such a fresh approach is urgently needed in light of limited development progress over the past years in Kenya and other countries. The share of manu facturing—traditionally a driver of economic transformation—in total output remains low; maize yields have been stagnating for the past 20 years; and poverty and food insecurity are on the rise again (Nafula et al. 2020; FAOSTAT 2022). In addition to structural challenges, growing challenges and vulnerabil ities such as the threat of pandemics, commodity price crises, climate change, and conflicts, call for a new development and food policy paradigm (Breisinger et al. 2022; UNICEF 2022). At the same time, such a fresh approach can also help in harnessing the new opportunities that come with digitalization and with (policy) lessons from other countries that can be adapted to the Kenyan context.
Breisinger, Clemens; Keenan, Michael; Mbuthia, Juneweenex; Njuki, Jemimah. Washington, DC 2023
Kaumbutho, Pascal; Takeshima, Hiroyuki. Washington, DC 2023
Bukashi, Salome A.; Ngutu, Mariah; Omia, Dalmas O.; Musyoka, Mercy M.; Chemuliti, Judith K.; Nyamongo, Isaac K.. Washington, DC 2023
De Groote, Hugo. Washington, DC 2023
Amare, Mulubrhan; Shiferaw, Bekele; Adeyanju, Dolapo; Andam, Kwaw S.; Mariara, Jane. Washington, DC 2023
Contract farming is one potential mechanism that smallholder farmers in developing countries can use to participate in and benefit from domestic and global value chains (Okello and Swinton 2007; Barrett et al. 2012; Minot and Sawyer 2016; Ruben 2017; Ton et al. 2017). Linking smallholder farmers more directly with national and global consumers should increase both the demand and producer prices for their fresh produce. Increased access to and participation in such value chains increases farm income earned by smallholders. Improvements in inclusion and efficiency of value chains are vital to enhance the effectiveness of contracting models, and to enhance the market access and integration of smallholders. Inclusion is important because large buyers, including processors, modern retailers, and exporters, are often hesitant to engage with small and marginal farmers and may prefer working through brokers, which reduces benefits to farmers. Also, market integration is becoming increasingly important for smallholders in order to avoid marginalization of the less organized sector in the more organized, growing global fresh produce market (Ruben 2017; Ton et al. 2017).
Kramer, Berber. Washington, DC 2023
This chapter highlights several innovations in climate insurance that were developed and tested in Kenya with the aim of improving smallholder farmers’ ability to manage the production risks associated with climate change.
Shee, Apurba; Ndegwa, Michael; Turvey, Calum G.; You, Liangzhi. Washington, DC 2023
Nin-Pratt, Alejandro. Washington, DC 2023
Geng, Xin; Janssens, Wendy; Kramer, Berber. 2023
Aragie, Emerta; Balié, J.; Morales, C.; Pauw, Karl. 2023
Minot, Nicholas; Martin, Will. Washington, DC 2023
Kennedy, Eileen T.; Cogill, Bruce. Washington, DC 1987
Mueller, Valerie; Páez-Bernal, Camila; Gray, Clark; Grépin, Karen . 2023
Diao, Xinshen; Pauw, Karl; Smart, Jenny; Thurlow, James; Ellis, Mia. Washington, DC 2023
Kramer, Berber; Waweru, Carol; Malacarne, Jonathan G.. 2023
The increased incidence of drought has made it even more crucial that farmers have tools to transfer the risks they face to financial markets. Financial inclusion (e.g. bank account ownership, access to formal credit markets, access to insurance markets, mobile money coverage) among vulnerable rural populations, however, is often low (Lotto, 2022). Innovations in the design and provision of financial technologies have sought to make tools more accessible to smallholder farmers for whom existing products were not available or were prohibitively expensive. These efforts often make use of information and communications technologies to reduce the cost of offering products and to extend their reach into more distant communities (Benami and Carter, 2021).
Kramer, Berber; Waweru, Carol; Malacarne, Jonathan G.. 2023
Breisinger, Clemens; Mbuthia, Juneweenex; Omune, Lensa; Laichena, Joshua; Omanyo, Daniel; Kiriga, Benson; Malot, Kenneth; Mwatu, Shadrack; Muchiri, Benjamin; Mbatia, Hiram; Abuga, James; Rutto, Justin. Washington, DC 2023
Ecker, Olivier; Comstock, Andrew R.; Pauw, Karl. Washington, DC 2023
Tabe-Ojong, Martin Paul Jr.; Heckelei, Thomas; Rasch, Sebastian. 2023
Breisinger, Clemens; Diao, Xinshen; Dorosh, Paul A.; Mbuthia, Juneweenex; Omune, Lensa; Oseko, Edwin Ombui; Pradesha, Angga; Thurlow, James. Washington, DC 2023
But many countries are affected by price increases across a range of commodities (some predating the war), including in fertilizers, edible oils, and maize, as well as oil, natural gas, and other energy products. How are these sharp international price increases impacting countries and people, and how can countries respond? Our recent modeling study focusing on Kenya suggests higher prices, particularly for fertilizer, will reduce GDP growth and increase poverty rates in the country, putting an estimated 1.4 million additional people below the poverty line.
The Kenya Institute for Public Policy Research and Analysis (KIPPRA); Kenya National Bureau of Statistics (KBS); International Food Policy Research Institute (IFPRI)
. Washington, DC 2023
Tabe-Ojong, Martin Paul Jr.; Heckelei, Thomas; Rasch, Sebastian. 2022
Timu, Anne G.; Shee, Apurba; You, Liangzhi; Girvetz, Evan H.; Ghosh, Aniruddha; Chilambe, Pedro A.. 2023
Ukamaka, Dimelu, Mabel; von Maltitz, Lindie; Mangheni, Margaret Najjingo; Suvedi, Murari; Agwu, Ekwe Agwu; Chanza, Charity; Sasidhar, P. V. K.; Oywaya-Nkurumwa, Anges; Ifeonu, Chidimma Frances; Davis, Kristin; Anugwa, Ifeoma Quinette; Liverpool-Tasie, Lenis Saweda; Tchuwa, Frank; Elapata, Maheshwari S. . East Lansing, MI 2023
1. What are the curriculum development processes in MSU-AAP universities?
2. What are the structure and contents of the UG agricultural extension curriculum?
3. What instructional methods are used for the transaction of the UG curriculum?
4. What core process skills and competencies are covered in the curriculum?
5. What are the strengths and gaps in the UG agricultural extension curriculum in Africa?
Data were collected through a desktop review of curriculum documents for agricultural extension training programs offered at the universities and literature on the competency needs of extension professionals. The courses in agricultural extension approved by the countries’ national regulatory bodies / institutions and taught in universities were reviewed. The contents were evaluated against the available literature on current and emerging functions of agricultural extension professionals and expected competencies, and reviewed scholarly work on capacity needs analysis of extension advisory services (EASs) to develop a framework for assessing the UG agricultural extension curricula at the universities. Eleven competencies domains were identifi ed and operationalized: program planning; program implementation; communication; ICTs; program monitoring and evaluation; personal and professional development; diversity and gender; marketing, brokering, and value chain development; extension soft skills; nutrition; and technical subject matter expertise. The number of courses in the UG agricultural extension curriculum that addressed each competence domain was identified and evaluated.
Suvedi, Murari; Sasidhar, P. V. K.; Agwu, Ekwe Agwu; Chanza, Charity; Ukamaka, Mabel Dimelu; Liverpool-Tasie, Lenis Saweda; Anugwa, Ifeoma Quinette; Tchuwa, Frank; Davis, Kristin; Mangheni, Margaret Najjingo; Oywaya-Nkurumwa, Anges; von Maltitz, Lindie; Ifeonu, Chidimma Frances; Elapata, Maheshwari S.. East Lansing, MI 2023
Research Questions
1. Do extension programs effectively address the needs of current food and agricultural systems?
2. What are the critical job skills and core competencies required of extension workers to effectively plan, implement, and evaluate extension work in today’s changing context?
3. Does the UG curriculum in extension education include education and/or training on these job skills or core competencies?
4. What are the barriers to effectively training extension workers with required core competencies, and how can these barriers be removed?
Objectives
1. Review agricultural extension curricula currently in use at AAP member universities at the UG level in Nigeria, Malawi, South Africa, Uganda, and Kenya.
2. Identify critical process skills and competencies of agricultural extension professionals, process skills gaps, and areas of potential curricular reform.
3. Recommend improvements/reforms of agricultural extension curricula to prepare the next generation of agricultural extension professionals to competently handle EASs delivery.
4. Introduce new/improved curricula among the agricultural extension faculty engaged in training and education in sub-Saharan countries.
The study assessed 11 process skills and competencies -- program planning; program implementation; communication; information and communication technologies (ICTs;, program monitoring and evaluation; personal and professional development; diversity and gender; marketing, brokering, and value chain development; extension soft skills; nutrition; and technical subject matter expertise.
Agwu, Ekwe Agwu; Suvedi, Murari; Chanza, Charity; Davis, Kristin; Oywaya-Nkurumwa, Anges; Mangheni, Margaret Najjingo . East Lansing, MI 2023
developing their own technical, organizational and management skills and practices. It can interpret and explain the language of modern technology to farmers, fi shers and ranchers (Suvedi and Kaplowitz, 2016).
Various forms of agricultural extension services exist throughout the world. Their primary functions have been to facilitate learning and extend new knowledge and technologies in non-formal educational settings to improve agricultural productivity and increase farmers’ incomes. The nomenclature of extension service providers varies by country. The frontline workers are known as agricultural extension workers, agricultural extension offi cers, extension educators, livestock development offi cers, fi shery technicians, and community forestry and/or natural resources management officers.
CGIAR Initiative on Foresight. Montpellier, France 2023
Objectives | The Foresight Partnership Forum brought together key partners from across Sub-Saharan Africa to explore challenges facing food, land, and water systems at national, regional, and global scales; identify opportunities to share and strengthen capacity for foresight; and examine ways to use foresight tools and analysis to inform policy making. The Forum on 24-25 January was followed by a training session on country development and policy modeling for partners on 26-27 January.
Naziri, Diego; Belton, Ben; Loison, Sarah Alobo; Reardon, Thomas; Shikuku, Kelvin Mashisia; Kaguongo, Wachira; Maina, Kelvin; Ogello, Erick; Obiero, Kevin. 2023
International Food Policy Research Institute (IFPRI). Washington, DC 2023
Elnour, Zuhal; Grethe, Harold; Siddig, Khalid; Munga, Stephen . 2023
Malaria remains a public health problem in Kenya despite several concerted control efforts. Empirical evidence regarding malaria effects in Kenya suggests that the disease imposes substantial economic costs, jeopardizing the achievement of sustainable development goals. The Kenya Malaria Strategy (2019–2023), which is currently being implemented, is one of several sequential malaria control and elimination strategies. The strategy targets reducing malaria incidences and deaths by 75% of the 2016 levels by 2023 through spending around Kenyan Shillings 61.9 billion over 5 years. This paper assesses the economy-wide implications of implementing this strategy.
Methods
An economy-wide simulation model is calibrated to a comprehensive 2019 database for Kenya, considering different epidemiological zones. Two scenarios are simulated with the model. The first scenario (GOVT) simulates the annual costs of implementing the Kenya Malaria Strategy by increasing government expenditure on malaria control and elimination programmes. The second scenario (LABOR) reduces malaria incidences by 75% in all epidemiological malaria zones without accounting for the changes in government expenditure, which translates into rising the household labour endowment (benefits of the strategy).
Results
Implementing the Kenya Malaria Strategy (2019–2023) enhances gross domestic product at the end of the strategy implementation period due to more available labour. In the short term, government health expenditure (direct malaria costs) increases significantly, which is critical in controlling and eliminating malaria. Expanding the health sector raises the demand for production factors, such as labour and capital. The prices for these factors rise, boosting producer and consumer prices of non-health-related products. Consequently, household welfare decreases during the strategy implementation period. In the long run, household labour endowment increases due to reduced malaria incidences and deaths (indirect malaria costs). However, the size of the effects varies across malaria epidemiological and agroecological zones depending on malaria prevalence and factor ownership.
Conclusions
This paper provides policymakers with an ex-ante assessment of the implications of malaria control and elimination on household welfare across various malaria epidemiological zones. These insights assist in developing and implementing related policy measures that reduce the undesirable effects in the short run. Besides, the paper supports an economically beneficial long-term malaria control and elimination effect.
Alonso, Silvia; Angel, Moira; Muunda, Emmanuel; Kilonzi, Emily; Palloni, Giordano; Grace, Delia; Leroy, Jef L.. 2023
Objectives: The study explored changes in informal milk markets, dairy consumption, and food insecurity among low-income households in urban and periurban Nairobi, Kenya, following the start of the COVID-19 pandemic in the country.
Methods: Baseline data on milk sales and consumption were collected in late 2019 from dairy vendors operating in the informal sector and their dairy customers. We conducted 2 longitudinal telephone surveys with the same study participants in July and September–October 2020, respectively.
Results: At the first follow-up, the volume of milk sold by informal vendors had dropped by 30% compared with their baseline level, and the volume of milk from informal markets consumed by households decreased by 23%. By the second follow-up, the volume of milk sold and consumed had recovered somewhat but remained lower than the volume observed 1 y prior in the same season. Large reductions in the consumption of other animal–sourced products were also observed. The rate of food insecurity increased by 16 and 11 percentage points in the first and second follow-up periods, respectively, compared with baseline.
Conclusions: The evidence, therefore, suggests that the timing of the pandemic and the related restrictions were associated with a decrease in the supply and consumption of milk from informal markets in Nairobi and a decrease in the food security of periurban consumers.
Hoffmann, Vivian; Kariuki, Sarah; Murphy, Mike; Ndisio, Boaz; Ochenje, Ibrahim; Okoth, Sheila. Washington, DC 2023
Mueller, Valerie; Grépin, Karen; Rabbani, Atonu; Ngunjiri, Anne; Oyekunle, Amy; Wenham, Clare. 2023
Tabetando, Rayner; Fani, Djomo Choumbou Raoul; Ragasa, Catherine; Michuda, Aleksandr. 2023
Aragie, Emerta; Pauw, Karl; Thurlow, James. Washington, DC 2023
Smale, Melinda; De Groote, Hugo; Falck-Zepeda, Jose´ Benjamin. Washington, DC; Rome, Italy; México, D.F., Mexico 2006
Diao, Xinshen; Pauw, Karl; Smart, Jenny; Thurlow, James. Washington, DC 2023
Adeyanju, Dolapo; Mburu, John; Gituro, Wainaina; Chumo, Chepchumba; Mignouna, Djana; Ogunniyi, Adebayo; Akomolafe, John Kehinde; Ejima, Joseph. 2023
Karyadi, Elvina; Reddy, J. C.; Dearden, Kirk A.; Purwanti, Tutut; Asri, Eriana; Roquero, Loreto B.; Juguan, Jocelyn A.; Sapitula-Evidente, Anjali; Alam, M. K.; Das, Susmita; Nair, Gopa K.; Srivastava, Anuj; Raut, Manoj K.. 2023
Breisinger, Clemens; Diao, Xinshen; Kiriga, Benson; Laichena, Joshua; Mbuthia, Juneweenx; Ngugi, Rose; Omune, Lensa; Thurlow, James. Washington, DC 2022
Bonilla Cedrez, Camila; Caulfield, Mark; Descheemaeker, Katrien; Girvetz, Evan; Gosh, Aniruddha; Guo, Zhe; You, Liangzhi. 2022
Bikketi, Edward; Gumucio, Tatiana; Cecchi, Francesco; Kramer, Berber; Waithaka, Lilian; Waweru, Carol. Washington, DC 2022
• Champion farmers are male and female influencers recruited to support the delivery of
agricultural services to fellow farmers within their communities (including seeds,
advisories, and crop insurance), thereby promoting gender and social inclusion.
• Providing insurance as a stand-alone product is too expensive to build a sustainable
and cost-effective champion farmer model; there is a need to integrate the model with
other services, including the provision of seeds, and to leverage government subsidies.
• Champion farmers face steep competition from other service providers in the provision
of seeds, but their networks give them opportunities to tap into underserved markets,
as they have connections with women-led farmer collectives.
• Female champion farmers’ socially ascribed gender roles and responsibilities related
to homecare contribute to time poverty and drudgery and potentially inhibit the extent
to which women can benefit from their champion role.
• It is necessary to promote a better understanding of insurance among farmers and
build farmers’ trust in services and products through additional training of champion
farmers, sensitization of farmers, and awareness creation.
Nguyen-Viet, Hung; Hoffmann, Vivian; Bett, Bernard; Fèvre, Eric; Moodley, Arshnee; Mateo-Sagasta, Javier; Mohan, Chadag; Daszak, Peter; Bonfoh, Bassirou. Nairobi, Kenya 2022
Aju, Stellamaris; Kramer, Berber; Waithaka, Lilian. Washington, DC 2022
Daum, Thomas; Adegbola, Patrice Ygue; Adegbola, Carine; Daudu, Christogonus; Issa, Fadlullah; Kirui, Oliver. 2022
Breisinger, Clemens; Karugia, Joseph; Keenan, Michael; Mbuthia, Juneweenex. Washington, DC 2022
Unnevehr, Laurian J., ed.. Washington, DC 2003
Smale, Melinda; De Groote, Hugo; Owuor, George. Washington, DC; Rome, Italy; México, D.F., Mexico 2006
Adato, Michelle; Meinzen-Dick, Ruth Suseela. Washington, DC 2002
von Braun, Joachim; Teklu, Tesfaye; Webb, Patrick. Washington, DC 1991
Thurlow, James. Washington, DC 2010
Omiti, John Moturi; Okuthe, Sam O.. Washington, DC 2009
Stevens, Kim; de Glanville, Will; Costard, Solenne; Métras, Raphaëlle; Theuri, Wachira; Kruska, Russ; Randolph, Thomas F.; Grace, Delia; Hendrickx, Saskia; Pfeiffer, Dirk. Washington, DC 2008
Stevens, Kim; Costard, Solenne; Métras, Raphaëlle; Pfeiffer, Dirk. Washington, DC 2009
Métras, Raphaëlle; Costard, Solenne. Washington, DC 2009
Birol, Ekin; Tiongco, Marites. Washington, DC 2008
Verchot, Louis; Zhang, Wei. 2022
Verchot, Louis; Zhang, Wei. Montpellier, France 2022
Schreinemachers, Pepijn; Ambali, Mwasilwa; Mwambi, Mercy; Olanipekun, Caleb Ibukun; Yegbemey, Rosaine Nerice; Wopereis, Marco C. S.. Kigali, Rwanda; Washington, DC 2022
Tabe-Ojong, Martin Paul Jr.. 2023
Adato, Michelle; Meinzen-Dick, Ruth Suseela. Washington, DC 2002
Hoffmann, Vivian; Kariuki, Sarah; Pieters, Janneke; Treurniet, Mark. 2023
Nyangaresi, Annette M.; Friesen, Valerie M.; McClafferty, Bonnie; van der Merwe, Charl; Haswell, Daniel; Reyes, Byron; Mudyahoto, Bho; Mbuya, Mduduzi N. N.. Geneva, Switzerland 2022
Wellenstein, Hailey; Kramer, Berber. Washington, DC 2022
In this project note, we examine to what extent the use of drought-tolerant varieties is associated with improved performance in the context of a crop insurance project in Kenya. We hypothesize that crops grown from drought-tolerant varieties sustain less damage than other varieties. We test this hypothesis and extend our analysis to ask if there are phenological differences between stress-tolerant varieties (STVs) and non-STVs that would affect the period during which insurance coverage is needed. Finally, since both reduced risk exposure and phenological differences could affect insurance payouts, and thereby insurance premiums in the longer run, we examine differences in farmers’ yields and insurance payouts between the two groups.
Friesen, Valerie M; Mudyahoto, Bho; Birol, Ekin; Nyangaresi, Annette M; Reyes, Byron; Mbuya, Mduduzi N. N.. Geneva, Switzerland 2022
Hoddinott, John F.; Yohannes, Yisehac. Washington, DC 2002
Mugunieri, Lawrence Godiah; Omiti, John Moturi; Irungu, Patrick. Washington, DC 2002
Schiffer, Eva; Narrod, Clare A.; von Grebmer, Klaus. Washington, DC 2008
Chepchirchir, Ruth T.; B. J. K, Maina. Washington, DC 2021
Chepchirchir, Ruth T.; B. J. K, Maina. Washington, DC 2022
Chepchirchir, Ruth T.; B. J. K, Maina. Washington, DC 2021
Chepchirchir, Ruth T.; B. J. K, Maina. Washington, DC 2022
Chepchirchir, Ruth T.; B.J.K, Maina. Washington, DC 2022
The Food Price Monitor: Kenya is a monthly report developed for the Food Security Portal (FSP), facilitated by IFPRI, with the goal of providing clear and accurate information on commodity price trends and variations in selected markets throughout Kenya. The reports are intended as a resource for those interested in agricultural commodity markets in Kenya, namely producers, traders, consumers, or other agricultural stakeholders.
Mahuku, George; Nzioki, Henry Sila; Waliyar, Farid; Diarra, Bamory; Kodio, Ondie. Washington, DC 2010
Place, Frank M.; Noordin, Qureish; Jama, Bashir; Franzel, Steven. Washington, DC 2004
Hawkes, Corinna; Ambikapathi, Ramya; Anastasiou, Kim; Brock, Jessica; Castronuovo, Luciana; Fallon, Naomi; Malapit, Hazel J.; Ndumi, Assumpta; Samuel, Folake; Umugwaneza, Mayse; Wanjohi, Milkah N.; Zorbas, Christina. 2022
Kloeppinger-Todd, Renate; Sharma, Manohar. Washington, D.C. 2010
Galiè, Alessandra; Nijru, Nelly; Heckert, Jessica; Myers, Emily; Alonso, Silvia. 2022
Breisinger, Clemens; Diao, Xinshen; Dorosh, Paul A.; Mbuthia, Juneweenex; Omune, Lensa; Oseko, Edwin Ombui; Pradesha, Angga; Smart, Jenny; Thurlow, James. Washington, DC 2022
Masuda, Yuta J.; Waterfield, Gina; Castilla, Carolina; Kang, Shiteng; Zhang, Wei. 2022
Ratner, Blake D.; Larson, Anne M.; Barletti, Juan Pablo Sarmiento; ElDidi, Hagar; Catacutan, Delia; Meinzen-Dick, Ruth Suseela. 2022
Tabe-Ojong, Martin Paul Jr.; Gebrekidan, Bisrat Haile; Nshakira-Rukundo, Emmanuel; Börner, Jan; Heckelei, Thomas. 2022
Scollard, Phoebe; Hoffmann, Vivian; Kago, Kennedy; Parker, Monica. Washington, DC 2022
Gatere, Lydiah; Hoffmann, Vivian; Murphy, Mike; Scollard, Phoebe. Washington, DC 2022
Hoffmann, Vivian; Simiyu, Sheillah; Sewell, Daniel K.; Tsai, Kevin; Cumming, Oliver; Mumma, Jane; Baker, Kelly K.. 2022
Objective: To compare the prevalence and concentrations of bacterial indicator organisms and enteric pathogens in unpackaged, fresh pasteurized, and ultra-high temperature (UHT) treated milk at purchase and assess the influence of the type of milk used to prepare infant food on contamination of this food.
Methods: Paired samples of purchased milk and infant food prepared with this milk were obtained from 188 households in low-income neighborhoods in Kisumu, Kenya. Samples were cultured on selective media to isolate Salmonella enterica, Shigella spp., Klebsiella aerogenes, Proteus spp., and Escherichia coli, with pathogens validated by PCR. Probability of detection of these bacteria was compared by milk product treatment and packaging method, and between milk at point of purchase vs. food at point of infant consumption.
Results: Unpackaged milk was most contaminated at point of purchase, but bacterial contamination was also present in pasteurized and UHT milk at purchase. Presence of bacteria in UHT and fresh pasteurized milk at purchase predicted presence of the same bacteria type in infant food. Prevalence of bacterial contamination and concentration level for bacterial indicators generally increased between point of purchase and consumption in UHT and fresh pasteurized milk-based food but decreased in unpackaged milk-based food. Prevalence of the four fecal bacteria were similar in infant foods prepared with each type of milk.
Conclusion: Both pre-market contamination and post-purchase handling influence the likelihood of infants ingesting foods contaminated by diarrheal pathogens.
Ragasa, Catherine; Charo-Karisa, Harrison; Rurangwa, Eugene; Tran, Nhuong; Shikuku, Kelvin Mashisia. 2022
van Biljon, Chloe; Seymour, Greg. Washington, DC 2022
Alvi, Muzna Fatima; Gupta, Shweta; Barooah, Prapti; Ringler, Claudia; Bryan, Elizabeth; Meinzen-Dick, Ruth Suseela. Washington, DC 2022
Andam, Kwaw S.; Ezekannagha, Oluchi. Washington, DC 2022
Hoffmann, Vivian; Edewa, Andrew; Kimani, Virginia. Washington, DC 2019
In traceability systems, it is good practice to use unique codes to identify blocks of land, individual farms, farmer groups, intermediaries, packers and processors. Each crate of carrots, for example, has its own unique code. By entering this code into a database, one can see on which parcels of land the carrots were grown.
Timu, Anne G.; Kramer, Berber. Wageningen, The Netherlands 2021
Tsai, Kevin; Hoffmann, Vivian; Simiyu, Sheillah; Cumming, Oliver; Borsay, Glorie; Baker, Kelly K.. 2022
Gumucio, Tatiana; Kramer, Berber; Ragasa, Catherine; Pyburn, Rhiannon; Galie, Alessandra; Aredo, Samson Dejene; Jumba, Humphrey; Nimorme, Eva; Omondi, Inmaculate; Sufian, Farha D.. Wageningen, The Netherlands 2021
Tabe-Ojong, Martin Paul Jr.. 2022
Traore, Fousseini; Diop, Insa. Washington, DC 2022
Cecchi, Francesco; Chegeh, Joseph; Aredo, Samson Dejene; Kivuva, Benjamin; Kramer, Berber; Waithaka, Lilian; Waweru, Carol. Washington, DC 2021
One solution, building upon decades of agricultural research for development, can be found in the breeding of crop varieties that are more tolerant to weather shocks, pests and disease. The resulting improvements in seed technology offer promising pathways to improve farmers’ adaptive capacity, crowd in investments in agriculture, and thereby enhance agricultural productivity (Emerick et al., 2016).
At the same time, stress tolerance is not a bullet-proof solution against all hazards. Farming is risky by nature, and improved stress-tolerant varieties will not shield farmers from more severe hazards, or from risks for which stress tolerance was not an explicit breeding objective. Drought-tolerant varieties are, for instance, not necessarily disease tolerant as well. Improving resilience in the face of climate change will require a more complete solution, in which farmers invest in stress-tolerant varieties to reduce their exposure to moderate, manageable risks, whilst accessing other types of solutions, including financial services, to protect their livelihoods from more severe and catastrophic production risks.
This project note describes the findings from a research program in Kenya that aims to design, implement, and evaluate more complete risk management solutions; in particular, a solution that promotes stress-tolerant crops and varieties using an innovative picture-based crop insurance (PBI) product. The note first describes this intervention and the study designed to measure its impacts, followed by an overview of key findings at midline. This will include insights on the scalability of picture-based claims settlement, opportunities for more gender-responsive program design, and demand for the insurance product. We conclude by describing key challenges faced whilst implementing these solutions and providing an outlook for the future.
Food and Agricultural Organization of the United Nations (FAO); US Agency for International Development (USAID); International Food Policy Research Institute (IFPRI). Rome, Italy 2021
Tabe-Ojong, Martin Paul Jr.; Alvarez, Miguel; Ihli, Hanna J.; Becker, Mathias; Heckelei, Thomas. 2022
Adhikari, Roshan; Antle, John M.; Wiebe, Keith D.. 2021
Wairimu Kariuki, Sarah; Hoffmann, Vivian. 2022
Thurlow, James. Washington, DC 2021
Chepchirchir, Ruth T.; B. J. K, Maina. Washington, DC 2021
Chepchirchir, Ruth T.; B. J. K, Maina. Washington, DC 2021
Chepchirchir, Ruth T.; B. J. K, Maina. Washington, DC 2021
Chepchirchir, Ruth T.; B. J. K, Maina. Washington, DC 2021
Ochieng, Dennis O.; Ogutu, Sylvester O.. 2022
Mueller, Valerie; Grépin, Karen A.; Rabbani, Atonu; Navia, Bianca; Ngunjiri, Anne S. W.; Wu, Nicole. 2022
Mwangi, Maina; Shuto, Kumiko; Mwangi, Peter; Mburu, Mercy; Mburugu, Sylvia. Rome, Italy 2021
Myers, Emily; Heckert, Jessica; Galiè, Alessandra; Njiru, Nelly; Alonso, Silvia. Washington, DC 2021
Aheeyar, Mohamed; de Silva, Sanjiv; Barua, Anamika. Colombo, Sri Lanka 2021
Kramer, Berber; Waweru, Carol; Waithaka, Lilian; Eyase, Jean; Chegeh, Joseph; Kivuva, Benjamin; Cecchi, Francesco. Washington, DC 2021
Alvi, Muzna Fatima; Gupta, Shweta; Barooah, Prapti. Washington, DC 2021
Spielman, David J.; Gatto, Marcel; Wossen, Tesfamicheal; McEwan, Margaret; Abdoulaye, Tahirou; Maredia, Mywish K.; Hareau, Guy. Washington, DC 2021
Falck-Zepeda, Jose´ Benjamin; Zambrano, Patricia; Cohen, Joel I.; Borges, Orangel; Guimarães, Elcio P.; Hautea, Desiree; Kengue, Joseph; Songa, Josephine. Washington, D.C. 2008
Hoffmann, Vivian; Jones, Kelly M.. 2021
David, Noam; Liu, Yanyan; Kumah, Kingsley K.; Hoedjes, Joost C. B.; Su, Bob Z.; Gao, H. Oliver. 2021
McEwan, Margaret A.; Spielman, David J.; Okello, Julius J.; Hareau, Guy; Bartle, Brian. Lima, Peru 2021
compromises between achieving short term food security and managing risk of spread of plant diseases. The feasibility of different approaches to manage bacterial wilt and potato cyst nematode are discussed with implications for different scales of seed production. Several policy options are reviewed, with their trade-offs, emphasising the need to for inclusive stakeholder consultations to negotiate towards a common interest space.
Koo, Jawoo; Azzarri, Carlo; Ghosh, Aniruddha; Quabili, Wahid. Washington, DC 2021
Koo, Jawoo; Azzarri, Carlo; Ghosh, Aniruddha; Quabili, Wahid. Washington, DC 2021
Aberman, Noora-Lisa; Birner, Regina; Odoyo, Elizabeth Auma Okiri; Oyunga, Mary Anyango; Okoba, Barrack; Okello, George Otiep. Washington, DC 2020
Scollard, Phoebe; Hoffmann, Vivian; Kago, Kennedy; Parker, Monica. Washington, DC 2020
Hoffmann, Vivian; Baral, Siddhartha. Washington, DC 2020
Gatere, Lydiah; Hoffmann, Vivian; Murphy, Mike; Scollard, Phoebe. Washington, DC 2020
David, Noam; Gao, H. Oliver; Liu, Yanyan. 2020
Lamm, Kevan W.; Masambuka-Kanchewa, Fallys; Lamm, Alexa J.; Davis, Kristin E.; Nahdy, Silim. 2020
De Groote, Hugo; Marangu, Cliff; Gitonga, Zachary M.. Washington, DC 2020
Diao, Xinshen, ed.; Takeshima, Hiroyuki. ed.; Zhang, Xiaobo, ed.. Washington, DC 2020
Diao, Xinshen, ed.; Takeshima, Hiroyuki. ed.; Zhang, Xiaobo, ed.. Washington, DC 2020
Diao, Xinshen; Silver, Jed; Takeshima, Hiroyuki; Zhang, Xiaobo. Washington, DC 2020
Ndegwa, Michael K.; Shee, Apurba; Turvey, Calum G.; You, Liangzhi. 2020
Konlambigue, Matieyedou; Ortega-Beltran, Alejandro; Bandyopadhyay, Ranajit; Shanks, Tracy; Landreth, Edward; Jacob, Oscar. Washington, DC 2020
Shiferaw, Bekele; Obare, G. A.; Muricho, Geoffrey. Washington, D.C. 2006
Ogutu, Sylvester Ochieng; Ochieng, Dennis O.; Qaim, Matin. 2020
Pereira, Audrey; Peterman, Amber; Neijhoft, Anastasia Naomi; Buluma, Robert; Daban, Rocio Aznar. 2020
Leight, Jessica; Foarta, Dana; Pande, Rohini; Ralston, Laura. 2020
Marivoet, Wim; Ulimwengu, John M.; Sall, Leysa Maty. Washington, DC 2020
Kemboi, Sharon; Mungiria-Mituki, Dorothy; Ramkat, Rose; Termote, Celine; Covic, Namukolo; Cheserek, Maureen Jepkorir. 2020
Jagnani, Maulik; Barrett, Christopher B.; Liu, Yanyan; You, Liangzhi. 2021
Hoffmann, Vivian; Mutiga, Samuel K.; Harvey, Jagger W.; Nelson, Rebecca J.; Milgroom, Michael G.. 2021
Hoffmann, Vivian; Moser, Christine; Herrman, Timothy J.. 2021
Ochieng, Justus; Kirimi, Lilian; Ochieng, Dennis O.; Njagi, Timothy; Mathenge, Mary; Gitau, Raphael; Ayieko, Miltone. 2020
Benin, Samuel; Karugia, Joseph; Matchaya, Greenwell; Yade, Mbaye. Washington, DC 2020
The capacity-strengthening activities focused on working with the country Biennial Review (BR) team to: assess the inaugural or 2018 BR process and identify the data gaps; constitute and train members of data clusters to compile and check the data for the 2020 BR; and then validate and submit the data. The findings show that the activities helped the pilot countries to improve their performance in the data reporting rate and the quality of data reported in the 2020 BR. The largest improvement is observed in Togo and Senegal, followed by Kenya and Malawi, and then Mozambique.
The average increase in the data reporting rate between 2018 and 2020 BRs for the pilot countries is greater than the average progress made in the like-pilot countries by about 6 to 9 % pts. This derives mostly from improvements in the data reporting rate for the indicators under theme 3 on ending hunger. Regarding the quality of data reported (measured as the percent of the data reported that have issues) too, the pilot countries on average performed better than the like-pilot countries, especially with respect to the data reported under themes 2 on investment in agriculture and 3 on ending hunger. But most of the estimated differences have low or no statistical significance. Implications for sustaining the progress made in the pilot countries, as well as for extending the activities to other countries, for the next rounds of the BR are discussed.
Masuda, Yuta J.; Fisher, Jonathan R. B.; Zhang, Wei; Castilla, Carolina; Boucher, Timothy M.; Blundo-Canto, Genowefa. 2020
Davis, Kristin E.; Nkonya, Ephraim; Kato, Edward; Mekonnen, Daniel Ayalew; Odendo, Martins; Miiro, Richard; Nkuba, Jackson. Washington, D.C. 2010
Nkonya, Ephraim; Gicheru, Patrick; Woelcke, Johannes; Okoba, Barrack; Kilambya, Daniel W.; Gachimbi, Louis N.. Washington, D.C. 2008
Pender, John L.; Place, Frank M.; Ehui, Simeon. Washington, D.C. 2006
find useful lessons in the experiences of the East African high-lands. The highlands of Ethiopia, Kenya, and Uganda face complex problems of severe poverty, low productivity, and poor natural resource management. These highlands contain some of the most densely populated areas in all of Africa.
Hoffmann, Vivian. 2020
Amare, Mulubrhan. 2020
Hoffmann, Vivian; Grace, Delia; Lindahl, Johanna; Mutua, Florence; Ortega-Beltran, Alejandro; Bandyopadhyay, Ranajit; Mutegi, Charity; Herrman, Tim. Washington, DC 2019
Herrman, Timothy J.; Hoffmann, Vivian; Muiruri, Anne; McCormick, Cindy. 2020
Hoffmann, Vivian. 2019
Ogutu, Sylvester O.; Ochieng, Dennis O.; Qaim, Matin. 2019
Pretari, Alexia; Hoffmann, Vivian; Tian, Lulu. 2019
Fisher, Karen; Herrman, Timothy J. ; Hoffmann, Vivian; Lee, Kyung-Min . College Station, Texas 2019
Kramer, Berber; Kunst, David. 2020
Mwololo, Henry Muli; Nzuma, Jonathan Makau; Ritho, Cecilia Nyawira; Ogutu, Sylvester Ochieng; Kabunga, Nassul Ssentamu. 2020
Amare, Mulubrhan; Mariara, Jane; Oostendorp, Remco; Pradhan, Menno. 2019
Shee, Apurba; Turvey, Calum G.; You, Liangzhi. 2019
Gitagia, Maureen Wanjiru; Ramkat, Rose Chepchirchir; Mituki, Dorothy M.; Termote, Celine; Covic, Namukolo; Cheserek, Maureen Jepkorir. 2019
Palermo, Tia; Pereira, Audrey; Neijhoft, Naomi; Bello, Ghaji; Buluma, Robert; Diem, Pierre; Aznar Daban, Rocio; Fatoumata Kaloga, Inah; Islam, Aminul; Kheam, They; Lund-Henriksen, Birgithe; Maksud, Nankali; Maternowska, M. Catherine; Potts, Alina; Rottanak, Chivith; Samnang, Chea; Shawa, Mary; Yoshikawa, Miho; Peterman, Amber. 2019
Hoffmann, Vivian; Jones, Kelly M.; Leroy, Jef L.. 2018
Enenkel, Markus; Farah, Carlos; Hain, Christopher; White, Andrew; Anderson, Martha; You, Liangzhi; Wagner, Wolfgang; Osgood, Daniel. 2018
Handa, Sudhanshu; Daidone, Silvio; Peterman, Amber; Davis, Benjamin; Pereira, Audrey; Palermo, Tia; Yablonski, Jennifer. 2018
Lindahl, Johanna F.; Young, Jarrah; Wyatt, Amanda; Young, Mary; Alders, Robyn; Bagnol, Brigitte; Kibaya, Augustino; Grace, Delia . 2019
Beraznevaa, Julia; Lee, David R.; Place, Frank; Jakubsond, George. 2018
Dirro, Gracious M.; Seymour, Greg; Kassie, Menale; Muricho, Geoffrey; Muriithi, Beatrice Wambui . 2018
Hoffmann, Vivian; Moser, Christine. 2017
Oduol, Judith; Mithöfer, Dagmar; Place, Frank M.; Nang'ole, Eddah; Olwande, John; Kirimi, Lilian; Mathenge, Mary. 2017
Demmler, Kathrin; Ecker, Olivier; Qaim, Matin. 2018
Geng, Xin; Janssens, Wendy; Kramer, Berber. 2017
Demmler, Kathrin M.; Ecker, Olivier; Qaim, Matin. Göttingen, Germany 2017
Binswanger-Mkhize, Hans P.; Johnson, Timothy; Samboko, Paul Chimuka; You, Liangzhi. 2016
Cervigni, Raffaello; Morris, Michael; Carfagna, Federica; Koo, Jawoo; Syroko, Joanna; Guo, Zhe; Xie, Hua; de Brouwer, Balthazaar; Verbeeten, Elke. Washington, D.C. 2016
Ward, Christopher; Torquebiau, Raphael; Xie, Hua. Washington, D.C. 2016
Dupas, Pascaline; Hoffmann, Vivian; Kremer, Michael; Zwane, Alix P.. 2016
Seymour, Gregory; Doss, Cheryl; Marenya, Paswel; Meinzen-Dick, Ruth Suseela; Passarelli, Simone. 2016
Talsma, Elise Francina; Brouwer, Inge D; Verhoef, Hans; Mbera, Gloria NK; Demir, Ayşe Y; Boy, Erick; Zimmermann, Michael B; Melse-Boonstra, Alida. 2016
Talsma, Elise F; Brouwer, Inge D.; Verhoef, Hans; Mbera, Gloria NK; Mwangi, Alice M.; Demir, Ayşe Y; Maziya-Dixon, Busie; Boy, Erick; Zimmermann, Michael B; Melse-Boonstra, Alida. 2016
Mutiga, S. K.; Hoffmann, Vivian; Harvey, J. W.; Milgroom, M. G.; Nelson, R. J.. 2015
Hoffmann, Vivian; Jones, Kelly M.; Leroy, Jef L.. 2015
Leroy, Jef L.; Wang, Jia-Sheng; Jones, Kelly M.. 2015
Olwande, John; Smale, Melinda; Mathenge, Mary K.; Place, Frank; Mithöfere, Dagmar. 2015
Hodge, Judith; Herforth, Anna; Gillespie, Stuart; Beyero, Mesfin; Wagah, Margaret; Semakula, Richard. 2015
Njuki, Jemimah; Wyatt, Amanda J.; Baltenweck, Isabelle; Yount, Kathryn; Null, Clair; Ramakrishnan, Usha; Girard, Aimee Webb; Sreenath, Shreyas. 2016
Shee, Apurba; Turvey, Calum G.; Woodard, Joshua. 2015
Gillespie, Stuart; van den Bold, Mara; Hodge, Judith; Herforth, Anna. 2015
Bernier, Quinn; Meinzen-Dick, Ruth Suseela; Kristjanson, Patti; Haglund, Eric; Kovarik, Chiara; Bryan, Elizabeth; Ringler, Claudia; Silvestri, Silvia. Copenhagen, Denmark 2015
Nisbett, Nicholas; Wach, Elise; Haddad, Lawrence James; El Arifeen, Shams. 2015
Kostandini, Genti; La Rovere, Roberto; Guo, Zhe. 2016
Talsma, E.F.; Verhoef, H.; Brouwer, I.D.; Mburu-de Wagt, A.S.; Hulshof, P.J.M.; Melse-Boonstra, A.. 2015
Fiedler, John L.; D'Agostino, Alexis; Sununtnasuk, Celeste. Arlington, VA 2014
Sakane, Nome; van Wijk, M.T.; Langensiepen, M.; Beckerc, M.. 2014
Sangole, Noel; Kaaria, Susan; Njuki, Jemimah; Lewa, Kadewa; Mapila, Mariam A. T. J.. 2014
Blum, Annalise G.; Null, Clair; Hoffmann, Vivian. 2014
Kissinger, G.; Sova, C.; Allassane, B.; Maïga, I. A.; Benefor, D. T.; Nutsukpo, D. K.; Ky-Zerbo, A. Z.; Roth-Liehoun, C.; King'uyu, S. M.; Orindi, V.; Rojas, E.; Rivera, J. L.; Mishra, J. P.; Singh, R.; Joshi, Pramod Kumar; Kinyangi, J.; Aggarwal, P.; Sebastian, L. S.; Martinez, D.; Neufeldt, H.; Twyman, J.; Bonilla-Findji, O.; Jarvis, A.; Zougmoré, Robert. Copenhagen, Denmark 2014
Moser, Christine; Hoffmann, Vivian; Ordonez, Romina. Milwaukee, WI, USA 2014
You, Liangzhi; Xie, Hua; Wood-Sichra, Ulrike; Guo, Zhe; Wang, Lina. 2014
Kabunga, Nassul S.; Dubois, Thomas; Qaim, Matin;. 2014
Chambers, Judith A.. Washington, DC 2013
Birol, Ekin; Asare-Marfo, Dorene; Ayele, Gezahegn; Mensa-Bonsu, Akwasi; Ndirangu, Lydia; Okpukpara, Benjamin; Roy, Devesh; Yakhshilikov, Yorbol. 2013