Cash Crop Production Research Articles

Determinants of Access to Bank Credit by Smallholder Agricultural Households in Uganda: Evidence from UNHS 2019/2020

Agricultural credit plays a significant role in boosting cash and food crop production for household consumption, domestic and foreign markets. The purpose of this study was to investigate the determinants that affect smallholder farmer’s access to bank credit in Uganda. The study used data from the Uganda National Household Survey 2019/2020 (UNHS). The study utilized a logit regression model for the analysis of data. The findings from the model showed that farmer’s access to bank credit in Uganda was positively and significantly influenced by sex of the household head, income level of the household head, marital status of the household head, age of the household head and ownership of a bank savings account. The study’s conclusions led to the development of key policy recommendations. These include promoting a savings culture through various initiatives, providing incentives such as special savings accounts or matching deposit programs, creating customized banking products to carter to farmers needs and offering free tertiary education to graduates of Universal Primary Education, Universal Secondary Education, and Universal Post O Level Education and Training

Halving Environmental Impacts of Diverse Crop Production in Fujian, China through Optimized Nitrogen Management

Nitrogen (N) fertilizer is essential for agricultural production as it is the main nutrient driving crop growth. However, in China, only one-third of applied N fertilizer is effectively absorbed by crops, while the rest leads to significant environmental impacts. In this study, we introduced a nitrogen threshold boundary (NTB) approach to establish different thresholds for N use efficiency (NUE) and N surplus without affecting crop yield. We also developed an integrated assessment framework to systematically evaluate the potential for improving N utilization and reducing environmental impacts in the production of grain crops (rice, wheat, maize, and soybeans) and cash crops (tea, fruits, and vegetables) at the county level in Fujian Province. Three N management strategies were evaluated: a scenario with reduced N surplus (S1), a scenario with increased NUE (S2), and a combined scenario that simultaneously reduces N surplus and increases NUE (S3). The predictions indicate that, under the aforementioned scenarios, there will be a decrease of 66%, 58%, and 71% in N application without affecting crop yields, respectively. Correspondingly, N surplus will decrease by 65%, 56%, and 67%, while greenhouse gas (GHG) emissions will decrease by 54%, 48%, and 57%. In addition, NUE will increase by 23%, 17% and 25%, respectively. It is notable that scenario S3 demonstrated the greatest potential for improvement. For cash crops, N application will decrease by 65–78%, NUE will increase by 13–21%, N surplus will decrease by 63–74%, and GHG emissions will reduce by 66–78%. In contrast, for grain crops, N application will decrease by 27–38%, NUE will increase by 9–13%, N surplus will decrease by 26–37%, and GHG emissions will reduce by 24–28%. Overall, the potential for improvement is greater for cash crops compared to grain crops. The application of the assessment framework in this study demonstrates its effectiveness as a valuable tool for promoting green and sustainable development in conventional agricultural regions.

Thermodynamic Sustainability Assessment of Turkish Cash and Feed Crops: Evaluations and Recommendations

ABSTRACTThis work analyzes the sustainability status of cash crops (rice, wheat, and sunflower) and feed crops (silage and clover) cultivation in Turkey through thermodynamic sustainability assessment technique, emergy analysis (EA). EA offers insights into agricultural system's dependence on external resources, environmental loading, and renewability by classifying the resources that drive agricultural production as renewable, nonrenewable, and purchased. Data belonging to 17 agricultural systems evaluated in this work are gathered through survey method by interviewing the farmers. EA results reveal that production of cash crops is essentially unsustainable due to high dependence on externally purchased inputs fertilizer, diesel, and nonrenewable input water. Of cash crops, rice production has the lowest system renewability and the highest environmental loading. In feed crops, silage production is mainly unsustainable and clover production is in transition state in terms of sustainability. Feed crop production creates less environmental loading than cash crop production mainly due to being partially integrated with husbandry. Coinciding with this, the level of organic fertilization is found to be the determining factor in the sustainability status of the feed crop systems. Transforming these systems to sustainable ones requires increasing system's self‐sufficiency through enhanced circularity (increased nutrient recycling) and functioning of natural processes. Consequently, we recommend growing crops in polycultures rather than monocultures to benefit from sister plant and predator–prey relations, integrating crop production with animal rearing (natural fertilization) and utilizing waste‐origin bioenergy. For resource efficiency, we suggest adopting methods such as drip irrigation and utilization of biodegradable polymer‐coated fertilizer grains to prevent fertilizer runoffs.

On the positive economic impacts of port infrastructure development and seaborne trade efficiencies in Sub-Saharan Africa: the case of Senegal

AbstractInefficient port infrastructures is one of the challenges facing Sub-Saharan Africa, particularly as regards the West African region’s economic progress. Using a dynamic computable general equilibrium model, the paper examines how improving port infrastructure in Senegal can increase the potential of seaborne trade, and accelerate economic and social development in the country and the wider region. Despite Senegal's strategic location along the Trans-Saharan trade route in West Africa, infrastructural limitations pose challenges to port capacity. Our findings suggest that improving port infrastructure can increase port productivity, leading to a reduction in costs of imported food products and domestic inputs. As a result, the country's competitiveness in international markets would be enhanced and could stimulate the production of cash crops, industrial food, and chemical products. This would lead to increased food supply and improved purchasing power, supporting the country's food security. Results show that increased efficiencies in maritime exports and imports lead to an overall increase in economic activity, resulting in significant GDP growth, improved welfare, and a reduction in poverty incidence. This growth can be attributed to higher exports and greater availability of imported intermediate inputs at lower prices, making exports more competitive in the global market as export prices decrease.

Projected future changes in food insecurity hotspots over the IGAD region of Eastern Africa

Food insecurity is a major issue in many parts of the world, driven by conflict, economic instability, environmental challenges, and poor governance processes. Understanding the impact of future rainfall extremes on areas already experiencing food insecurity is crucial. This study investigates how food insecurity hotspots (FIH), food crisis frequency, and duration will change in the near future (2021–2050) and far future (2071–2100) under Shared Socioeconomic Pathways scenarios (SSP1-2.6, SSP2-4.5, and SSP5-8.5). The study utilizes precipitation data from the Coupled Model Intercomparison Project Phase 6 (CMIP6) and FIH data from the NASA Socioeconomic Data and Applications Center (SEDAC). To calculate future exposure and vulnerability to FIH, as well as food crisis frequency and duration, weighted sum models were used. The results indicate that arid and semi-arid areas in northeastern Kenya, most of Somalia, zones in southeastern Ethiopia, most of Djibouti, and central and northern Sudan are highly vulnerable to future extreme rainfall events, an increase in FIH cases, and longer food crisis frequency and duration in the near future (2021–2050) and far future (2071–2100) under all scenarios. On the other hand, most districts in Uganda, southern and southwestern South Sudan, counties in western Kenya, and the majority of zones in western Ethiopia are projected to have very few FIH cases, low food crisis frequency, and duration in both the near and far future under all scenarios. These findings are crucial for early warning systems, humanitarian responses, and food security interventions. We recommend harnessing projected increases in rainfall for water harvesting in Kenya, as well as promoting cash and food crop production in central and western Ethiopia, central and northern Uganda, and most of South Sudan.

The Complex Pathway to Green Fields: Opportunities and Challenges of Organic Agriculture in Thailand

This article explores the complex dynamics of organic agriculture in Thailand, focusing on the interplay of economic viability, environmental sustainability, and consumer awareness. Since the implementation of the National Economic and Social Development Plan in 1961, Thailand has emphasized cash crop production, leading to increased reliance on chemical fertilizers and pesticides, which have raised significant environmental and health concerns. The article highlights the pivotal role of non-governmental organizations, such as the Alternative Agriculture Network, in advocating for sustainable farming practices and facilitating knowledge transfer between producers and consumers. Despite the potential benefits of organic farming, challenges persist, including labor-intensive production methods, declining interest among younger generations in agricultural careers, and a general lack of consumer understanding regarding organic products. The article underscores the importance of local financial support systems, such as cooperative loans, and government initiatives aimed at promoting organic agriculture. It argues that enhancing consumer awareness and demand for organic products is essential for fostering a sustainable agricultural future in Thailand. Ultimately, the findings suggest that a multi-faceted approach involving policy support, education, and community engagement is necessary to overcome the barriers to organic farming and ensure its growth in the Thai agricultural landscape.

Effects and mechanisms of armed conflict on agricultural production: Spatial evidence from terrorist violence in Burkina Faso

AbstractExtensive studies have been conducted on the link between armed conflict and agricultural production. However, the underlying mechanisms remain underexplored. A better understanding of these mechanisms could unpack the subsequent effects of conflict‐induced food and welfare shortages, as well as identify promising policy interventions. We study the effects of terrorist violence on household agricultural production in Burkina Faso and explore the underlying mechanisms. To achieve this, we combine nationally representative five‐year panel data on plots and households with spatial conflict data. Our analysis reveals negative and significant effects of terrorist violence on agricultural productivity and total output. Despite reducing cereal crop output, increased intensity of terrorist violence is significantly associated with higher production of cash crops, which require fewer inputs in Burkina Faso. Further investigations uncover that the decline in household agricultural productivity results from a significant decrease in the number of farming plots, land size, and short‐term production investments, including chemical fertilisers and pesticides. These findings remain robust across various alternative empirical specifications and measures of violence, offering insights that can help policymakers faced with similarly scaled armed conflict. For instance, ensuring a secure environment and providing reliable access to essential production inputs, such as chemical fertilisers and pesticides, can help support conflict‐affected household agricultural production during and after the violence periods.

Did product certification and e-commerce benefit agricultural producers in China?

This study investigates the impacts of product certification and e-commerce on various production and profitability outcomes for grain and cash crop producers in China, using nationally representative survey data. Employing multinomial endogenous switching regression (MESR) estimations, we find that agricultural producers who adopt e-commerce, product certification, or both strategies have significant price premium, increased sales revenue, and greater profitability, despite the increased production costs, with cash crop producer and large-scale producers gaining more benefits. Additionally, we find a synergistic effect: agricultural producers benefit more from adopting both product certification and e-commerce simultaneously than the sum of the effects of adopting two strategies separately. This positive reinforcement between the two strategies is more pronounced among cash crop producers compared to grain crop producers, as well as among larger-scale producers compared to their small-scale counterparts. These findings provide valuable policy implications for assisting agricultural producers in adopting suitable strategies, thereby enhancing their competitiveness and profitability within the global value chains of agri-food.

Biocontrol potential of plant growth-promoting rhizobacteria against plant disease and insect pest.

Biological control is a promising approach to enhance pathogen and pest control to ensure high productivity in cash crop production. Therefore, PGPR biofertilizers are very suitable for application in the cultivation of tea plants (Camellia sinensis) and tobacco, but it is rarely reported so far. In this study, production of a consortium of three strains of PGPR were applied to tobacco and tea plants. The results demonstrated that plants treated with PGPR exhibited enhanced resistance against the bacterial pathogen Pseudomonas syringae (PstDC3000). The significant effect in improving the plant's ability to resist pathogen invasion was verified through measurements of oxygen activity, bacterial colony counts, and expression levels of resistance-related genes (NPR1, PR1, JAZ1, POD etc.). Moreover, the application of PGPR in the tea plantation showed significantly reduced population occurrences of tea green leafhoppers (Empoasca onukii Matsuda), tea thrips (Thysanoptera:Thripidae), Aleurocanthus spiniferus (Quaintanca) and alleviated anthracnose disease in tea seedlings. Therefore, PGPR biofertilizers may serve as a viable biological control method to improve tobacco and tea plant yield and quality. Our findings revealed part of the mechanism by which PGPR helped improve plant biostresses resistance, enabling better application in agricultural production.

Tillage and crop sequences for organic Cirsium arvense management in the Northern Great Plains

AbstractThe perennial rhizomatous weed Cirsium arvense (L.) Scop. is difficult to manage on semiarid organic farms. Our objective was to quantify the impact of eight 4‐year crop sequences crossed with standard‐ and reduced‐tillage on C. arvense occurrence (presence/absence), stem density, and aboveground biomass at two semiarid sites in Montana. The sequences represented a range of crop competition from high (multiple years of perennial forage [alfalfa, Medicago sativa L.]) to low (2 years of continuous fallow), with intermediate sequences consisting of different annual species. Final‐year spring wheat (Triticum aestivum L. emend. Thell.) was planted in all sequences to determine impacts on subsequent cash crop production. Through time, alfalfa and double fallow sequences reduced C. arvense density and biomass where it was established, although its invasion into new areas increased in the double fallow. Final‐year C. arvense occurrence and stem density were lower in the alfalfa sequence compared with six and four annual crop sequences, respectively (p < 0.05). Final year C. arvense biomass was higher at one site than the other, although not in the double fallow sequence. Wheat grain yields differed in response to crop sequences at the two sites: at one site, grain yield was lowest in the alfalfa sequence, especially when standard‐tillage was used, while yields were highest in the alfalfa and double fallow sequences at the other site. Using perennial forages in semiarid organic systems can be effective for managing C. arvense, but subsequent cash crop yield may be depressed.

Integrating Cover Crops into Soybean Systems in the Southern Great Plains: Impacts on Yield and Yield Components

The implementation of cover crops in crop rotation is a suggested soil health practice. As cover crops are not harvested and sold, they do not directly provide monetary gain to producers. Therefore, it is imperative that planting cover crops does not negatively affect the subsequent cash crop. However, there is no overall consensus in the literature regarding the effects of cover crops on cash crop yield. To better understand the effects of cover crops on soybean growth and yield in Oklahoma soybean systems, trials were conducted in Bixby, OK, in 2019 and Perkins, OK, in 2019, 2020, and 2021. The objectives of these trials were to (1) determine how different cover crop mixes affect soybean growth parameters and (2) determine if cover crops significantly influence soybean seed yield. Treatments within the trials included six cover crops and a fallow treatment. Soybeans were planted after the termination of the cover crops. Yield and growth parameter data were collected after harvest. No significant differences or consistent trends were detected in the yield among treatments. While cover crops had a significant impact on the number of three- and four-bean pods, no other differences in the growth parameters existed, and they never translated into significant yield differences. Based on our data, cover crops would not benefit the overall cash crop production in the continuous cover crop soybean system in Oklahoma. However, the fact that cover crops did not consistently or significantly reduce soybean yield allows growers to explore other benefits, such as weed management or soil health improvement.

Perception and willingness to participate in warehouse receipt system: insights from cashew farmers in the Bono region of Ghana

PurposeThe warehouse receipt system (WRS) is critical for farmers because it addresses agricultural market inefficiencies, provides credit access, reduces postharvest losses and increases access to profitable markets. However, its use and implementation across the commodity value chain remain relatively limited in Sub-Saharan Africa, particularly among cash crop producers. This study examines cashew farmers' perceptions of WRS implementation and determinants of farmer participation.Design/methodology/approachA total of 153 cashew farmers from the Bono region of Ghana were sampled using a multistage sampling approach. Perception index analysis and Cragg's double hurdle model were used for the analysis.FindingsThe results revealed that farmers strongly perceived that WRS augmented credit and market access. In addition, farm size, household size, annual income, perception of collateral and higher selling price determined farmers' willingness to participate in WRS.Research limitations/implicationsDespite the existence of other cashew farmers in Ghana, the study was limited to cashew farmers in Bono Region.Originality/valueDespite the plethora of benefits of WRS, it is surprising that its implementation in the cashew subsector is geographically limited to East Africa. Thus, this study is the first to provide empirical evidence on the perception of WRS implementation and further examine farmers' willingness to participate in WRS in Ghana.Peer reviewThe peer review history for this article is available at: https://publons.com/publon/10.1108/IJSE-12-2023-0946.

World Bank-Assisted Community-Based Development Project for High-Value Crop Production: Failures and Successes

The government of Punjab has recently implemented a World-Bank-assisted community-based development project for the enhancement of farm productivity in water deficit areas of the Punjab province for 11 years. This paper describes a case study from the Faisalabad division, wherein drip irrigation in conjunction with tunnel technology has improved crop and water productivity of fruits, vegetables and cash crops, optimizing farm incomes. Not only crop yields were optimized, but also there were savings on water (30-45%) and other inputs, reduced incidence of pests and diseases (15-20%), early spring production by 35 days and higher quality of produce, which substantially increased farm incomes (19-41%) along with some environmental benefits. A conservative estimate showed a reduction in unemployment by 5% in project areas. Despite these impressive achievements, a post-project survey showed that 93% of beneficiary farmers abandoned drip irrigation systems, soon after project closure. It emphasized that in the Thal area, only a 4% system rolled back, suggesting the better suitability of the high-efficiency irrigation system for water conservation and productivity enhancement in sandy areas. Post-project farmer-participatory rural appraisal (PRA) shows that drip irrigation was rolled back due to multiple constraints. For example, unsuitable/inefficient design, clogging of drippers/drip lines, non-availability of spare parts, poor response of troubleshooters and top-down approach of the project, prompting better planning and implementation, in the future, for similar projects.

New cash cropping in the Black Volta river valley: Banana production, rural innovation, and social entrepreneurship in the Ghana–Burkina Faso border region

AbstractDuring the mid‐1990s, a banana river irrigation farm that was launched in Southwestern Burkina Faso by a returning emigrant refugee spread throughout the region as far as neighboring Ghana. With relative abundant fertile, arable farmland in Ghana, easy access to input and modest capital mobilization by a few Ghanaian University lecturers to clear farmland and construct ridges and lay pipes for irrigation, a new cash crop production was set in motion. This paper analyzes the implication of this innovative rural agricultural intensification in the Ghana side of the border by shifting the angle of analysis away from narratives of transnational African agricultural commercialization driven by foreign corporations to instead focus on the role played by the local elite. The paper demonstrates that the viability of this irrigated farming can be attributed to imported banana crop variety, local rural producers' entrepreneurial zest, and enhanced existing cross‐border ties and commercial opportunities made possible by the construction of a strategic regional highway linking the farm sites with large urban and market centers in Burkina Faso.

Determinants of farmers’ willingness to pay for irrigation improvements in Northcentral Ethiopia

Investing in agricultural water management by improving irrigation schemes helps to establish climate-resilient and sustainable agri-food systems, thus contributing to sustainable poverty reduction. The purpose of this study was to identify the determinants of farmers’ willingness to pay (WTP) for irrigation water improvements in Northcentral Ethiopia. Primary data collected from a random sample of 132 households were analyzed using the double-bounded contingent valuation method and binary logit regression model to identify what determines farmers’ WTP for irrigation improvement. The findings show that farmers’ mean WTP for irrigation water improvements is 141.60 Birr/ha/year (2.50 USD/ha/year). The results of bivariate Probit model revealed that crop type, education, relative location to the irrigation scheme, irrigated plot size, and perceived drought risk statistically and positively determine farmers’ WTP for irrigation water improvement. These findings offer valuable policy implications on how best to guide practical agricaltural water management. Policy interventions aimed at enhancing farmers' behavior, awareness, and perception of drought-related issues, while also promoting cash crop production, are likely to drive more farmers towards a positive WTP for irrigation water improvement.

Student Dropout: The Case of Government Schools in South Ethiopia Region

Attainment of targets set to control dropout was by far behind in the government schools in Ethiopia. Thus, this study was designed in order to address student dropout experienced in the study area. The study employed mixed research method and parallel convergent design. Data were collected from students, teachers, parents and related stakeholders. The quantitative data were analyzed using mean, independent samples t-test and pearson’s correlation, whereas the qualitative ones through narration. The study revealed that the overall dropout status was moderate yet varying with the types of the community’s economic activity. Factors of dropout among the pastoralist community and that of agrarian and cash crop production areas also vary accordingly. Thus, developing community engagement project involving essential collaborators was suggested for intervening with the challenges identified. Further rigorous studies need also be conducted to intensify and scale up the impact.

Innovations in Sustainabilty Business Models – Toward Development for Peace in Conflict-affected Zones in the Philippines

The proposed business model (also termed herein as the Business Sustainability Framework) presents strategies for agribusiness and approaches to restoring the forests and watersheds that were initiated in the Province of Bukidnon in Northern Mindanao, Philippines. It is believed that the framework deserves merit for replication in other conflict-affected zones. This study aimed to conceptualize and document a holistic and collaborative approach taken to develop a model for an inclusive and sustainable business practice that can ensure food security and support livelihoods of the Indigenous People (First Nations) of Bukidnon, many of whom are smallholder farmers, while augmenting environmental resilience. The methodology applied for developing the model in Bukidnon utilized various strategies namely, social preparation, community organizing, participatory community development planning, as well as study tours and cross learning programs for farmers from the Bangsamoro to model sites in Bukidnon. The results of these strategies demonstrated that the key components of the framework, namely securing availability of food (i.e., adequate and nutritious food on the table), livelihood opportunities (i.e., through the production of cash crops for sale to generate sustainable disposable income), and reforestation of degraded forests and watersheds (i.e., maintaining the integrity of the ecosystem and adequacy of water supply) can be pursued effectively through a more participatory collaboration between corporations and communities. This paper emphasizes that the creation of food security and livelihood opportunities, alongside inclusive community development and the promotion of ethics and values formation, is urgent given the pressing need for the newly-established government in the Bangsamoro Autonomous Region in Muslim Mindanao (or BARMM) to deliver the much needed dividends of peace through inclusive and equitable partnerships between companies and communities. Based on the promising outcomes and results in Bukidnon, it is believed that the replication of the framework in the conflict-affected Bangsamoro region can lead to sustainable agribusiness economic models and help bring equity and social justice, and enhance environmental sustainability. The study recommends that the authorities give special consideration to the promotion of the proposed model in the Bangsamoro.

Evaluation of probiotic properties of a Brevibacillus laterosporus strain.

Brevibacillus laterosporus is a strain of probiotic bacteria that has been widely used in pest control, cash crop, and other production areas. However, few studies have been conducted on its use as a feed additive in animals. Therefore, the probiotic potential of B. laterosporus PBC01 was evaluated by characterizing hydrophobicity, auto-aggregation activity, bile salt and simulated gastrointestinal fluid tolerance, bienzymatic, and antibacterial activity. Antibiotic susceptibility, hemolysis assays, and supplemental feeding of mice were also performed to evaluate safety features. Our results showed that B. laterosporus PBC01 had moderate hydrophobicity, high auto-agglutination ability. Meanwhile, B. laterosporus PBC01 had good tolerance to bile salt and simulated gastrointestinal fluid. It had the ability to secrete protease, cellulase, and to inhibit various pathogens. In addition, B. laterosporus PBC01 was sensitive to many antibiotics, and did not produce hemolysin. In the safety assessment of mice, it did not cause any deaths, nor did it affect the cell components of blood, antioxidant capacity, and reproductive health. The study indicated the great probiotic characteristics and safety of B. laterosporus PBC01. This may provide a theoretical basis for the clinical application and development of probiotic-based feed additives.

Mapping hydropower expansion and cash crop dynamics in Colombia using Landsat time series

Satellite-based monitoring provides insights on synergies and trade-offs between energy production and land use and land cover (LULC) changes (LULCC) around hydropower dams. Using Landsat data, we mapped LULCC related to hydropower expansion to understand change dynamics of cash crop production in the Magdalena River basin (Colombian Andes). We leveraged secondary map products and an active learning routine to produce thematically detailed LULC maps, for 2009, 2015, and 2020, including key cash crops (rice and oil palm). Our area-adjusted accuracy assessment revealed high overall and class-specific user’s and producer’s accuracies, exceeding 80% for oil palm, rice, non-agricultural vegetation, wetlands, and grasslands, and accuracies of ∼60% for other temporary and permanent crops. We identified substantial losses of rice (10,6%) and grasslands (25,9%) in El Quimbo due to reservoir flooding. For Hidrosogamoso, there was a loss of wetlands downstream. Our products provide the basis for balancing social, economic, and environmental trade-offs related to conflicting land uses.

Migration as an adaptive strategy to climate change in Ethiopia: Venturing into unexplored territories

Ethiopia contends with the profound repercussions of climate change, notably prolonged droughts disrupting the lives of millions. Despite concerted mitigation efforts, a dearth of understanding prevails regarding adaptation strategies among affected individuals and communities. This study meticulously examines household adaptation mechanisms to climate change, with a particular focus on migration as an adaptive response. Utilizing Grounded theory method of qualitative methodology, our research rigorously scrutinizes migration's efficacy in bolstering adaptive capacities within Ethiopia's climatically vulnerable Kembata Zone. In the Kembata Zone of Ethiopia, agricultural communities contend with multifaceted climate change impacts—temperature surges, erratic rainfall patterns, prolonged dry seasons, crop diseases, and diminished land productivity. This research accentuates migration not merely as a key but an effective adaptive strategy in this context. Our investigation illuminates that farmer households sends members to diverse domestic and international destinations as a strategy of climate change adaptation. Significantly, seasonal, and temporary migrations to local destinations emerge as primary strategies for climate change adaptation. Such migration provides farmer households with access to farmland, which is critical for cash and food crop production, countering potential productivity downturns in the areas of origin attributed to climate change. Notably, some households send their members to international destinations, where remittances have been found to play a pivotal role in addressing escalating climate change challenges by financing climate-resilient agricultural activities and livelihoods.