Livelihoods Of Farmers Research Articles

Resource use efficiency and system productivity of patchouli (Pogostemon cablin (Blanco) Benth) intercropping with food crops

Intercropping, the practice of growing multiple crops together, improves resource efficiency by optimizing sunlight, water, and nutrient use. This approach enhances sustainability by reducing plant competition and fostering mutual benefits, often leading to higher yield. Patchouli (Pogostemon cablin (Blanco) Benth) is an important aromatic crop that thrives in partial shade for growth and development but optimizing its productivity while maintaining or enhancing yield remains challenging. Field trials were carried out in 2022-23 and 2023-24 at CSIR-CIMAP, Research Centre, Bengaluru, to evaluate the biological and economical viability of intercropping systems (patchouli-finger millet, patchouli-cowpea and patchouli-field bean in 1:1 and 1:2 population density ratios and their corresponding sole crop) can improve patchouli productivity and economic viability. The results revealed better performance of patchouli with field bean in co-cultivation (1:2) compared to sole cropping. The combination of patchouli and field bean (1:2) yielded the highest PEY (115.38Lha-1) attributed to exceptional land utilization efficiency (282.22%), along with superior land equivalent ratio (1.96), land equivalent coefficient (0.93). Additionally, the ATER stood at 1.73, outperforming other cropping systems. The dominance of finger millet over patchouli is evident from the CR value of 1.25 and A value of 0.2. Economic indices, including RVT (1.16), RNR (1.26), MAI (3260.62 US$), REE (1.94), IA (143.89) cost-benefit ratio (1.86), and net returns (4156 US$), were observed to be highest in the field bean intercropping system, closely followed by cowpea. The findings suggest that intercropping patchouli with field bean or cowpea enhances both biological performance and economic returns which enhancing farmer profits through improved resource utilization efficiency. Intercropping medicinal and aromatic crops with food crops is an effective strategy for promoting sustainable farmer livelihoods and boosting the country's GDP. The global demand for essential oils continues to rise, offering significant economic opportunities for farmers and contributing to sustainable development.

Impact of Village Savings and Loans Associations Participation on Cocoa Farmers’ Livelihood in the Western North Region, Ghana

The study examined the impact of Village Savings and Loans Associations (VSLA) participation on cocoa farmers livelihoods in the Western North region of Ghana. The study analyzes the factors that influence VSLA participation and the intensity of savings. The sample size for the study was 301. The Heckman two-stage model was used to analyze the factors that influence VSLA participation and the intensity of savings. Propensity Score Matching (PSM) was used to examine the impact of VSLA participation on cocoa farmers livelihoods. The results demonstrated a positive and statistically significant relationship between VSLA participation and the following variables: age, gender, household size, education, children’s education, and social contributions. However, variables such as respect, income, and gender had a negative influence on VSLA participation. The result also established a positive and significant relationship among extension contact, respect, income, and intensity of savings. VSLA participation had a negative impact on natural capital (land size), a positive impact on human capital (children’s capital) and on financial capital (total income), and no impact on social capital (community social distributions) and physical capital (home assets). Policy makers should therefore consider these factors or attributes of beneficiaries in the development and implementation of future interventions. It is recommended that government of Ghana through Ghana COCOBOD should implement policies that intensify sensitization and education on need for farmers to participate in VSLAs. Additionally, policies that support community-building activities such as VSLAs, can be implemented to foster community engagement and build social capital in cocoa growing communities.

High Yielding Pest and Disease Tolerance Variety (DHLM-14-1) in Little Millet (Panicum sumetrense. L) Developed through Recombinant Breeding Technology

The little millet variety DHLM-14-1 developed at the Agricultural Research Station (ARS) Hanumanamatti under the University of Agricultural Sciences, Dharwad. With a maturation period of 85-90 days, this variety features an erect, tall plant stature ranging from 112 to 130 cm and produces bold, oval-shaped gray grains. DHLM-14-1 stands out for its notable tolerance to shoot fly, exhibiting only a 13.89% incidence compared to 19.15% in the national check JK-8. Its impressive yield performance is evident, yielding 18.42%, 30.58%, and 3.14% more than the national checks OLM-203, JK-8, and KOPLM-53, respectively, making it a beneficial option for millet producers looking for resilient, high-yielding crops. Across trials conducted from 2011 to 2014, DHLM-14-1 showcased exceptional agronomic performance, achieving a mean seed yield of 42.41q/ha, significantly outperforming local check TNAU-63 and national check OLM-203 by 26.63% and 23.75%, respectively. Its consistent yield superiority, with an average of 15.89 q/ha over three years, illustrates the cultivar's adaptability to diverse agro-climatic conditions, surpassing OLM-203 and JK-8 by 18.42% and 30.58%. Recognized during the 29th Annual Group Meeting of the ICAR All India Coordinated Research Project on small millets, DHLM-14-1 has shown strong disease resistance against grain smut, brown spot, and sheath blight, with disease incidences similar to OLM-203 and significantly lower than JK-8. Additionally, its effective resistance to shoot fly underscores its potential to reduce pest damage, reinforcing DHLM-14-1's value as a high-yielding, resilient cultivar that not only enhances sustainable millet production but also supports food security and improves farmer livelihoods across India.

Climate change mitigation and adaptation for rice-based farming systems in the Red River Delta, Vietnam

Abstract Background Rice is a major contributor to anthropogenic greenhouse gas (GHG) emissions, primarily methane, and at the same time will be negatively impacted by regional climate changes. Identifying rice management interventions to reduce methane emissions while improving productivity is, therefore, critical for climate change mitigation, adaptation, and food security. However, it can be challenging to conduct multivariate assessments of rice interventions in the field owing to the intensiveness of data collection and/or the challenges in testing long-term changes in meteorological and climate conditions. Process-based modeling, evaluated against site-based data, provides an entry point for evaluating the impacts of climate change on rice systems and assessing the impacts, co-benefits, and trade-offs of interventions under historical and future climate conditions. Methods We leverage existing site-based management data to model combined rice yields, methane emissions, and water productivity using a suite of process-based coupled crop-soil model experiments for 83 growing sites across the Red River Delta, Vietnam. We test three rice management interventions with our coupled crop-soil model, characterized by Alternate Wetting and Drying (AWD) water management and other principles representing the System of Rice Intensification (SRI). Our simulations are forced with historical as well as future climate conditions, represented by five Earth System Models for a high-emission climate scenario centered on the year 2050. We evaluate the efficacy of these interventions for combined climate change mitigation and adaptation under historical and future climate change. Results Two SRI interventions significantly increased yields (one by over 50%) under historical climate conditions while also reducing (or not increasing) methane emissions. These interventions also increase yields under future climate conditions relative to baseline management practices, although climate change decreases absolute yields across all management practices. Generally, where yield improved, so did crop water-use efficiency. However, impacts on methane emissions were mixed across the sites under future climate conditions. Two of the interventions resulted in increased methane emissions, depending on the baseline management point of comparison. Nevertheless, one intervention reduced (or did not significantly increase) methane under both historical and future climate conditions and relative to all baseline management systems, although there was considerable variation across five selected climate models. Conclusions SRI management principles combined with high-yielding varieties, implemented for site-specific conditions, can serve climate change adaptation and mitigation goals, although the magnitude of future climate changes, particularly warming, may reduce the efficacy of these interventions with respect to methane reductions. Future work should better bracket important sensitivities of coupled crop-soil models and disentangle which management and climate factors drive the responses shown. Furthermore, future analyses that integrate these findings into socio-economic assessment can better inform if and how SRI/AWD can potentially benefit farmer livelihoods now and in the future, which will be critical to the adoption and scaling of these management principles.

Towards an Emplaced Vocabulary of Motive: Senses of Place and Land Sale Decision‐Making in the Northern Great Plains*

AbstractOne of the most remote regions in the contiguous United States, the Upper Missouri River Breaks in the Northern Great Plains of Montana is both “cattle country” and “pristine prairie”: an identity that brings repeated tension over land use. Over the last twenty years, a conservation organization with a mission to rewild the region has purchased thousands of acres of ranchland from willing sellers despite widespread agricultural community resistance. In this study, I interview those who chose to sell and those who chose to stay, and I ask how landowners justify their decisions to sell, or not sell, their land. By using what C. Wright Mills calls “vocabularies of motive,” I investigate two central questions. The first asks why a landowner would sell land against what social norms would dictate to be “right.” The second asks why a landowner would not sell land, given the perceived inevitable eventual loss of a regional agricultural livelihood. I suggest one way to understand these questions is by considering how senses of place shape what decision‐makers believe to be the most justifiable course of action. Extending the vocabulary of motive framework to include senses of place better informs the understanding of land sale decision‐making. Though deeply contextual, the themes running through this case (i.e., ongoing existential threats to the agricultural industry, booms in the buying power of private philanthropists, and decision making in socially and politically contentious spaces) are relevant to a broader understanding of shifts within agricultural communities and the ongoing perceived “battle” between production and conservation.

The Prickly Pear, a shrub of real contribution to the livelihoods of farmers in in eastern dray land of Algeria

The study aims to assess the economic benefits and poverty impact of prickly pear fruit sales, focusing on commercial practices and the socio-economic status of participants. Data was gathered from 60 individuals across 32 locations through face-to-face surveys conducted from June to September 2023. The analysis, covering 20% of the regional actors, revealed that most participants were relatively young, with higher primary education levels and low university education (8.33%). Women involved were mostly divorced, and the majority of sellers were private farm owners, with others being forwarders and traders. Unemployment drove their engagement in this activity. The average income from prickly pear sales is 89.103 DZD, with net earnings of 60,000.00 DZD per trader, which increases with hours worked. Approximately 60 traders generate a total seasonal income of around 42,000.00 DZD, significantly benefiting local economies. Prickly pear trading offers crucial support to households, particularly during tough economic times, showcases its importance despite modest returns. The prickly pear trade in the region plays a vital role in supporting local households economically, especially during periods of financial instability. The trade offers both a source of income and an opportunity for independence, despite challenges associated with harvesting and market dynamics. The study concludes that prickly pear sales provide a sustainable income source with potential for growth, suggesting broader use of these crops for food, fodder, and energy in Algeria.

Breeding for Pest and Disease Tolerance High Yielding Variety (DHLM-36-3-1) in Little Millet (Panicum sumetrense. L)

Developed from 2008 to 2013 and evaluated between 2010 and 2014, the high-yielding medium-maturing little millet variety DHLM-36-3-1 was officially released and notified in 2018, showing its potential as an excellent variety. This cultivar, developed at the Agricultural Research Station in Hanumanamatti, University of Agricultural Sciences, Dharwad, is well-suited to the state of Karnataka. It matures in 85 to 90 days and features an erect growth habit, reaching heights of 112 to 130 cm, with bold, oval-shaped grains of light black color. DHLM-36-3-1 demonstrated a grain yield of 14.29 q/ha and a fodder yield of 5.6 t/ha, showing good tolerance to shoot fly infestation (15.50%) compared with the national check JK-8, which recorded a 20.34% infestation rate. Furthermore, DHLM-36-3-1 outperformed both national checks OLM-203 and JK-8 by 9.59% and 11.21%, respectively, in terms of grain yield. Similarly, the newly developed variety DHLM-14-1 has yielded promising results across various trials conducted throughout India, demonstrating its potential as a high-yielding and nutritionally rich option for farmers. Over three growing seasons, DHLM-14-1 achieved an impressive average seed yield of 35.12 q/ha, exceeding the local check TNAU-63 by 18.56% and the national check OLM-203 by 12.06%. It has consistently performed well in All India Coordinated Trials, showing adaptability across diverse agro-climatic conditions, with notable yield improvements in states such as Andhra Pradesh, Jharkhand, and Tamil Nadu. Nutritional assessments highlight DHLM-14-1's superior mineral profile, boasting higher levels of zinc (4.06 mg/100 g) and calcium (3.45 mg/100 g) compared to national checks, while its iron content (16.2 mg/100 g) significantly surpasses that of OLM-203. Additionally, disease resistance evaluations revealed that DHLM-14-1 maintained lower incidence rates for grain smut and brown spots, with competitive resistance to shoot fly. Collectively, these findings emphasize DHLM-14-1's vital role in promoting sustainable millet production, enhancing food security and farmer livelihoods, supporting integrated pest management strategies, and improving the nutritional quality of staple diets in areas with micronutrient deficiencies.

Sustainable Livelihood for Tribal Farmers via Integrated Farming System Components

Sustainable Livelihood for Tribal Farmers via Integrated Farming System Components

Wetland restoration, household income, and livelihood structure of farmers

BackgroundWetland restoration is an important measure for restoring wetland ecosystems and their ecological benefits, with the goal of restoring their ecological functions and resources. However, wetland restoration affects farmers' incomes and livelihoods. Although existing research has contributed to a deeper understanding of the relationship between wetland restoration and farmers' household incomes, some issues require further consideration. Therefore, here, we aimed to analyse the impact of wetland restoration on farmers' incomes and provide empirical evidence for the coordination mechanism of protection and development in the Poyang Lake Wetland in Jiangxi Province.MethodsBased on 2 years of balanced panel data of 365 households around the Poyang Lake wetland, this study analysed the influence of policies related to wetland restoration and how variables such as the cultivated land area, labour force transfer, and location of nature reserves impact farmers' income. To this end, we used a two-way fixed-effect model to test the robustness by using propensity score matching, and the influence mechanisms of wetland protection policies, such as wetland restoration, wetland ecological compensation, and the Yangtze River fishing ban, on farmers' income interactions were explored.Results and discussionThe results showed that, due to the policy of wetland restoration was implemented a long time ago, the negative impact of the policy on reducing farmers' household income is not significant now. Further, farmers' family livelihood strategies have changed, and choosing other types of agricultural production and off farm employment are currently the main choices for farmers. Wetland restoration has changed their income structures. Additionally, the two wetland restoration policies and banning of fishing have had synergistic effects. The findings of this study are helpful in understanding how wetland restoration around nature reserves influences farmers' household incomes. Further, they can provide policy insights for promoting an increase in income and the optimization of the income structure of communities around lake wetland nature reserves.

Quantifying farmers' Livelihood Efficiency, Regional Indicators and Its Influencing Factors: Implementing an Improved Sustainable Livelihood Framework

ABSTRACTResearch on sustainable livelihoods tend to emphasis on objective and macroregional aspects. However, there is space to expand research on the farmers' livelihoods in the context of poverty alleviation and rural revitalization development. This paper uses a field survey on farmers' livelihood efficiency, influencing factors and mechanisms of farmers' livelihood efficiency in the Qinba mountainous areas of southern Shaanxi China. Based on DEA and Tobit approaches, the authors investigate farmer livelihood efficiency and analyze the disparities according to the farm households' socio‐demographics descriptions. Findings of this study show that, livelihood efficiency is a new entry point of sustainable livelihoods for farmers, and currently, the overall livelihood efficiency of farmers in the study area is low, which needs to be further improved. The results also show that the willingness of environmental protection activities, village busses and government financial expenditure have a significant positive impact on the livelihood efficiency, while the abandonment has a significant negative impact on the livelihood efficiency of farmers. These factors have significant differences in the impact of farmers' technical efficiency and scale efficiency. The results further indicate that, utilization and conversion rate of the existing livelihood capital of farmers is low. Livelihood diversification should be stimulated to enhance “livelihood export” and its operation ability of livelihood capital accumulation. The study findings also propose that, there is a need of reform of dual paths to improve the efficiency of farmers' livelihood, and promote farmers' livelihood development with “wide path” and “wide choice.”

ASSESSMENT OF FEMALE YOUTH PARTICIPATION IN AGRICULTURAL LIVELIHOOD GENERATING ACTIVITIES IN GWAGWALADA AREA COUNCIL, ABUJA, NIGERIA

This study examines female youth participation in agricultural livelihood generating activities in Gwagwalada Area Council, Abuja. The objectives of the study were to: examine the extent of female youth participation in agricultural livelihood generating activities and the income generated, determine factors influencing female youth participation in agricultural livelihood generating activities, and identify major constraints faced by female youth participating in agricultural livelihood generating activities. A multistage sampling procedure was used to select 133 female youths from 13 registered youth associations with 10 from each group in (4) peri-urban communities of the study area. Structured questionnaire was used to collect data while descriptive statistics and Logit regression model were used to analyze the data. The results showed that 30.1% and 14.3% of the respondents were engaged in crop and poultry production and generated an average income of ₦420,093.02 and ₦216,000.00 respectively while 3.0% and 4.5 only were engaged in crop produce processing and poultry meat and egg marketing and generated ₦29,250.74 and ₦14,166.67, respectively. The logit regression results indicated that factors influencing female youth participation in agricultural livelihood generating activities include age, education status, household size, income, occupation, and distance. Also, the major constraints hindering participation were inadequate access to land (43.6%), inadequate access to finance (41.6%) and high cost of production (16%). While the study indicates that a significant portion of female youths is engaged in crop and poultry production, their overall participation in agricultural activities is limited. The study provides critical insights into the potential of agriculture as a viable solution to youth unemployment in Nigeria. The study recommends implementing policies to improve land access for female youths, including land reform initiatives that prioritize youth ownership and leasing options. Additionally, it suggests exploring strategies to reduce production costs through input subsidies, partnerships with agricultural suppliers, and community-based resource-sharing initiatives.

Exploring socioeconomic determinants of goat herd size: A case study of smallholder farmers in Lephalale local municipality, Limpopo, South Africa

Goat farming plays an important economic role in numerous developing countries, with Africa being a home to a considerable portion of the global goat population. This study examined the socioeconomic determinants affecting goat herd size among smallholder farmers in Lephalale Local Municipality of the Limpopo Province in South Africa. A simple random sampling technique was used to select 61 participants. The socioeconomic characteristics of smallholder goat farmers in Lephalale Local Municipality were identified and described using descriptive statistics on one hand. On the other hand, a Multiple linear regression model was employed to analyse the socioeconomic determinants affecting smallholder goat farmers’ herd sizes. Findings from the Multiple linear regression model highlighted several key determinants, including the age of the farmer, gender of the farmer, education level, and marital status of farmers, along with determinants like distance to the markets, provision of feed supplements, and access to veterinary services. Understanding these determinants is crucial for policymakers and practitioners to develop targeted strategies aimed at promoting sustainable goat farming practices and improving the livelihoods of smallholder farmers in the region.

Hot pepper wilt intensity, management practices, and pathogenic variability of Fusarium oxysporum f. sp. capsici (FOC) isolates in northwest Ethiopia

Hot pepper (Capsicum annuum L.) is essential in Ethiopian agriculture but is increasingly threatened by Fusarium wilt, caused by Fusarium oxysporum f. sp. capsici, which severely affects yields and farmer livelihoods in Northwest Ethiopia. This study assessed wilt incidence, severity, and farmer practices across four districts in West Gojjam Zone (Womberma, Burie Zuria, Jabi Tehinan, and Dembecha Zuria). Surveys from 128 farmers and tests on 67 fungal isolates revealed that Burie Zuria faced the highest disease incidence (56.6%) and severity (52.5%), while Womberma had the lowest rates. The most pathogenic isolate, 4WBG1, showed 100% incidence and high severity (82.5%) and 100% AUDPC value. Agronomic practices like seed sourcing and crop rotation influenced disease control, yet only 23.4% of farmers used chemical or cultural controls, with 11% applying Mancozeb. These findings highlight the need for improved management strategies and resistant varieties to safeguard hot pepper production.

Landscape degradation drives metal bioaccumulation in bats from Atlantic Forest cacao region, Brazil.

Agricultural landscapes worldwide are heavily sprayed with agrochemicals to increase crop productivity. These agrochemicals release bio-accumulative pollutants such as heavy metals that often persist in the environment with harmful impacts on biota. In a prime endangered Atlantic Forest biome, in Bahia, Brazil, agroforestry of cacao (Theobroma cacao) provides a livelihood for small farmers and suitable habitats for forest species. However, landscape transformation to pasture and monoculture expose vulnerable communities to scarcely evaluated pollutants with unknown effects on the health of humans and animals. We assessed the bioaccumulation of manganese (Mn), lead (Pb), and copper (Cu) by analyzing hair samples of 326 bats representing 28 species across 15 cacao agroforestry and 2 forest remnants. Bats from regions heavily disturbed by pastures and monocultures showed higher levels of Pb (41.20µg/g) and Mn (0.44µg/g) compared to those from areas where forest or cacao agroforestry dominates the landscape. Local grassland covers increased Pb bioaccumulation, while forest cover reduced it. Cacao agroforestry appeared to increase Cu exposure, likely due to fungicide use. This study pioneers the evaluation of heavy metal accumulation in bats inhabiting cacao agroforestry and Atlantic Forest remnants, highlighting the need for sustainable agricultural practices to protect wildlife and ecosystem health.

Building Agricultural Resilience: Strategies for Climate Change Adaptation

Climate change has a significant impact on India's agriculture, influencing environmental conditions, agricultural techniques, and production. The term "climate-resilient agriculture" refers to technologies, methods, tools, and frameworks aimed at adapting to and mitigating the effects of climate change on agricultural production, food security, and livelihoods. Crop productivity and food security are greatly impacted by climate changes, which calls for creative agricultural methods to maintain food supply while reducing environmental damages. These difficulties are made worse by environmental changes and global population expansion, especially in developing countries. Technological advancements, such as geospatial analysis, and eco-friendly farming technologies, play a crucial role in optimizing land use and enhancing food security. Crop variety adaptation and management of seed, water, land, livestock, soil and nutrients, pest management, risk management, and post-harvest management are examples of effective agricultural adaptation strategies. Technological developments like geographic analysis.

Life Cycle Assessment of an Avocado: Grown in South Africa-Enjoyed in Europe.

Food production is known to have significant environmental impacts, with the main contributors residing in the farming and transportation life cycle phases. Of the various food products transported around the world, avocados have increasingly gained attention as a high-commodity superfood. Avocados require specific climatic and agricultural conditions for farming, with the most fertile land and conditions located outside Europe. Consequently, most avocados consumed in Europe are imported over vast geographical distances, with little information available to quantify the environmental impacts of this imported superfood. This paper aims to present the most detailed life cycle assessment results of an avocado cultivated, grown and harvested in the Limpopo Province of South Africa and exported to the European market for sale and consumption. A life cycle assessment was developed for the farming, harvesting, handling, packaging, ripening, transportation, and carbon sequestration potential of the avocado, and it was used to conduct a holistic life cycle assessment. Input data was obtained through an 18-month data collection campaign across the relevant stakeholders. A baseline 'business-as-usual' scenario is focused on throughout this study, and scope for optimisation is identified for each life cycle phase where applicable, accompanied by uncertainty analyses. Results show a total carbon input of 904.85 kg CO2e/tonne. Mitigating this, 521.88 kg CO2e/tonne is offset, resulting in a net carbon footprint of 382.97 kg CO2e/tonne with uncertainty ranges of -23.22 to +58.69 kg CO2e/tonne, normalised to 57.45 g CO2e/avocado grown in South Africa and sold in Europe. The environmental impacts of the avocado industry under consideration are largely mitigated by the "nature first" philosophy of the farming and logistics enterprises, which have made significant investments in reducing emissions. Sensitivity analyses indicate that implementing large-scale renewable energy, using alternative packaging instead of cardboard, and selling avocados unripened could further enable the farming enterprise to achieve Net Zero objectives. These measures could reduce baseline emissions from 382.97 kg CO2e/tonne to a theoretical -68.54 kg CO2e/tonne, representing a 117.9% decrease. Although this study does not quantify climate change impacts, qualitative analyses suggest that climate change will have a net negative effect on the avocado industry in South Africa. These regions, typically located in micro-climates, are projected to become wetter and warmer, adversely affecting crop phenology, pest control, road conditions, management complexity, farmer livelihoods, and food security. The study recommends large-scale implementation of the optimisation strategies identified to achieve Net Zero objectives and the development of proactive climate change mitigation strategies to enhance the resilience of avocado supply chains to future stressors. These insights are crucial for policymakers, industry stakeholders, and consumers aiming to promote sustainability in the avocado market.

Adoption of agromet-advisory services (AAS) under Aicrpam-Nicra at Parbhani district of Maharashtra for improving livelihood of rural farmers

Adoption of agromet-advisory services (AAS) under Aicrpam-Nicra at Parbhani district of Maharashtra for improving livelihood of rural farmers

Vulnerability of small-scale farming livelihoods under climate variability in a globally important archipelago of the Global South

Vulnerability of small-scale farming livelihoods under climate variability in a globally important archipelago of the Global South

The sustainable livelihood model of farmers in the peri-urban areas of Bandung city

Welfare is the goal of every endeavor undertaken by humans, including farmers. However, to achieve prosperity, it is necessary to ensure that the sustainable livelihood conditions of each farmer are in good condition, supported by good characteristics and mastery of the five development capitals. This research aims to · Analyze the sustainable livelihoods of farmers on the outskirts of Bandung City; · Analyze the dominant factors that influence the sustainable livelihoods of farmers in the outskirts of Bandung City; · Analyze the influence of sustainable livelihoods on the welfare of farmers on the outskirts of Bandung City. The method used in this research is a predominantly quantitative mixed method. Data analysis in this study used structural equation modeling (SEM) involving 177 samples of farmers in Andir Village, Baleendah District and Mekarwangi Village, Lembang District. The research results showed that: · Respondents perceived sustainable livelihoods in the quite high category with a score of (3.68); · Respondent characteristics, financial capital, social capital and physical capital have a significant influence on sustainable livelihoods, while natural capital and human capital do not have a significant influence on sustainable livelihoods; · Sustainable livelihoods have a significant influence on the welfare of farming households. Based on the research results, there is a need to increase control of the five development capitals through farmers' efforts and initiatives as well as intervention from the government.

Assessing the impact of financial resources on Sorghum yield in Al-Qadarif State, Sudan

The sorghum agricultural sector in Al-Qadarif State, Sudan, plays a pivotal role in ensuring regional food security. However, its productivity is hindered by significant constraints. Substantial improvements in sorghum yield are impeded by the intricate complexities that characterize this sector's financial resources, and agricultural practices. This study in Al-Qadarif State, Sudan, explores the relationship between financial resources and sorghum agrarian productivity. Data were collected from 200 sorghum farmers using standardized questionnaires during the 2022 season, and regression analysis was employed to investigate the association between financial factors and sorghum productivity. The findings indicate that financial accessibility considerations significantly influence sorghum productivity. This emphasizes the importance of improved financial resources for farmers to adopt innovative farming technologies and practices, leading to higher sorghum productivity levels. The study recommends the integration of digital financial services and precision agriculture technologies as a creative solution to enhance financial accessibility and sorghum productivity. By leveraging mobile money platforms and digital credit services, farmers can conveniently access financial resources, enabling them to invest in modern agricultural inputs and technologies. Additionally, the adoption of precision agriculture techniques, such as soil moisture sensors, drone-based crop monitoring, and variable rate application of inputs, can optimize resource utilization, increase yield, and reduce production costs. The combination of these innovative approaches has the potential to bridge the financial and knowledge gaps, promoting the widespread adoption of sustainable agricultural practices. This synergistic approach could significantly improve sorghum productivity, enhance farmer livelihoods, and contribute to regional food security.