Rice Farmers Research Articles

ALIH USAHATANI PADI SAWAH KE TANAMAN JERUK NIPIS (Citrus auratifolia) DI DESA TRIDANA MULYA KECAMATAN LANDONO KABUPATEN KONAWE SELATAN

The objective of this study is to ascertain the underlying factors that precipitate the transition from wet-rice farming to lime farming, as well as to examine the impact of such farming conversions among farmers in Tridana Mulya Village. The study population was comprised of two groups: a group of 31 lime farmers and a group of seven rice farmers. The sampling technique employed was the census method, which entailed the inclusion of the entire population, resulting in a research sample of 38 individuals (31 lime farmers and 7 rice paddy farmers). Data were collected through the use of interview techniques, observation, and documentation of media sources in the form of questionnaires. The variables under investigation are the factors that influence the transfer of farming and the impact of such transfer. The data were analyzed using a descriptive method and an income formula. The results demonstrated that the factors that precipitated the transition from paddy rice farming to lime farming were attributable to a confluence of production, economic, and cultivation-related considerations. The production yield factor of lime farming has demonstrated an increase in production compared to paddy rice farming in Tridana Mulya Village. In terms of economic factors, lime farming has been shown to yield higher profits for farmers than paddy rice farming. Additionally, the cultivation factors associated with lime farming are considerably more straightforward, as the land only requires processing once, due to the fact that lime is a long-term crop, in contrast to paddy rice farming, which is dependent on seasonal conditions. The impact of switching farms includes both economic and environmental consequences. From an economic standpoint, farmers' income may change after switching from paddy rice farming to lime crops. This is because lime crops may yield higher profits than paddy rice, depending on various factors. From an environmental standpoint, the lack of use of chemical fertilizers or pesticides in lime farming may reduce the impact on the environment. This is in contrast to the opposite condition observed in paddy rice farming.

Virtual play and real connections: unpacking the impact of rice farming simulation video games

This study investigates how the rice farming simulation video game Sakuna: Of Rice and Ruin affects interest in real-world agriculture and the inclination to start farming amidst Japan’s declining farming population. We surveyed 428 Japanese residents, including not only game players but also those who watch the game live or are merely aware of its existence. We also interviewed an individual who started rice farming after playing the game. The findings indicate that the game successfully stimulates greater interest in agriculture and somewhat motivates players to consider farming, more than just viewers or those who are aware of it. Moreover, individuals with real-life connections to agriculture, such as farming experience or professional connections, were optimistic about the transition from game to reality. The study suggests that rice farming simulation games can foster expectations of developing an interest in agriculture and potentially embarking on farming careers, demonstrating the game’s significant impact beyond entertainment.

Resources Availability And Income Achievement: A Driving Force For Competitiveness Of Rice Farming Products In Tidal Land, South Sumatera, Indonesia

The land conversion of rice farming could only be prevented by increasing farming competitiveness. The first step is to map the resource availability supporting paddy farming and income achievement. Therefore, this study aimed to analyze resource availability and income achievement to increase paddy business competitiveness. It used a survey method and observed two populations of farmers producing paddy seed and rice in Tanjung Lago and Rambutan Districts, Banyuasin Regency. Simple random sampling was adopted to determine 130 respondents from two populations, each with 65 rice and paddy seed farmers. The findings showed that resource availability supports farming in tidal land, though it is significantly higher for paddy seed than rice farmers. Regarding income achievements, paddy seed farmers also have higher R/C and B/C values than rice farmers. Income for rice farmers mainly comes from corn, rubber, and oil palm, while paddy seed farmers earn from their farming. This implies that the chance of land conversion into plantations and corn farming is greater for rice than for paddy seed farmers. When this happens on a large scale and in the long term, it impacts national rice production. Therefore, improved resource availability and better integration in production could sustainably increase paddy farming production in tidal land.

Living Hedges and Household Food and Nutrition Security in Cote D'ivoire

Soil degradation is a major problem, particularly for Ivorian rice farmers who grow rainfed rice on slopes or flood plains. To remedy this situation, some households are adopting agroforestry practices, in particular living hedgerows. This study analyzes the economic impact of the adoption of living hedgerows on the food and nutritional security of rice-growing households in Côte d'Ivoire. Data were collected from 456 households in the regions of Tonkpi in the west, Poro and Tchologo in the north, using stratified random sampling, with each village considered as a stratum. Then, the two steps of the propensity score matching (PSM) method were used to identify the factors involved in the adoption of living hedges and to measure the effect of this adoption on household food and nutritional security. The results obtained from the propensity score matching (PSM) analysis indicate that the adoption of living hedges improves the food and nutritional security of adopters by an average of 67% and 266.67% respectively. The study therefore recommends improving human capital through training in rice plot selection, raising awareness of the benefits of agroforestry practices, and capacity-building for producers in the use of living hedgerows.

Comparative Study of the Productivity and Some Economical Aspects of the Conventional Rice and Rice-Fish Farmings Systems in Agonlin-Lowé Village, Adjohoun, Bénin

The main idea of this work was to compare the productivities of rice farming systems and rice rice- fish polyculture in the same fish ponds. The experiment was conducted in six (06) different compartments with a total area of 300 m² between March and August 2022. The test was carried out with 600 fry including 400 fingerlings of Oreochromis niloticus and seedlings of rice (Variety IR 841). The initial average weights of fish in rice-fish culture without food supply and with food supply were respectively 9.7 g and 9.8 g. After 72 days, the variations of the physico-chemical parameters showed no significant difference between the compartments. In rice-fish farming, in the compartments without food supply, the average yield was 2.17 t/ha and in the compartments with food supply this average was 2.33 t/ha against 2.04 t/ha in the rice fields. In the associated culture, food intake was favorable with a mass gain of 6.9 g compared to 1.4 g obtained in the second pound. Also, the rice yields and the growth performance of fish O. niloticus were significantly (p > 0.05) higher than those obtained in conventional rice cultivation. Also monitoring the growth of farmed fish must continue in order to assess the performance achieved as well as the financial benefits for good promotion of the sector.

Impact of heavy metal hazard perceptions on pollution control intentions: Empirical evidence from rice farmers in China

Heavy metal pollution presents significant challenges to global sustainable development. The treatment of such pollution predominantly relies on government policies, often neglecting farmers' crucial role in the remediation process. Therefore, this study investigates the driving mechanisms behind farmers' willingness to control heavy metal pollution in farmland. By analyzing survey data from 718 rice farmers in China, this study employs the Probit model to quantitatively assess the impact of farmers' perceptions of heavy metal hazards on their inclination to control pollution in farmland. Additionally, it examines the heterogeneity of these impacts between cultivated rice for domestic consumption and rice for export. The findings reveal the following: (1) Approximately 70% of farmers recognize the harmful effects of heavy metals, but only 66.2% of them express willingness to engage in pollution control measures. (2) More awareness regarding heavy metal hazards corresponds to a stronger intention to control pollution. (3) In addition to hazard perception, households with village cadres demonstrate a significantly positive influence on pollution control intention. (4) There are notable disparities in farmers' attitudes towards retained rice (for domestic consumption) and exported rice, with a greater willingness to implement pollution control measures for retained rice. As such, this study provides valuable insights for informing policy development to address the challenges associated with heavy metal pollution control's complex and limited effects. The findings contribute to a better understanding of the Chinese context as a typical developing country, offering analytical cases that promote global sustainable development while leveraging Chinese wisdom.

Assessment of Variants of Organic-Based Rice Production Systems in Negros Occidental, Philippines

A survey was conducted to determine information needs and assess variants of organic rice-based production among rice farmers in Negros Occidental, Philippines. Survey data were gathered from 199 out of 400 identified organic rice practitioners in the province, which accounts for a > 95% confidence level and 5% of margin of error. Among the respondents, only 20.1% had organic certification from third-party representatives, and 42.2% can be classified under a low-input farming system. Some (21.1%) were in transition for certification or were farmers intending to go into organic certification with third-party representatives. The remaining (16.6%) used organic inputs but were not certified nor in transition for certification. Results also showed that farmers' access to information and technologies was mainly from trainings and seminars facilitated by different organizations through their associations and cooperatives. Many of the farmers had practices based on cultural management, and their organic inputs were farm-produced. The average yield of organic farming systems of farmers in Negros Occidental ranged from 2.76 to 3.21 t/ha. The average net income of farmers was PhP 29 649.32. Well-informed farmers, active farmer associations, and available support from different organizations were among the identified elements of continued organic rice production of farmers in the province. Some of the constraints were low productivity and profit in organic rice farming and problems with market availability.

Brown manuring in rice farming: unlocking new horizons for growth and productivity

Brown manuring in rice farming: unlocking new horizons for growth and productivity

Agri-inputs Sourcing Networks of Rice Farmers in Andhra Pradesh and Kerala, India

Agricultural inputs are the underlying elements that are vital for agricultural production. Timely availability and quality of the inputs also have a significant impact on production. Thereby, the study aims to investigate the structure and dynamics of agricultural input sourcing networks among rice farmers in two districts each of Andhra Pradesh (AP) and Kerala. A total of 120 farmers were randomly selected and surveyed. Social network analysis was deployed for the analysis and to delineate the network maps. The results revealed that commercial banks were the major source of financial resources among all four districts. Cooperative banks with an eigen-centrality value of 0.96 were on par with the commercial banks in providing credit to the farmers in Palakkad region of Kerala. In seeds, private dealers were major players in Kurnool, while neighbouring farmers were the major source in East Godavari of AP. In Kerala, Krishi Bhavan was the major source of seeds for farmers in both districts. For other inputs such as fertilisers and plant protection chemicals, farmers in Kurnool sourced majorly from private dealers while East Godavari farmers sourced primarily from both private dealers and cooperatives. In Kerala, farmers sourced other inputs primarily from cooperatives in Thrissur and in Palakkad, farmers sourced them from a farmer producer organisation.

IMPLEMENTASI AKAD MUKHABARAH PADA PERTANIAN PADI

This research aims to determine the implementation of mukhabarah contracts in lowland rice farming businesses in Sokogrenjeng Village, using qualitative methods with a field research approach. The subjects are land owners and cultivators in Sokogrenjeng Village, and the object is the practice of mukhabarah for agricultural products among the farming community of Sokogrenjeng Village. Data collection techniques include observation, interviews and documentation. The results of this research provide an overview of the background to mukhabarah cooperation between land owners and sharecroppers in Sokogrenjeng Village, highlighting the existence of cooperation between parties who do not have their own agricultural land and parties who do not have the ability and time to manage their land. The practice of mukhabarah in rice farming in Sokogrenjeng Village involves land owners handing over their land to sharecroppers, who then manage the land. After harvest, both parties have the right to receive the harvest from the rice fields according to the agreement made in the implementation of daily profit sharing using the mukhabarah system in Sokogrenjeng Village

Socio-Economic Factors Influencing the Adoption of Integrated Crop Management Technology in Rice For Sustainable Agribusiness Development

Adoption of Integrated Crop Management technology of rice is considered to increase production and income, also expected to be environmentally friendly. The purpose of this study was to determine the level of application of IPM and analyze the influence of socio-economic factors of farmers on the adoption of IPM technology. This research method was a survey, data collection using structured interviews using a measuring scale that is ordinal. Sampling with simple random sampling technique, the samples number used as many as 30 rice farmers. The data analysis technique used multiple linear regression method using the SPSS. The results found that the level of adoption of rice PTT technology in three subsystems: subsystem of supplying production facilities, cultivation subsystem, and post-harvest subsystem categorized as moderate. In adopting PTT rice, farmers have not fully considered the recommendations required by PTT rice. Simultaneously, age, education, land area, and length of farming together have a positive and significant effect. But partially that age, and length of farming have a positive and significant effect on rice PTT, while education and land area used do not have a positive and significant effect on the application of rice PTT in Putera Sejahtera Farmer Group

Characteristics of Production Factors and Production of Zero Tillage System Rice Farming

Zero tillage system is able to prepare the land for plants to grow and produce well by paying attention to the ecological balance of the environment, especially water and soil. The purpose of this study was to determine the characteristics of production factors and production characteristics of rice paddy farming with no-tillage system. This research used descriptive method, conducted in Taram village, Harau sub-district. Sample determination using snowball sampling method, with a total sample of 50 farmers. Data collection by interview using questionnaires for primary data and documentation method for secondary data. Data analysis used qualitative descriptive analysis with a triangulation approach. The results showed the characteristics of production factors include: paddy field area 0.25 - 2.0 ha, seed requirement 8 - 60 kg/acre, compost fertiliser 0.25 - 2 tonnes/acre, Urea fertiliser 25 - 200 kg, NPK Phonska fertiliser 25 - 200 kg, herbicide 1 - 3 litres, insecticide 1 - 2 litres, labour consists of labour within the family and labour outside the family, including: Labour and female labour, and capital consists of cash, hoes, and knapsack sprayers. The amount of farm labour can be reduced by up to 145%, especially in land preparation activities, because there is no tillage and only spraying of residual rice stalks and weeds. Rice production characteristics: Total production of 800 - 6,200 Kg/acre, with an average of 2,262.80 Kg. The selling price of rice production was IDR 7,500/kg - IDR 7,800/kg, with an average of IDR 7,710/Kg.

Effectiveness of Innovative Ergonomic Models in Preventing Occupational Fatigue in Rice Farmers

Introduction: Ergonomic work hazards are potential hazards that can negatively affect the health of farmers. One of the ergonomic hazards that farmers often experience is fatigue. This study aims to analyze the effectiveness of innovative ergonomic models and the preparation of balanced calorie needs in preventing work fatigue in rice farmers. Methods: The type of research used is a randomized controlled trial (RCT) design, which is the most powerful design to evaluate the intervention used, namely the effectiveness of innovative ergonomic models and the preparation of balanced calorie needs in preventing occupational fatigue in rice farmers. The population in this study were all farmers in Pudak Village, Kumpeh Ulu Subdistrict, Muaro Jambi Regency, totaling 238 people. The number of research samples was 68 farmers has taken using simple random sampling technique. Data were analyzed to determine the effectiveness of innovative ergonomic models using the ANOVA test with (α = 0.05). Result: There was a difference in the effectiveness of innovative ergonomic models in preventing work fatigue between at least two groups of rice farmers. Conclusion: the provision of stretching and snacks coupled with rest periods is most effective in preventing occupational fatigue. As for occupational fatigue, the provision of stretching, snacks, and rest time and the provision of simple education on the hazards of work ergonomics are effective in preventing occupational fatigue in rice farmers.

Pemberdayaan Petani Padi Sawah dalam Meningkatan Efisiensi Usaha Tani dengan Pembuatan dan Aplikasi Herbisida Organik di Desa Botolempangan Kabupaten Maros

Botolempangan Village in Bontoa Sub-district is one of the centers of paddy rice production in Maros Regency, with characteristics of rain-fed paddy fields that have many obstacles to weed infestation, especially if the dry season is abandoned from rice farming activities, before being planted during the rainy season where farmers are very dependent on the use of herbicides. Dependence on the use of synthetic (inorganic) herbicides occurs from the pre-growth period of seeds, seedlings to the maintenance process. High costs result in considerable inefficiencies in rice farming. Training in technology transfer efforts to make Organic Herbicide Formulations, and their applications are carried out to increase the Empowerment and Efficiency of rice farming on Rainfed Rice Fields. With the efficiency target is to increase the profit of paddy rice farming, minimizing inorganic herbicide inputs. The output of this activity ultimately produces products that can be applied to at least reduce or reduce the use of inorganic herbicides. At the end of the activity, farmer business groups are able to produce and apply Organic Herbicide Formulations on Demoplots on Farmer-Owned Land.

Advancing sustainable rice production in the Vietnamese Mekong Delta insights from ecological farming systems in An Giang Province

Rice serves as a crucial staple food crop for half of the world's population. In the Vietnamese Mekong Delta (VMD), rice production plays a vital role in national food security. However, the majority of the existing intensified rice cultivation schemes in the VMD, which are typically traditional, have rendered many farmers' livelihoods unsustainable due to issues such as land degradation, water pollution, health risks, and low profitability. Therefore, it is imperative to explore alternative sustainable farming systems. This study investigates the benefits of two ecological farming systems, specifically organic rice and rice mixed with lotus, as alternatives to conventional rice farming in the upper VMD floodplain province of An Giang. These two farming systems have demonstrated long-term socioecological and economic advantages. On the one hand, they allow the introduction of rice products to the market at more affordable prices. Additionally, they contribute to improved water quality, improved soil fertility, and increased biodiversity such as bird, fish, and plant species compared to traditional rice farming systems. Although we acknowledge that the availability of floodwater poses a significant constraint for alternative farming systems, the business opportunities and socioecological benefits associated with these systems outweigh the limitations. Our findings provide evidence that ecological farming practices that support rice cultivation represent promising alternatives to sustainable rice production, which can help mitigate vulnerabilities in intensified rice farming systems and can be scaled up for other floodplain provinces in the VMD and beyond.

Improving Rice Productivity and Farmers' Incomes in South Sumatra Province with Superior Varieties and Jarwo 2:1

Improving Rice Productivity and Farmers' Incomes in South Sumatra Province with Superior Varieties and Jarwo 2:1

Assessing Environmental Impact and Farmers’ Awareness in Irrigated and Rainfed Rice Farming for Sustainable Agriculture in Yogyakarta, Indonesia

Assessing Environmental Impact and Farmers’ Awareness in Irrigated and Rainfed Rice Farming for Sustainable Agriculture in Yogyakarta, Indonesia

Pro-Environmental Agriculture to Promote a Sustainable Lifestyle

The non-burning rice straw (NBRS) strategy plays a crucial role in mitigating the climate impact of rice farming. This paper explores the factors influencing the efficacy of information nudges and proposes practical nudging strategies to promote NBRS. Experimental nudges were employed on participating farmers, followed by a questionnaire survey and in-depth interviews to investigate clearer reasons for their adoption of non-burning practices, as well as the inclusion of participatory nudging design. Key factors influencing the efficacy of information nudges for NBRS among burning farmers showed that the perceived susceptibility and severity of burning could positively influence their adoption of non-burning practices, while rewards for burning were mostly found to be a significantly negative factor. Providing economic incentives helped the farmers to adopt non-burning practices because the monetary benefit was perceived. For those employing non-burning practices, self-efficacy was found to have a significant positive influence on the tendency to continue NBRS. The perceived cost of rice straw utilization (RSU) was mostly found to be a negative factor influencing RSU adoption. At first glance, the promotion of NBRS via demonstrating its ease and timeliness showed the practicality of information nudges, especially through leadership and farmers’ perception of success based on their direct experience. After testing each method, results indicate that if it fits the farmers’ context, making it seem social and attractive can build more confidence in RSU. Four main communication strategies for the nudging of NBRS include the following: (1) empower leading farmers as change agents through practical and visualized knowledge and skills training, continuous guidance and monitoring, and the providing of platforms to communicate the benefits of RSU to fellow farmers; (2) facilitate RSU and encourage farmers to practice integrated farming according to their local context; (3) elevate RSU among farmer groups to meet standardized and accepted levels; and (4) establish clear incentives for RSU and the systematic and collaborative managing of burning.

A Novel Hierarchical Clustering Sequential Forward Feature Selection Method for Paddy Rice Agriculture Mapping Based on Time-Series Images

Timely and accurate mapping of rice distribution is crucial to estimate yield, optimize agriculture spatial patterns, and ensure global food security. Feature selection (FS) methods have significantly improved computational efficiency by reducing redundancy in spectral and temporal feature sets, playing a vital role in identifying and mapping paddy rice. However, the optimal feature sets selected by existing methods suffer from issues such as information redundancy or local optimality, limiting their accuracy in rice identification. Moreover, the effects of these FS methods on rice recognition in various machine learning classifiers and regions with different climatic conditions and planting structures is still unclear. To overcome these limitations, we conducted a comprehensive evaluation of the potential applications of major FS methods, including the wrapper method, embedded method, and filter method for rice mapping. A novel hierarchical lustering sequential forward selection (HCSFS) method for precisely extracting the optimal feature set for rice identification is proposed. The accuracy of the HCSFS and other FS methods for rice identification was tested with nine common machine learning classifiers. The results indicated that, among the three FS methods, the wrapper method achieved the best rice mapping performance, followed by the embedded method, and lastly, the filter method. The new HCSFS significantly reduced redundant features compared with eleven typical FS methods, demonstrating higher precision and stability, with user accuracy and producer accuracy exceeding 0.9548 and 0.9487, respectively. Additionally, the spatial distribution of rice maps generated using the optimal feature set selected by HCSFS closely aligned with actual planting patterns, markedly outperforming existing rice products. This research confirms the effectiveness and transferability of the HCSFS method for rice mapping across different climates and cultivation structures, suggesting its enormous potential for classifying other crops using time-series remote sensing images.

Minat Generasi Muda dalam Usaha Tani Padi Organik di Desa Gentungan Kecamatan Mojogedang Kabupaten Karanganyar

<p>The development of organic rice farming in Gentungan Village faced aging farmers. This research aims to assess the interest of the younger generation in organic rice farming in Gentungan Village, analyze the efforts made to increase youth interest in organic rice farming, and the impact of the existence of the Taruna Tani Lestari group. This research method uses descriptive qualitative. The location selection was purposively in Gentungan Village, Mojogedang Sub-district, Karanganyar. The number of informants in this research was 18, consisting of youth members of the Taruna Tani group, youth farmers not members of the Taruna Tani groups, and non-youth farmers—data analysis using Miles and Huberman using the Promethee method. Data validity used triangulation of sources and data collection methods. The results showed that youth interest in organic rice farming began to increase due to various efforts made by the village in collaboration with universities and other agricultural start-ups. The existing efforts include forming the Taruna Tani group, introducing technology and development of agricultural infrastructure, education and training in agriculture, collaborating with various stakeholders, establishing agro-tourism, and developing other commodities. However, the Gentungan Village government needs to formulate multiple policies in the Village Medium Term Development Plan (RPJM) related to efforts to increase youth interest in organic farming businesses to realize Gentungan Village as an Organic Village in 2030.</p>