Sustainable Agricultural Technologies Research Articles

Leveraging Digital Technologies for Sustainable Agriculture in Enhancing Social and Economic Development in Kenya

Leveraging Digital Technologies for Sustainable Agriculture in Enhancing Social and Economic Development in Kenya

Application of Sustainable Agricultural Technology to Increase Productivity and Food Security

Food security is an important global issue to overcome. The increasing world population and climate change bring new challenges to ensuring the availability of sufficient and nutritious Food. Sustainable agriculture offers solutions to increase productivity and Food security while preserving the environment. This research aims to evaluate the effectiveness and impact of implementing sustainable agricultural technology in increasing agricultural productivity and food security in an area or community. This study used qualitative research methods. The data collection technique in this research is a literature study. The data that has been collected is then analyzed in three stages, namely data reduction, data presentation, and conclusion. The research results show that sustainable agricultural technology can increase productivity and Food security. Farmers who apply sustainable agricultural technology generally produce higher yields and are more resistant to pests and disease. However, its implementation still needs challenges, such as limited access to technology and knowledge, high costs, and lack of policy support.

Analyze the Relationship Between Sustainable Economic Development and Green Employment

In the contemporary era of global climate modification and growing environmental apprehensions, sustainable finance has emerged as a pivotal mechanic to drive forward K's economic expansion. This finance approach has gained increasing implications as efforts worldwide converge towards the Sustainable Development Goals (SDGs). Sustainable finance transcends the confines of the economic world; it exercises a spacious tempt, generating societal and environmental benefits while concurrently aligning financial investments to the imperative urgency of preserving our major planet. This forward-thinking financial strategy provides support and impulse for increasing sectors that are not solely financially lucrative, but also environmentally sustainable, thereby signifying a significant deviation from conventional investment paradigms. Its pivotal function in driving the green economy towards a bright future is particularly evident in emerging sectors such as renewable energy, sustainable agriculture, and eco-friendly technology. Furthermore, sustainable finance looseness fundamentally affects caper creation within these light-green industries. By channeling resources towards these sectors, sustainable finance not only aids in mitigating the negative repercussions of climate change but also fosters employment prospects in critical areas for shaping a sustainable time. Acquiring such knowledge is essential for guiding global endeavors to accomplish an economy that is sustainable, inclusive, and environmentally resilient.

Agricultural Extension for Adopting Technological Practices in Developing Countries: A Scoping Review of Barriers and Dimensions

This scoping review employed the PRISMA-ScR framework to dissect the complexities of technological extension in agriculture within developing nations, where varying socio-economic, cultural, and environmental facets deeply influence extension strategies. Our study aimed to identify and expand upon the existing knowledge of critical factors—both challenges and opportunities—that affect the efficacy of agricultural extension, with a focus on contextual variations. To achieve this, we conducted a comprehensive review of the relevant academic contributions from 2013 onwards. This included articles, reviews, conference proceedings, book chapters, and data papers. Our analysis focused on scrutinizing the interaction dynamics between extension personnel and farmers, the adaptation of technologies to local contexts, and the significance of cross-sector collaboration. Through bibliometric analysis, we provide a synthesis of 32 pertinent records. Our findings advocate for a paradigm shift from the traditional linear knowledge transfer to a more encompassing approach that values bidirectional communication, cultural awareness, and the active involvement of local farming communities. We argue for extension practices that are attuned to environmental dynamics, promote long-term economic sustainability, and are informed by theoretical perspectives that can refine the design of extension systems and models. Our review posits that the enhancement of sustainable agricultural technology adoption lies in a profound reform of extension systems. Such reform should focus on design and operational models that are more inclusive, adaptive, and acutely attuned to the complex realities of farmers in emerging economies. This integrative, systemic, and holistic approach proposes a framework to bolster agricultural sustainability and rural development.

Impact of Land-Use Intensification on the Development of Sustainable Agricultural Green Innovation Technology

Impact of Land-Use Intensification on the Development of Sustainable Agricultural Green Innovation Technology

Rhizobox Technology for Sustainable Agriculture–Acquired Implications

Evaluation on the effect of rhizobox technology in the rhizosphre soil of agricultural crops is necessary for sound and safe agriculture. This article confers the rhizobox technology-induced information about rhizosphere so far conducted since 1987s and on. Combined with its special features and construction technique, rhizobox-affected rhizosphere processes like pH changes, patterns of nutrient distribution, heavy metal movement and microbial activities are extensively analyzed. Finally, the established rhizobox model of 1987 encompassing its modified versions are detailed, followed by its potential application in rhizosphere studies of plant nutrition, soil chemistry, and soil biology for sustainable agriculture.

Sustainable and modern bio-based technologies: new approachs to food safety and security

AbstractTwo major challenges in the modern world are ensuring food security and using sustainability in limited areas, in the face of climate change and population growth. It is aimed to raise awareness on the importance of working from a multidisciplinary perspective, together with developing technology and science, in solving current problems/troubles, and that the simultaneous use of modern bio-based technologies with innovative techniques will ensure an effective role in overcoming many difficulties that future generations will face, as well as sustainability can be achieved. The review provides a detailed systematic review and analysis of the mutually supportive use of modern bio-based technologies and sustainable agricultural system technologies within the framework of this subject. The review, in which universally reliable databases were used, was carried out using information obtained from practice and approach-based articles (> 4000). The fact that the main topic has the lowest publication content in terms of "sustainability and biotechnology" according to the analysis carried out within the determined keywords indicates the need for additional research and applications and to contribute to the literature. Similar to review aim, it has also been concluded that the development of a multidisciplinary, interdisciplinary and transdisciplinary perspective that provides a comprehensive and broader focus on eliminating the deficiencies in the fields will play a major role in solving problems related to the sustainability of food safety and security. Thus, contributing to the protection of world food security should be considered as another important outcome that should not be forgotten. In short, being aware that the world, especially its resources, are not infinite and for the continuity of healthy generations, the sustainability of the world, food and agriculture, food safety and security must be meticulously protected, developed with innovative technologies and also carried a step forward by developing more effective strategies in this field of work, which is of great importance for life.

Understanding the impact of sustainable agricultural interventions on women's economic and social well-being, empowerment and gender equity.

Abstract Background: The world will need to feed a population of nearly nine billion by 2050 (Godfray, 2010). To do so agricultural systems will have to contend to with risks to soil and water resources and the impacts of climate change, including changing weather patterns, an increase in the frequency and intensity of extreme weather events and increased pest and disease-related threats. These risks threaten the livelihoods of nearly 475 million smallholder farmers in the global south and pose a significant threat to the world's food and nutritional security (IPCC, 2022). Sustainable agricultural technologies and practices offer an innovative and holistic way of meeting food and nutrition needs of current and future generations while ensuring profitability, and environmental and social sustainability (Güven, 2023). Sustainable agriculture practices and technologies seek to transform and reorient agricultural systems to support food security while preserving natural capital including soil, water, and biodiversity, increase resilience to the impacts of climate change, and promote health, and social and economic equity (Brodt et al., 2011) By systematically integrating goals of sustainability along with economic profitability into the planning and development of agricultural systems, sustainable agriculture technology and practices aims to increase agricultural productivity, mitigate negative environmental impacts of agriculture while furthering social objectives. Women play a critical role in agricultural and food systems and often have higher work and time burdens and are less productive due to limited access to social and economic resources. The 2023 Status of Women in Agrifood Systems report by FAO estimates that if female farmers had the same access to productive resources as men, their productivity could increase by up to 30 per cent, reducing the number of hungry people in the world by 12 to 17 per cent. Recognizing existing gender inequalities and the vulnerability of women in agricultural systems is one of the goals of sustainable agriculture furthering goals of gender equity and women's empowerment. Studies show that sustainable agriculture technologies and practices have the potential to reshape gender dynamics, challenging existing gender norms by providing social and economic agency and empowerment. However, this depends on how particular needs, priorities, and realities of women are recognized and adequately addressed in the design and application of these technologies. Presently, there is limited evidence systematically assessing the appropriateness, accessibility and outcomes of sustainable agricultural technologies and practices for women and girls, as well as their effectiveness in addressing longer-term gender-equity goals. Evidence syntheses in this domain remains focused on gendered approaches within interventions or programs targeting women. We seek to broaden the perspective by focusing on how different sustainable agriculture technologies affect women's well-being, empowerment and gender equity even when women specifically are not targeted.

Roles of international agricultural organizations in economy revamp: The Nigerian experience

The enduring problems of hunger and poverty in Nigeria are mostly the result of the agriculture sector's failure to have the desired positive impact on the populace. Hence, the study reviewed the roles of international agricultural organizations in economy revamp: the Nigerian experience. In retrospect, a few governments did make an effort to make a statement about agriculture through the creation of farm settlement programs and state-owned agricultural development organizations. However, welfare concerns more than ever served as justification for these activities rather than absolute economic need. The intervention of International Agricultural Organization (IAO) through various types of international agricultural programmes became significant by concentrating on sustainable agricultural practices, technology transfer, capacity building, and policy advocacy, modernizing agriculture, infrastructure development, policy advocacy and reforms, global agricultural trade , market access and trade, climate resilience, research and development, international research and collaboration, food security and agricultural development. To mention but a few, World Bank, International Fund for Agricultural Development and United State Agencies for International Development have contributed to agriculture revamp in the Nigerian economy. Challenges Affecting the Nigerian Agricultural Economy in International Business include: Infrastructure Deficiency, Limited Access to Finance, Inadequate Research and Development, Policy Instability and Inconsistency. It was presented in the study that by providing solutions to these challenges will contribute to a way forward to revamp agriculture in the Nigerian economy, making it more robust, sustainable, and inclusive.

Collaborative Governance In The Development of Malapari Plants as Biodiesel Feedstock (Analysis of Collaborative Governance Readiness)

The role of coal in energy supply is in line with the increasing demand for power plant construction in several regions driven by economic growth and income. The purpose of this study is to determine collaborative governance in the development of malapari plants as biodiesel feedstock. This research uses qualitative research to understand social phenomena with a normative legal approach that prioritizes literature studies, data collection activities from various literature both from libraries and other places. The results obtained are education and training to farmers on sustainable agricultural practices and natural resource management is also a precondition that must be done. This knowledge can help farmers adopt practices that support the sustainable growth of malapari plants. Effective pest and disease management strategies are needed to protect malapari plants from attacks that can reduce crop yields. The conclusion of this study is that training and education programs need to be expanded to increase farmers' understanding of sustainable agricultural practices, processing technology, and agrofuel management. This can help improve the quality and quantity of malapari crop yields. Socialization to the community regarding the benefits of developing malapari plants as biofuels and their positive impacts on the environment needs to be strengthened. Public acceptance is considered to be able to support the growth of this industry.

IOT Rancang Bangun Alat Pengusir Hama Burung pada Padi Sawah Petani Berbasis Internet of Things (IoT)

This research aims to develop an effective and efficient bird pest repellent tool in farmers' rice fields by utilizing Internet of Things (IoT) technology. Bird pests often pose a serious threat to agricultural products, especially in rice fields. Through the application of IoT, this tool can monitor real-time bird activity around agricultural areas and take appropriate preventive measures. This tool is designed to utilize motion sensors or pir sensors, surveillance cameras, and a sound or visual signal delivery system to chase away birds. approaching agricultural areas. PIR sensors are widely used in a variety of applications, including home security systems, motion sensor lighting, and building automation. The main advantages of PIR sensors are their low power consumption and ability to provide fast response to movement, making them an efficient and effective choice for many detection applications. motion, data collected from sensors and cameras will be sent to the IoT platform with the Telegram application and which is connected via an internet connection, allowing farmers to monitor and control tools remotely via smart devices such as smartphones or computers. The main advantage of this tool is its ability to provide a quick response to the presence of bird pests, reduce agricultural yield losses and increase crop productivity. Additionally, integration with IoT provides high flexibility and connectivity, enabling continuous system optimization. designing this tool involves the hardware and software design stages. The hardware consists of a pir sensor, an esp 32 cam microcontroller, and a speaker and servo. While the software consists of Arduino Ide, Blynk and Telegram. After design, the tool is field tested for performance. Test results show that this tool is able to detect the presence of birds with good accuracy, provides a fast response in chasing them away, Telegram is able to communicate by giving commands and receiving images, Blynk can provide information on the condition of the tool when it is online and give commands to activate the servo, sound or both of them. With a significant removal success rate, this tool is successful in reducing losses caused by bird strikes in agriculture. Additionally, it has low power consumption and can be integrated with existing IoT platforms for remote monitoring and data analysis. It is hoped that this research can make a positive contribution to efforts to develop sustainable agricultural technology and improve farmers' welfare by protecting agricultural products from bird pest attacks. Thus, it is hoped that the implementation of this tool in the field can provide an innovative and efficient solution in controlling bird pests in farmers' rice fields.

Blockchain and agricultural sustainability in South America: a systematic review

In its fundamental role for food security in South America, sustainable agriculture faces the challenge of addressing the current and future needs of the region while ensuring profitability, environmental health, and social and economic equity. Currently, as support for sustainable agriculture, a significant transformation is observed in the agricultural landscape due to the development of advanced information systems. Technologies such as Artificial Intelligence, Machine Learning, and Blockchain have emerged as crucial tools to document and support sustainable agricultural processes. Blockchain technology has proven to be highly beneficial for sustainable agriculture, effectively addressing a significant issue in the agricultural supply chain by providing solutions for transparent and traceable processes. This technology solves the problem by establishing a permanent and open record of all transactions and activities in the supply chain, allowing consumers and stakeholders to track the origin and quality of agricultural products, thereby fostering trust and fair trade. For this reason, this article conducted a review of the current state of blockchain technology in sustainable agriculture, aimed at researchers and farmers in South America. The advantages and disadvantages of blockchain technology were identified, focusing on technologies developed and tested during the design and pilot phases. The PRISMA methodology was used in this review, and documents were searched in Scopus and Web of Science databases. Six hundred and fifty-six articles were identified and selected (2018–2023 period), but only 104 met the eligibility and inclusion criteria. The findings indicate a 30% increase in the adoption of decentralized applications (DAPs) powered by blockchain in the agribusiness sector compared to the previous year. After a thorough analysis, it has been determined that smart contracts, non-fungible tokens for digital assets, and blockchain oracles will provide promising solutions for sustainable agricultural technology in the future.

Addressing the Global Food Security Crisis and Energy Shortages: Innovative Solutions and Policy Interventions for Sustainable Development

Food security crises and energy shortages are becoming increasingly pressing global challenges, exacerbated by rapid population growth and inexorable climate change. Land use conflicts, inefficiencies in food and energy systems, and impacts on biodiversity require breakthrough approaches for sustainable solutions. This research aims to investigate innovative solutions and policy interventions that can support sustainable development in overcoming this crisis. The research was conducted through a descriptive qualitative approach, with data obtained from relevant previous studies, and data analysis was carried out to identify patterns and potential solutions. The results of this research find that agricultural and energy policy reform, increased investment in clean technologies, strong international cooperation, and public education and awareness are the keys to achieving food and energy security. Innovations in sustainable agricultural technology and the development of renewable energy have proven vital in reducing dependence on fossil fuels and minimizing environmental impacts. Efficient management of water resources and food and energy systems that operate in a circular model is also important to maximize efficiency and reduce waste. Through the implementation of these strategies, global society can move towards more sustainable development, ensuring access to food and energy for all.

Integrating farmers’ perception of sustainable agricultural technologies towards the development of sustainable tea production in China

ABSTRACT Technologies are essential for reducing environmental impact and increasing agricultural productivity. Previous adoption studies indicate several socioeconomic, technological, and institutional variables influencing the adoption of agricultural technologies. With less than a decade to the United Nation's sustainable development agenda for 2030, there are yet reports on farmers' resistance to sustainable agricultural technologies. Using a survey and multistage sampling procedure in selecting the respondents of 405 smallholder Chinese farmers, the study models farmers' adoption intensity of sustainable agricultural technologies and their impact on productivity. A 5-point Likert scale was used to analyse farmers' SAT perception levels. The PSM was used to eliminate a major proportion of bias when estimating a more precise treatment effect or impact of SAT adoption on productivity. The findings showed that farmers have mixed perceptions (positive and negative) about SAT adoption, which is reflected in their adoption decisions. The study found that family members as extension officers positively impacted farmers' adoption behaviour. On the contrary, regular visits by agricultural extension services had no impact on farmers' adoption behaviour, but positive on productivity. The results clearly showed elements of constraints in farmers' decision-making. The ATT results showed a significant and positive impact of SATs' adoption on productivity.

English

The use of allelopathic bacteria to combat weed infestation in crops is regarded as an effective technology for sustainable agriculture and environment. In this regard, six bacterial strains from the genus Pseudomonas were selected for their ability to inhibit the germination and growth of Leptochloa chinensis (L.) and Dactyloctenium aegyptium (L.) while promoting the growth of rice. These strains were applied to the target weeds and rice using different application methods viz. seed priming, liquid application, and foliar application. The results showed that all strains possessed herbicidal activity and significantly reduced growth of L. chinensis. Shoot length, root length, and fresh biomass of D. aegyptium were also significantly reduced in all strains by 60, 55, and 76%, respectively, with the exception of R15-4. Additionally, the growth suppression of both weed species was more prominent in the liquid application. The selected allelopathic strains also demonstrated plant growth-promoting traits and improved the growth and physiological parameters of rice in all three application methods, with the best results achieved with liquid and foliar applications. The survival efficiency of the bacterial strains was also tested using four different carrier materials, where the press mud was found the best carrier for controlling L. chinensis and D. aegyptium.

Correction to: Farmers’ perceptions of climate change affect their adoption of sustainable agricultural technologies in the Brazilian Amazon and Atlantic Forest biomes

Correction to: Farmers’ perceptions of climate change affect their adoption of sustainable agricultural technologies in the Brazilian Amazon and Atlantic Forest biomes

A Smart Farming Management System based on IoT Technologies for Sustainable Agriculture

A Smart Farming Management System based on IoT Technologies for Sustainable Agriculture

Farmers’ perceptions of climate change affect their adoption of sustainable agricultural technologies in the Brazilian Amazon and Atlantic Forest biomes

Farmers’ perceptions of climate change affect their adoption of sustainable agricultural technologies in the Brazilian Amazon and Atlantic Forest biomes

Technologies for Environmental Ecological Restoration and Agricultural Sustainability Are the Focus of Future Safeguarded Agriculture Development

Global agricultural production is facing unprecedented challenges as the environment becomes increasingly polluted. Governments, scientists, companies and farmers are beginning to focus on appropriate environmental remediation and sustainable agricultural technologies and practices. Innovative environmental adaptation/remediation technologies have been developed and validated, including physical/chemical remediation, green sorbents and bioremediation. The development of environmental remediation technologies has provided additional tools and methods for global agri-environment and food security. The aim of this Special Issue is to bring together 21 cutting-edge research papers covering the latest developments in soil conditions, inorganic pollution, organic pollution, remediation technologies and monitoring methods. The four themes of the Special Issue are “Improvement of agricultural soil properties”, “Remediation of potentially toxic element pollution”, “Remediation of organic pollution” and “Ecosystem and crop assessment”. Based on the results of this Special Issue, we find that combining the latest environmental pollution problems with advanced remediation technologies, continuously promoting technological innovation and policy support, and developing integrated new technologies for environmental protection will be future areas of research for sustainable agro-environmental development.

Optimizing Synergistic Combinations of Adaptive IoT-based Animal Repellent Systems for Sustainable Agriculture in Rajasthan, India

Background: Protecting crops from various threats, including vermin, pests, animals and rodents, is essential for sustaining agriculture. In India, especially in regions like Rajasthan, animal attacks result in significant crop losses, up to 40%. This section underscores the importance of safeguarding crops against these threats. Methods: According to our sustainable agriculture assessment and cognition of the primary issue of the community that was conducted across multiple rural sites within the Sawai Madhupur district of Rajasthan from 2020 to 2023. This paper employs a comparative method to conduct a comprehensive review of animal-repellent systems, along with delving into interdisciplinary research in related fields to identify key factors influencing their effectiveness and proposes a novel holistic farm protection solution system. Result: The proposed system offers robust crop protection while aiding environmental conservation and preserving local wildlife in Rajasthan, India. This paper underscores the importance of adopting IoT-based technologies for sustainable agriculture. It is a valuable resource for researchers, agronomists and various agriculture stakeholders to implement these advancements. This system holds promise for enhancing crop security, minimizing resource waste and ensuring food chain stability for generations to come.