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The Archives section contains all previously published research articles from the International Journal of Innovations in Agricultural Research. You can explore past issues to find valuable research and studies that contribute to the body of knowledge in agricultural research.
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Volume 2
Issue 1 JANUARY- JUNE 2025
Volume 2(Issue 1) JANUARY- JUNE 2025 Research Articles
A Comparison of Javan Cut-and-Carry Systems and Pastoral Practices in the Production of Beef Cattle
Vol.2(1); Pages:1-8. Published on May 2025
Abstract
This research examines the contrasting beef cattle farming systems in Java and Sumba, Indonesia. A survey method was employed across three districts two in Central Java and one in Sumba Island, NTT. The study utilized a descriptive qualitative approach, incorporating the CATWOE Analysis framework to capture stakeholder perspectives on the cattle farming industry. In Java, cattle farming primarily follows a cut-and-carry system, whereas in Sumba, a pasture-based grazing system is predominant. The findings indicate that in Java, cattle rearing is primarily aimed at generating household income, leading to a growing focus on fattening and enlargement enterprises. Conversely, in Sumba, cattle are mainly raised as a form of traditional savings, with minimal supplementary feeding to reduce maintenance expenses. Farmers continue to struggle with pricing disparities and market inequities. The study concludes that farmers exhibit adaptability in resource allocation to maximize profits. Recognizing the distinct farming approaches is essential for designing effective livestock development programs.
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Adapting Traditional Architectural Elements in Agricultural Heritage Areas Following Tourism Development: A Case Study Approach
Vol.2(1); Pages:9-15. Published on May 2025
Abstract
Agricultural heritage sites are a complex blend of cultural heritage, historic landscape, and architectural legacy evolved over centuries. As heritage tourism emerges as a major source of economic growth, these sites are faced with challenges as well as opportunities to preserve their architectural integrity in the face of modern economic and infrastructural requirements. In this context, this study examines the sustainability of traditional architecture in agricultural heritage sites post-tourism interventions, taking Huzhou Digang Food Street in China as a case study. The transformation of Digang from a rural agrarian village to a thriving tourism spot has necessitated changes in its built environment, and the study raises significant questions of balance between conservation and development.Through a critical analysis of the past records, architectural alterations, and perceptions of the stakeholders, the research explores how ancient buildings have been adapted, rehabilitated, and incorporated into the changing tourism environment. It assesses the degree to which the principles of heritage conservation have been maintained under the demands of commerce and infrastructure expansion. The result is that although tourism has boosted the local economy and increased Digang’s cultural heritage profile, it has also contributed to the partial loss of traditional architectural uniqueness. Adaptation strategies focus on the incorporation of vernacular elements into contemporary designs, the regulatory system for directing sustainable development, and stakeholder engagement in heritage management.
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Cultural Synergy and Agrobiodiversity: Indigenous-Led Agroforestry Projects in Brazil
Vol.2(1); Pages:16-23. Published on May 2025
Abstract
Agroforestry emerges from the dynamic interaction between humans and the environment, fostering agrobiodiversity. However, a significant challenge to its adoption is the limited availability of technical assistance. In the Brazilian Amazon, Indigenous Agroforestry Agents affiliated with the Acre State Pro Indigenous Commission (CPI-Acre) have been instrumental in promoting sustainable land management. Through participatory approaches, they integrate traditional knowledge with innovative techniques to enhance food security, support environmental conservation, and improve overall quality of life. By facilitating knowledge-sharing, they drive behavioral changes that encourage more sustainable agroforestry practices.
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CNN Applications Using Multimodal Data in Smart Agriculture
Vol.2(1); Pages:24-32. Published on May 2025
Abstract
The utilization of Convolutional Neural Networks (CNNs) in smart farming has revolutionized traditional farming with its capability in making accurate, data-based decisions. The advent of multimodal sources of data RGB images, hyperspectral images, thermal sensors, LiDAR, as well as IoT-based agricultural sensors has made CNNs highly effective in automating as well as improving multiple agricultural activities. The following is a discussion on multiple usages of CNN in smart farming with emphasis on some important areas that encompass detection of crop diseases, detection of weeds, prediction of yield, monitoring soil as well as plant health, as well as precision irrigation. The discussion also explains improving CNN-based models’ precision as well as stability with data fusion strategies that mitigate environmental variability as well as sensor-based limitations. While remarkable progress has been achieved, some limitations are placed on the widespread utilization of CNNs in agriculture, some of which are data scarcity, model generalizability, computational complexity, as well as limitations in real-time deployments. In addition, multimodal data fusion requires efficient preprocessing, synchronization, as well as feature extraction strategies in order to allow sound decisions. Recent advancements suggest that the addition of CNN with transformers, GANs, edge computing, as well as XAI can also lead towards enhanced model functionality as well as usability in real-world farming. This paper gives a full discussion on state-of-the-art CNN models that are currently implemented in farming, multimodal data utilization in improving model performances, as well as challenges that are currently experienced and research directions in the future. With CNN-based multimodal learning, smart farming can be optimized with little wastage of resources as well as increased harvest output, making AI-based farming a scalable as well as a feasible possibility.
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Monitoring Agricultural Drought in Semi-Arid and Arid Regions Using MODIS Data
Vol.2(1); Pages:33-39. Published on May 2025
Abstract
This study assesses the effectiveness of two remote sensing-based drought indices for evaluating drought severity in various agricultural environments across Iran. The selected indices Perpendicular Drought Index (PDI) and Modified Perpendicular Drought Index (MPDI) were derived from Moderate Resolution Imaging Spectroradiometer (MODIS) satellite imagery (MOD13A3 V005). Their correlations were analyzed against two other remote sensing indices, the Enhanced Vegetation Index (EVI) and Vegetation Condition Index (VCI), across ten distinct agro-climatic regions in Iran from February 2000 to December 2005. Additionally, five water balance parameters were considered: climatic water balance (CL), crop water balance (CR), reference crop evapotranspiration (ET0), crop evapotranspiration (ETc), and required irrigation water (I). Winter wheat was chosen as the reference crop due to its widespread cultivation across Iran’s various climates. Findings reveal that PDI and MPDI demonstrate significant statistical correlations with water balance parameters, indicating their reliability in detecting agricultural drought conditions. Except for locations in northwest and northeast Iran, VCI and EVI were generally less correlated with water balance indicators than PDI and MPDI. In time-series analyses, PDI and MPDI more effectively identified crop water balance fluctuations during critical drought-sensitive growth stages of winter wheat. Given Iran’s predominantly arid and semi-arid climate, these indices offer a practical and accessible remote sensing-based approach for drought monitoring, both within Iran and in other regions with similar climatic conditions.
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Volume 1
Issue 2 JULY – DECEMBER 2024
Research Articles Volume 1 (Issue 2) JULY – DECEMBER 2024
Optimizing Post-Harvest Handling and Storage for Maximum Freshness of Horticultural Produce
Vol.1(2); Pages:1-9. Published on July 2024
Abstract
Post-harvest handling and storage play a critical role in maintaining the quality and extending the shelf life of horticultural produce. This paper explores various strategies and technologies designed to optimize these processes, focusing on temperature control, humidity management, and advanced packaging solutions. By minimizing mechanical damage and reducing exposure to pathogens, these techniques help preserve the nutritional value, appearance, and taste of fruits and vegetables. The review also highlights the importance of proper training for workers and the implementation of best practices throughout the supply chain. Effective post-harvest handling and storage not only ensure food safety and reduce waste but also enhance marketability and consumer satisfaction.
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The Essential Role of Soil Organic Matter in Enhancing Soil Fertility and Sequestering Carbon
Vol.1(2); Pages:10-17. Published on July 2024
Abstract
Soil organic matter (SOM) is pivotal in maintaining soil fertility and acting as a significant carbon sink, thus playing a critical role in both agricultural productivity and climate regulation. SOM enhances soil structure, water retention, and nutrient availability, fostering robust plant growth. Additionally, it sequesters carbon, mitigating greenhouse gas emissions and contributing to climate change mitigation efforts. Understanding the dynamics of SOM, its formation, and decomposition processes is essential for sustainable land management practices aimed at improving soil health and resilience while addressing global environmental challenges.
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Enhancing Soil Quality and Carbon Sequestration through Biochar Application in Agriculture
Vol.1(2); Pages:18-28. Published on September 2024
Abstract
The application of biochar in agriculture has gained significant attention due to its potential to improve soil quality and enhance carbon sequestration, offering a sustainable approach to agricultural practices. Biochar, a carbonrich material produced from the pyrolysis of organic matter, has been shown to enhance soil fertility by improving nutrient retention, water-holding capacity, and microbial activity. It also mitigates soil degradation and erosion, contributing to long-term soil health. Moreover, biochar serves as an effective tool for carbon sequestration, as its stable carbon composition allows it to remain in the soil for centuries, reducing atmospheric CO2 levels and contributing to climate change mitigation efforts. Recent studies highlight the role of biochar in reducing greenhouse gas emissions, improving crop yield, and enhancing nutrient cycling, making it a critical component of climate-smart agricultural strategies. Despite its numerous benefits, challenges such as cost, large-scale production, and the variability in biochar properties depending on feedstock and production methods remain. This paper explores the mechanisms through which biochar improves soil quality, its role in carbon sequestration, and the challenges and opportunities for its widespread adoption in agriculture.
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Entomophagy: A Sustainable Solution for Space Agriculture and Nutritional Self-Sufficiency
Vol.1(2); Pages:29-38. Published on October 2024
Abstract
This paper explores the role of entomophagy (the consumption of insects) as a sustainable and efficient source of nutrition in space agriculture. As humanity looks towards long-term space missions and colonization efforts, establishing reliable food systems is critical. Entomophagy presents a promising solution due to its high nutrient density, low resource demands, and ability to integrate with closed-loop agricultural systems. The paper outlines the key nutritional, environmental, and operational benefits of insect farming for space missions, as well as challenges related to technology integration, crew acceptability, and potential health impacts. This work aims to provide a comprehensive analysis of entomophagy as a viable component of space agricultural strategies.
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Exploring the Trade-offs and Synergies of Soil Carbon Sequestration: Bridging Knowledge Gaps in Soil Management Strategies
Vol.1(2); Pages:39-47. Published on December 2024
Abstract
Soil carbon sequestration has emerged as a critical strategy for mitigating climate change, enhancing soil health, and promoting sustainable agriculture. This process involves the capture and storage of atmospheric carbon dioxide (CO₂) in the soil, primarily through organic matter accumulation and the activity of soil microorganisms. However, the effectiveness of soil carbon sequestration is influenced by various soil management practices, which can create trade-offs and synergies among ecological, economic, and social dimensions.This paper aims to explore these tradeoffs and synergies by analyzing current soil management strategies and their impacts on soil carbon storage. We will assess the role of practices such as cover cropping, reduced tillage, crop rotation, and agroforestry in enhancing soil organic carbon levels while also examining potential drawbacks, such as increased nutrient depletion and water usage. Furthermore, we will discuss the implications of these practices on soil biodiversity, agricultural productivity, and the socio-economic landscape of farming communities.In addition, we will highlight knowledge gaps that hinder the widespread implementation of effective soil management strategies. These gaps include the need for localized research to determine the specific conditions under which certain practices are most effective, the importance of understanding farmer perceptions and behaviors towards adopting new methods, and the necessity of integrating soil carbon sequestration into broader agricultural policies and incentives.
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Issue 1 JANUARY – JUNE 2024
Research Articles Volume 1 (Issue 1) JANUARY – JUNE 2024
The Role of IoT in Modern Agriculture and Advancements in Smart Farming
Vol.1(1); Pages:1-8. Published on June 2024
Abstract
The integration of Internet of Things (IoT) technology in modern agriculture has revolutionized traditional farming practices, ushering in an era of smart farming characterized by data-driven decision-making and precision agriculture techniques. This paper explores the multifaceted role of IoT in modern agriculture, highlighting its advancements and applications in smart farming practices. From crop monitoring and management to livestock tracking and supply chain optimization, IoT sensors and devices offer real-time insights and actionable data to farmers, enabling them to enhance productivity, reduce resource wastage, and mitigate risks. By leveraging IoT technologies, farmers can implement automated irrigation systems, monitor soil conditions, track environmental parameters, and remotely manage farm operations from anywhere. Additionally, data analytics and predictive modeling algorithms enable farmers to optimize crop yields, minimize losses, and improve overall farm efficiency. This paper delves into the transformative impact of IoT on modern agriculture and its potential to address global food security challenges through sustainable and efficient farming practices.
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Security and Monitoring Device in Smart Agriculture Using IoT
Vol.1(1); Pages:9-14. Published on June 2024
Abstract
In modern agriculture, the integration of Internet of Things (IoT) technology has revolutionized traditional farming practices by enabling real-time monitoring and control of various agricultural processes. This paper presents a novel approach to enhancing security and monitoring in smart agriculture through the implementation of IoT devices. By deploying sensors and actuators in agricultural fields, farms can collect valuable data on environmental conditions, crop health, and livestock status. These IoT devices communicate wirelessly with a centralized monitoring system, allowing farmers to remotely monitor their operations and receive alerts in case of any anomalies or security breaches. Additionally, advanced analytics and machine learning algorithms can analyze the collected data to provide insights and recommendations for optimizing agricultural practices. This paper explores the design, implementation, and benefits of security and monitoring devices in smart agriculture using IoT technology, highlighting their potential to increase efficiency, reduce resource wastage, and improve overall farm productivity.
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Smart Agriculture security solutions challenges And Enhancing Soil Fertility and Crop Productivity through Zero Budget Natural Farming
Vol.1(1); Pages:15-20. Published on June 2024
Abstract
This paper explores the dual challenges and opportunities presented by integrating smart agriculture security solutions and implementing Zero Budget Natural Farming (ZBNF) practices to enhance soil fertility and crop productivity. As agricultural sectors globally move towards precision agriculture technologies, the associated cybersecurity risks have also escalated, presenting significant challenges for farmers and technologists. Concurrently, ZBNF offers a sustainable, cost-effective farming approach that reduces reliance on chemical inputs, thereby promising to restore soil health and increase farm yields. This paper reviews current advancements in smart agricultural technologies and evaluates their vulnerabilities to cyber threats. It further examines the potential of ZBNF as a complementary approach that could lead to improved soil ecosystems and sustainable agricultural productivity. By combining these two dimensions, the study aims to provide a comprehensive overview of how modern technology can intersect with traditional farming practices to pave the way for a secure and sustainable agricultural future.
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Advancing Agroecology for Sustainable Food Systems Transformation
Vol.1(1); Pages:21-28. Published on June 2024
Abstract
Post-harvest handling and storage play a critical role in maintaining the quality and extending the shelf life of horticultural produce. This paper explores various strategies and technologies designed to optimize these processes, focusing on temperature control, humidity management, and advanced packaging solutions. By minimizing mechanical damage and reducing exposure to pathogens, these techniques help preserve the nutritional value, appearance, and taste of fruits and vegetables. The review also highlights the importance of proper training for workers and the implementation of best practices throughout the supply chain. Effective post-harvest handling and storage not only ensure food safety and reduce waste but also enhance marketability and consumer satisfaction.
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Impact of Climate Change on Agroecosystems and Potential Adaptation Strategies
Vol.1(1); Pages:29-37. Published on June 2024
Abstract
Climate change poses significant challenges to agroecosystems worldwide, affecting agricultural productivity, food security, and ecosystem stability. This abstract outlines the impact of climate change on agroecosystems and explores potential adaptation strategies to mitigate these impacts. It discusses how rising temperatures, altered precipitation patterns, and extreme weather events influence crop yields, pest dynamics, and soil health. Adaptation strategies such as crop diversification, improved irrigation techniques, soil management practices, and genetic adaptation are examined for their efficacy in enhancing resilience and sustainability in agricultural systems. The abstract underscores the urgent need for integrated approaches that combine scientific innovation, policy support, and community engagement to build adaptive capacity and ensure food production under changing climatic conditions.
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