Forthcoming articles

International Journal of Agricultural Resources, Governance and Ecology

International Journal of Agricultural Resources, Governance and Ecology (IJARGE)

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International Journal of Agricultural Resources, Governance and Ecology (7 papers in press)

Regular Issues

  • Assessment of livelihood opportunities among farmers in the Shai Osudoku district of the Greater Accra Region, Ghana.   Order a copy of this article
    by Samuel Afotey Anang, Abigail Aryeh-Adjei 
    Abstract: The objective was to assess livelihood opportunities among smallholder farmers in five communities namely Dodowa, Ayikuma, Agomeda, Asutsuare and Doryum in the Shai Osudoku district of the Greater Accra region, Ghana. Purposive sampling was used to select these communities due to their intensive involvement in farming. In addition, simple random sampling technique was used to select 150 respondents for the survey. The study showed that farm households are able to pair their farming activities with alternative livelihoods without abandoning their primary livelihoods, which is farming. The income levels of farmers from their primary livelihood activities are comparatively low with majority, 82.7% percent earning GH₵100 or less every month compared with fewer farmers, 13.3 % earning above GH₵ 150. However, more than half of farmers (58%) earned above GH₵ 150 every month from their alternative livelihoods. Again, farmers who decided to undertake their primary and alternative livelihoods concurrently have seen a rise in the level of their income and accordingly contributing to the reduction of income poverty among rural farm households.
    Keywords: Ghana; livelihoods; poverty reduction; smallholder farmers.

  • Metabolic role using a feed additive of humic nature "Humilid" on the organism of black african ostriches and broiler chickens   Order a copy of this article
    by Lilia Stepchenko, Lyudmila Galuzina, Evgenia Myhaylenko, Alisa Lisna 
    Abstract: The study investigated the influence of the humic nature feed additive "Humilid" on physiological and biochemical parameters of blood and liver in black African ostriches and broiler chickens (Cobb 500 cross) that characterize the state of protein metabolism in agricultural poultry. Results showed that morphological and biochemical blood parameters that characterize protein metabolism state were improved in the blood of ostriches by adding "Humilid" into their diet. It was also found with "Humilid" the total content of amino acids in all types of ostriches muscles was significantly higher.rnIt was shown that in broiler chickens "Cobb 500" cross, to which "Humilid" was added to the water, there was an increase in a total protein of blood plasma and in the water-soluble fraction of the liver.rnIn conclusion, additional use of the "Humilid" feed additive in poultry, had increased the body's natural resistance, activated metabolic processes, due to an increase in the muscle tissue, the content of total protein, essential amino acids and by this, it had an increase in the biological value of meat products.
    Keywords: feed additive; humic substances; “Humilid”; blood; morpho-functional parameters of blood; biochemical parameters of blood; black African ostriches; broiler chickens; broiler chickens of the Cobb 500 cross; protein metabolism; amino acid; quantitative and qualitative indices of meat productivity.

  • Product-service systems in direct crop-livestock relationships   Order a copy of this article
    by Fateh Mamine, M'hand Farès 
    Abstract: A major restructuring of the agricultural sector will soon occur that will result in a strong disconnect between stakeholders in the agricultural sector and the location of agricultural production and natural resource utilization. Moreover, current issues related to economic and social-environmental aspects of agriculture justify the need to change the business model to one where sustainability is the main strategy of agricultural development. A new paradigm of the functionality-based economyconcretized by the product-service system (PSS) approachhas been built around the notion of consumption not being focused on goods, but rather on the services provided by goods. This article analyses seven case studies on the relationships between growers and breeders living in the same territory. It shows that these new organizational models are an interesting alternative that can change farming practices toward greater sustainability through the provision of services that aims to reduce environmental impact and improving eco-efficiency.
    Keywords: Product-Service Systems; crop-livestock interactions; provided service; sustainability.

  • Precision Agriculture in India- Challenges and Opportunities   Order a copy of this article
    by Musarrat Shaheen, Mahesh Kumar Soma, Farrah Zeba, M. Aruna 
    Abstract: Precision farming is the latest trend in the agriculture sector which makes use of information technology to integrate all the procedures of farming from analyzing the soil-moisture, weather forecasting, and the quality of seed to predicting the real-time of harvesting. India is an agrarian country where agriculture is the backbone of the economy and precision farming could be quite useful. In the present article, through a systematic literature review, the vital role of precision farming is outlined. Also, the article identifies various challenges and opportunities associated with the adoption of precision farming in India. In-depth interviews with ten farmers of the villages located near Hyderabad city of India were conducted. The article is among the first preliminary study to explore the awareness, usage, challenges, and opportunities behind the adoption of precision farming in India. The findings of the study will aid the policy makers in designing strategies for promoting precision farming in the emerging markets of India.
    Keywords: Precision farming; in-depth interviews; farmers; systematic review; India.

Special Issue on: SUSCOM-2019 Advancements in Computational Technology for Precision Agriculture

  • Arduino Based Solar Powered Auto-Irrigation System   Order a copy of this article
    by Arka Das, Ananthakrishnan V, Kanimozhi G, Gnana Swathika O V 
    Abstract: With agriculture being the primary economic sector of India and other developing countries, it is the urge of the hour to automate it in order to increase efficiency Automation significantly moderates the amount of manual labor, and makes farming easier and faster, resulting in more agricultural growth. This paper proposes the three major work in agriculture field: the dual-axis sun tracking system for power generation to the optimum level and storing the energy in a battery which will power the auto-irrigation system. The pumps are analogized with DC motors and the whole system is controlled by Arduino. The speed of motor is controlled manually by a Pulse Width Modulation wave generated by an Operational Amplifier multi-vibrator circuit. The soil moisture sensors, IR sensors and water level sensors are interfaced with Arduino to provide information about the prevailing environment conditions on the basis of which the microcontroller take necessary decisions about turning on or off of DC motors.
    Keywords: Irrigation; Agriculture; Smart; Arduino; Monitoring System; Control System; Dual-Axis Sun Tracking System; Solar Power; Solar Technology.

Special Issue on: Humic Conference 2019 Humic Substances From Studies of Properties to Applications

  • CO-COMPOSTING OF SEAWEED WITH LIGNOCELLULOSIC SUBSTRATUM: EFFECT OF THE COMPOST COMPOSITION ON COMPOST HUMIC SUBSTANCES   Order a copy of this article
    by Oskars Bikovens, Sarmite Janceva, Laima Vevere, Ingrida Purina, Galina Telysheva 
    Abstract: Seaweed is one of Latvias underexploited natural resources. Green and brown algae collected after stranding on beaches were co-composted with lignocellulosic substratum grass and/or hardwood sawdust. Six different compost compositions were prepared. Composting was carried out indoors in the autumn-winter season. The correspondence of the obtained composts to the national and EU legislation was evaluated. The best results were obtained for compost prepared from green algae, grass and sawdust mixture. Compost raw material, compost and compost humic acids were characterised by elemental analysis, UV and Fourier transform infrared spectroscopy and monosaccharides analyses. The compost humic substance composition was found to depended on the compost raw materials. Compost humic acids constituted of recognisable algae and plants biomolecules structures, including lignin-derived structures and carbohydrates. Humic acids of the obtained compost contained around 8% monosaccharides. Fucose is a deoxy sugar typical for algae and not for higher plants, and can be used as a chemical indicator of algae biomass in compost.
    Keywords: algae; compost; humic acids; fucose; waste management.

  • Remediation of heavy metal contaminated soils by dissolved organic matter (DOM)   Order a copy of this article
    by Ole Borggaard, Peter Holm, Bjarne Strobel 
    Abstract: Dissolved organic matter (DOM) isolated from soils enriched in fulvic acid (FA) or from processed organic wastes rich in low-molecular-weight-organicacids (LMWOAs) was tested as extractant of heavy metals (HMs) from contaminated soils. The test showed that DOM can be as effective as the environmentally problematic, synthetic aminopolycarboxylic acids such as EDTA and NTA. Therefore, DOM is suggested as a possible chelant in remediation of contaminated soils by chelant-enhanced phytoextraction and soil washing. However, the efficiency of DOM as chelant depends on numerous factors, e.g. pH, soil and DOM composition and extraction time, which need further studies before DOM can be recommended for practical use in the field.
    Keywords: Phytoextraction; soil washing; fulvic acid ((FA); low-molecular-weight-organic acids (LMWOAs); FA-DOM; LMWOA-DOM; citric acid; EDTA; NTA.