This article provides an overview of some of the recent research in agriculture involving remote sensing and GIS. Attention focuses on application of remote sensing and GIS specially in agriculture including geography, land surveying, most Earth Science disciplines, parent child relationship, unique identification, attributes, technical parameters, 2D/3D view and any other requirement customized. These advances have been made over recent years and foundations for future research established and can be efficiently used in Agriculture for better results.
Decision support systems (DSS) have long been used in research, service provision and extension. Despite the diversity of technological applications in which past agricultural DSS canvass, there has been relatively little information on either the functional aspects of DSS designed for economic decisions in irrigated cropping, or the human and social factors influencing the adoption of knowledge from such DSS.
Smartphones have become a useful tool in agriculture because their mobility matches the nature of farming, the cost of the device is highly accessible, and their computing power allows a variety of practical applications to be created. Moreover, smartphones are nowadays equipped with various types of physical sensors which make them a promising tool to assist diverse farming tasks. This paper systematically reviews smartphone applications mentioned in research literature that utilize smartphone built-in sensors to provide agricultural solutions.
In 2011, the Platform for African European Partnership on Agricultural Research for Development (PAEPARD) launched the Users-led Process (ULP) to better articulate users’ needs in a multi-stakeholder research and innovation (R&I) partnership. The ULP comprises six critical steps: (1) Identification of a federating theme; (2) Desk review; (3) Introduction workshop; (4) Multi-stakeholder research question inception workshop; (5) Concept note development; (6) Full proposal development.
L’agriculture est aujourd’hui interpellée par la société, qui exige bien plus qu’une simple production alimentaire : aliments de qualité, services environnementaux, insertion de populations marginalisées, revitalisation des territoires ruraux, habitabilité des milieux urbains, développement de productions énergétiques… Cette ouverture des futurs agricoles incite les acteurs ruraux à expérimenter de nouveaux systèmes de production et valorisation, faisant ainsi preuve de créativité et d’obstination pour exister face aux modèles de développement dominants.
evelopment projects on interventions to reduce postharvest losses (PHL) are often implemented largely independently of the specific context and without sufficient adaptation to the needs of people who are supposed to use them. An approach is needed for the design and implementation of specific, locally owned interventions in development projects. This approach is based on Participatory Development and includes Living Lab and World Cafés. We applied the approach in a case study on reducing PHL in tomato value chains in Nigeria. The approach consists of nine steps.
This publication represents a synthesis of assessments of national agricultural innovation systems in countries of Central Asia, South Caucasus and Turkey. The first chapter gives an introduction of the project “Capacity Development for Analysis and Strengthening of Agricultural Innovation Systems in Central Asia and Turkey”, out of which the current publication reports about one of the project outputs achieved.
Des investisseurs publics et privés, nationaux ou étrangers, lancent des programmes d’acquisition, de location ou d’utilisation contractuelle de terres agricoles dans des pays disposant de ressources foncières bon marché, où le marché foncier relève généralement de l’État (Afrique, Asie centrale, Amérique du Sud). Cette tendance s’est accélérée à la suite de la crise alimentaire du printemps 2008, puis de la crise fi nancière. Selon la FAO, entre 20 et 30 millions d’hectares de terres auraient fait l’objet de transactions ces dernières années.
Pour répondre à la montée en puissance des enjeux environnementaux, le monde agricole met en œuvre des dispositifs agri-environnementaux (AE) à destination des agriculteurs afin d’en orienter les pratiques.
La FAO, en collaboration avec le ministère de l’agriculture du Gabon, a exécuté un projet d’intensification vivrière à travers la mécanisation agricole à Lébamba. En privilégiant l’approche Champs Ecoles Paysans (CEP), les populations regroupées en coopératives agricoles ont été formées sur les approches de l’agriculture durable, notamment à travers l’apprentissage de nouveaux itinéraires de culture. De plus, par l’utilisation des outils de mécanisation agricole, la pénibilité de leur travail est réduite et leur rendement est augmenté.