• English
  • Français
  • Español
Logo
  S identifier | Ιnscrivez vous
  • Accueil
  • À propos de nous
    • TAPipedia
    • TAP
    • Qui nous sommes
    • Ce que nous faisons
    • Comment collectons-nous nos ressources?
    • Pourquoi devriez-vous rejoindre TAPipedia?
  • Ressources
  • Réseau TAPipedia
  • FAQ
  • Contactez nous

Résultats de la recherche

Displaying 1 - 1 of 1 result.

Transition towards sustainability in agriculture and food systems: Role of information and communication technologies

Food sustainability transitions refer to transformation processes necessary to move towards sustainable food systems. Digitization is one of the most important ongoing transformation processes in global agriculture and food chains. The review paper explores the contribution of information and communication technologies (ICTs) to transition towards sustainability along the food chain (production, processing, distribution, consumption). A particular attention is devoted to precision agriculture as a food production model that integrates many ICTs.

Sujet(s): 
TIC (Technologies de l'information et de la communication)développement ruralagriculture durablechaînes de valeur
Année de publication: 
2018
Auteur: 
Bilali H.Allahyari M.S.
Où est situé la ressource?: 
  • Link to web resource
View Resource More Info

Filtrer par idiome

  • Anglais (1) Apply Anglais filter Anglais

Filtrer par sujet(s)

  • knowledge and information systems (1) Apply knowledge and information systems filter knowledge and information systems
  • rural development (1) Apply rural development filter rural development
  • sustainable agriculture (1) Apply sustainable agriculture filter sustainable agriculture
  • value chains (1) Apply value chains filter value chains

Filtrer par auteur(s)

  • Abreu L. S. De (3) Apply Abreu L. S. De filter Abreu L. S. De
  • Adekunle A. (3) Apply Adekunle A. filter Adekunle A.
  • Agrinatura (5) Apply Agrinatura filter Agrinatura
  • Arias, D. (2) Apply Arias, D. filter Arias, D.
  • Avanzi J. C. (2) Apply Avanzi J. C. filter Avanzi J. C.
  • Ballantyne P. (3) Apply Ballantyne P. filter Ballantyne P.
  • Birachi E. (2) Apply Birachi E. filter Birachi E.
  • Borghi E. (2) Apply Borghi E. filter Borghi E.
  • Bortolon E. S. O. (2) Apply Bortolon E. S. O. filter Bortolon E. S. O.
  • Bortolon L. (2) Apply Bortolon L. filter Bortolon L.
  • Caballero, J. (2) Apply Caballero, J. filter Caballero, J.
  • Cadilhon J. (3) Apply Cadilhon J. filter Cadilhon J.
  • CDAIS project (3) Apply CDAIS project filter CDAIS project
  • Commission on Sustainable Agriculture Intensification (CoSAI) (3) Apply Commission on Sustainable Agriculture Intensification (CoSAI) filter Commission on Sustainable Agriculture Intensification (CoSAI)
  • Dijkman J. (2) Apply Dijkman J. filter Dijkman J.
  • Dror I. (4) Apply Dror I. filter Dror I.
  • Fischer E. (3) Apply Fischer E. filter Fischer E.
  • Food and Agriculture Organization of the United Nations (FAO) (15) Apply Food and Agriculture Organization of the United Nations (FAO) filter Food and Agriculture Organization of the United Nations (FAO)
  • Food and Agriculture Organization of the United Nations ( FAO ) (7) Apply Food and Agriculture Organization of the United Nations ( FAO ) filter Food and Agriculture Organization of the United Nations ( FAO )
  • Grovermann C. (2) Apply Grovermann C. filter Grovermann C.
  • Hall, A. (3) Apply Hall, A. filter Hall, A.
  • Hoekstra D. (3) Apply Hoekstra D. filter Hoekstra D.
  • Klerkx L. (3) Apply Klerkx L. filter Klerkx L.
  • Klerkx, L. (5) Apply Klerkx, L. filter Klerkx, L.
  • Kugonza D. (2) Apply Kugonza D. filter Kugonza D.
  • Lamers D. (2) Apply Lamers D. filter Lamers D.
  • Leeuwis, C. (3) Apply Leeuwis, C. filter Leeuwis, C.
  • Lundy M. (2) Apply Lundy M. filter Lundy M.
  • Makate C. (4) Apply Makate C. filter Makate C.
  • Mango N. (3) Apply Mango N. filter Mango N.
  • Mittal N. (2) Apply Mittal N. filter Mittal N.
  • Mongbo R. (2) Apply Mongbo R. filter Mongbo R.
  • Nichterlein K. (3) Apply Nichterlein K. filter Nichterlein K.
  • Olumuyiwa O. J. (2) Apply Olumuyiwa O. J. filter Olumuyiwa O. J.
  • Qaim M. (16) Apply Qaim M. filter Qaim M.
  • Schut M. (5) Apply Schut M. filter Schut M.
  • Schwarze S. (2) Apply Schwarze S. filter Schwarze S.
  • Sibhatu K. T. (2) Apply Sibhatu K. T. filter Sibhatu K. T.
  • Smith J. (2) Apply Smith J. filter Smith J.
  • Sonnino A. (2) Apply Sonnino A. filter Sonnino A.
  • Sulaiman R. V. (2) Apply Sulaiman R. V. filter Sulaiman R. V.
  • Sulaiman, R. V. (3) Apply Sulaiman, R. V. filter Sulaiman, R. V.
  • TAP Secretariat (3) Apply TAP Secretariat filter TAP Secretariat
  • Tefera T. L. (2) Apply Tefera T. L. filter Tefera T. L.
  • Thiele G. (2) Apply Thiele G. filter Thiele G.
  • Utiang P. U. (2) Apply Utiang P. U. filter Utiang P. U.
  • van Rooyen A. (2) Apply van Rooyen A. filter van Rooyen A.
  • World Bank (18) Apply World Bank filter World Bank
  • Zhang Y. (2) Apply Zhang Y. filter Zhang Y.
  • Zilberman D. (2) Apply Zilberman D. filter Zilberman D.

Filtrer par éditeur(s)

  • Science Direct (1) Apply Science Direct filter Science Direct

Filtrer par region

  • Recoupement géographique (1) Apply Recoupement géographique filter Recoupement géographique

Filtrer par type

  • journal article (1) Apply journal article filter journal article

Filtrer par αnnée de publication

  • 2018 (1) Apply 2018 filter 2018