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AgroMANAGER, a web application for farm management

Published Online:pp 440-455https://doi.org/10.1504/IJBIS.2011.042400

In this paper, we present the AgroMANAGER application. AgroMANAGER is a web-based application for farm management and particularly for organisation and administration of agricultural holdings. It is one of the main farm management applications of agroGOV.gr portal. The development of AgroMANAGER applications supports the farmer-manager in the difficult process of farm management and decision making. The objective of this application is to help the farmer-user, to gain control of the external environment with easy access to knowledge and information. AgroMANAGER provides to the farmer-manager management, administration and organisation services for the agricultural holdings. It is a simple system of keeping farm records and accounts to which farmers can monitor online the operation of their farms. It can provide a different approach to keeping accurate farm records and accounts and a helper in the difficult journey of agriculture of the future.

Keywords

farm management, decision making, web application, agricultural holdings management, accounting

References

  • 1. AED (2003). Future Directions in Agriculture and Information and Communication Technologies (ICTs) at USAID. Winrock International, Prepared for USAID/Economic Growth, Agriculture, and Trade/Agriculture and Food Security Google Scholar
  • 2. Andreopoulou, Z.S. , Koutroumanidis, T. , Manos, B. (2009a). ‘The adoption of e-commerce for wood enterprises’. Int. J. Business Information Systems. 4, 4, 440-459 AbstractGoogle Scholar
  • 3. Andreopoulou, Z.S. , Tsekouropoulos, G. , Koutroumanidis, T. , Vlachopoulou, M. , Manos, B. (2009b). ‘Typology for e-business activities in the agricultural sector’. Int. J. Business Information Systems. 3, 3, 231-251 Google Scholar
  • 4. Bournaris, T. , Vassiliadou, I. , Papathanasiou, J. , Manos, B. (2002). ‘Decision support systems in agriculture’. Proceedings of 6th Balkan Conference on Operational Research. Thessaloniki Google Scholar
  • 5. Drucker, P. (1988). The coming of the new organization, Harvard Business Review. Google Scholar
  • 6. Foulds, L.R. , Zhao, X.D. (2007). ‘A decision support system for sustainable maize harvesting operations scheduling’. International Journal of Business Information Systems. 2, 4, 372-391 AbstractGoogle Scholar
  • 7. Giles, Τ. , Stansfield, Μ. (1990). The farmer as manager. CAB International Google Scholar
  • 8. Kadlec, J. (1985). Farm management: decisions, operation, control. Englewood Cliffs, New Jersey:Prentice-Hall Google Scholar
  • 9. Kay, R.D. (1986). Farm management, planning, control and implementation. New York:McGraw-Hill Inc. Google Scholar
  • 10. Kilkenny, M. (1998). ‘Transport costs and rural development’. Journal of Regional Science. 38, 2, 293-312 Google Scholar
  • 11. Loevinsohn, M.E. , Berdegué, J.A. , Guijt, I. (2002). ‘Deepening the basis of rural resourced management: learning processes and decision support’. Agricultural Systems. 73, 3-22 Google Scholar
  • 12. Mahaman, B.D. , Ntaliani, M.S. , Costopoulou, C.I. (2005). ‘E-gov. for rural development: current trends and opportunities for agriculture’. Proceedings of the 2005 EFITA/WCCA Joint Congress on IT in Agriculture. 25–28 July, Vila Real, Portugal, 589-594 Google Scholar
  • 13. Manos, B. , Ciani, A. , Bournaris, T. , Vassiliadou, I. , Papathanasiou, J. (2004). ‘A taxonomy survey of decision support systems in agriculture’. Agricultural Economics Review. 5, 2, 80-94 Google Scholar
  • 14. Manos, B. , Papathanasiou, J. , Bournaris, T. , Voudouris, K. (2010). ‘A DSS for sustainable development and environmental protection of agricultural regions’. Environmental Monitoring and Assesment. 164, 1–4, 43-52 Google Scholar
  • 15. Martika-Vakirtzi, M. (2008). Management in Agriculture. Thessaloniki:Grafima Publications Google Scholar
  • 16. McBratney, A. , Whelan, B. , Ancev, T. , Bouma, J. (2005). ‘Future directions of precision agriculture’. Precision Agriculture. 6, 1, 7-23 Google Scholar
  • 17. Mescon, M.H. , Albert, M. , Khedouri, F. (1985). Management: Individual and Organizational Effectiveness. New York:Harper and Row Google Scholar
  • 18. Nguyen, N. , Wegener, M. , Russell, I. ‘Decision support systems in Australian agriculture: state of the art and future development’. 2006, 08, 12–18, Gold Coast, Australia:International Association of Agricultural Economists Google Scholar
  • 19. Nikkilä, R. , Seilonen, I. , Koskinen, K. (2010). ‘Software architecture for farm management information systems in precision agriculture’. Computers and Electronics in Agriculture. 70, 328-336 Google Scholar
  • 20. Olsson, R.L. (1998). ‘Management for success in modern agriculture’. European Review of Agricultural Economics. 15, 2–3, 239-259 Google Scholar
  • 21. Parker, C.G. (2005). ‘Technology acceptance and the uptake of agricultural DSS’. EFITA/WCCA Joint Congress on IT in Agriculture, 25–28 July, Vila Real, Portugal, 17-22 Google Scholar
  • 22. Pearce, J.A. , Robinson, R.B. (1987). ‘A measure of CEO social power in strategic decision-making’. Strategic Management Journal. 8, 3, 297-304 Google Scholar
  • 23. Robbins, A. , DeCenzo, D. (2001). Fundamentals of Management. Prentice-Hall. Inc Google Scholar
  • 24. Sørensen, C.G. , Fountas, S. , Nash, E. , Pesonen, L. , Bochtis, D. , Pedersen, S.M. , Basso, B. , Blackmore, S.B. (2010). ‘Conceptual model of a future farm management information system’. Computers and Electronics in Agriculture. 72, 37-47 Google Scholar
  • 25. Steinberger, G. , Rothmund, M. , Auernhammer, H. ‘Mobile farm equipment as a data source in an agricultural service architecture’. Computers and Electronics in Agriculture. 2009, 03, 65, 2, 238-246 Google Scholar