Technologie rolnictwa precyzyjnego

• Autorzy: Lisowski A

Warianty tytułu

EN

Technologies applied in precision farming

• Języki publikacji: PL

Abstrakty

EN

This paper provides an overview of worldwide development and current status of precision farming. The development and application of precision farming technology to crop production offers the scope for improved management practices and targeting of inputs. Profitability issues have constrained adoption of precision farming. Currently available databases do not adequately represent the required range of climate and site variations to understand the within field relationship of yields to yield-limiting factors. For maximum effectiveness in the development of integrated precision farming systems, it is important to take an interdisciplinary team approach, including engineers, agricultural scientists, agribusiness and industry representatives, and the producers.

Słowa kluczowe

PL

badania naukowe; produkcja roslinna; technologia; Polska; parametry; postep naukowo-techniczny; mapy plonow; swiat; technika rolnicza; zmiennosc; optymalizacja produkcji; ekonomika; rolnictwo precyzyjne; system GPS

• Wydawca: -
• Czasopismo: Postępy Nauk Rolniczych
• Rocznik: 2005
• Tom: 52
• Numer: 6
• Opis fizyczny: s.51-61,bibliogr.

Twórcy

autor

Lisowski A

• Szkola Glowna Gospodarstwa Wiejskiego, ul.Nowoursynowska 166, 02-787 Warszawa

Bibliografia

• [1] Arslan S., Colvin T.S. 1999. Laboratory performance of a yield monitor. Appl. Eng. In Agric. 15(3): 189-195.
• [2] Auemhammer H.2001. Precision farming the environmental challenge. Camp. and Elec. in Agric. 32: 3-43.
• [3] Auernhammer H., Demmel M., Pirro P. 1995. Yield measurement on self-propelled forage harvesters. ASAE Paper No. 95-1757. St. Joseph, MI, USA: 5 ss.
• [4] Behme J.A., Schinstock J.L., Bashford L.L., Leviticus L.I. 1997. Site-specific yield for forages. ASAE Paper No. 971054. St. Joseph, Mich.: ASAE: 7 ss.
• [5] Birrell S.J., Borgelt S.C. 1995. Crop yield mapping: Comparison of yield monitors and mapping techniques. W: Site-Specific Management for Agricultural Systems. Madison, Wisc.: ASA-CSSA-SSSA: 15-31.
• [6] Birrell S.J., Sudduth K.A, Borgelt S.C. 1993. Crop yield and soil nutrient mapping. ASAE Paper No. 93-1556. St. Joseph, MI, USA: 8 ss.
• [7] Camp C.R., Sadler E.J., Evans D.E., Millen J. A. 2001. Irrigation and nitrogen management with a site-specific center pivot. Proc. of the Third Europ. Conf. on Prec. Agric. Montpellier, France, agro Montpellier: 12 ss.
• [8] Campbell R.H., Rawlins S.L., Han S. 1994. Monitoring methods for potato yield mapping. ASAE Paper No. 94-1584. St. Joseph, MI, USA: 7 ss.
• [9] Durrence J.S., Thomas D.L., Perry C.D., Vellidis G. 1999. Preliminary evaluation of commercial cotton yield monitors: The 1998 season in South Georgia. W: Proc. 1999 Beltwide Cotton Conf.. Orlando, Fla. Memphis: 366-373.
• [10] Ehrl M., Demmel M.R., Auemhammer H., Stempfhuber W.V., Mauer W., Wunderlich T. 2002. Spatio-temporal quality of precision farming applications. ASAE Paper No. 02-3084. St. Joseph, MI, USA: 8 ss.
• [11] Ellsbury M.M., Malo D.D., Clay D.E., Clay S.A., Carlson C.G. 2000. Spatial distribution of soildwelling stages of northern com rootworm in relation to measurable soil and crop characteristics. Proc. of the Fifth Inter. Conf. on Prec. Agric., July 16-19, 2000. Bloomington, MN, USA: 8 ss.
• [12] Evans K., Webster R., Barker A., HalfordP., Russell M., Stafford J., Griffin S. 2003. Mapping infestations of potato cyst nematodes and the potential for spatially varying application of nematicides. Precision Agriculture 4(2): 149-162.
• [13] Forristal P.D., Keppel D. 2001. The application of harvester-mounted forage yield sensing devices: 11 ss. www.teagasc.ie/research/ reports/crops/4413/eopr-4413.htm.
• [14] Gibbons G. 2000. Timing a farm art into science/an overview of precision fanning: 9 ss. http://www.precisionfarming.com.
• [15] Griffin T.W., Lowenberg-Deboer J., Lambert D.M., Peone J., Payne T., Daberkow S.G. 2004. Adoption, profitability and making better use of precision farming data. Staff Paper No 04-06: 22 ss. http://agecon.lib.umn.edu/cgi-bin/pdf _ view.pl.
• [16] Grisso R.D., Jasa P.J., Schroeder M.A., Wilcox J:C. 1999. Yield monitor accuracy: Successful farming magazine case study. ASAE Paper No. 99-1047. St. Joseph, MI, USA: 11 ss.
• [17] Haman J. 1998. Lokalna adaptacja mechanizacji produkcji polowej. Zesz. Prob. Post. Nauk Rol. 454: 25-32.
• [18] Hayhoe H.N., Lapen D.R., McLaughlin N.B., Topp G.C., Cumoe W.E., 2000. Spectral analysis and filtering of measurements of mouldboard plow draft. Proc. of the Fifth Inter. Conf. on Prec. Agric., July 16-19, 2000. Bloomington, MN, USA: 13 ss.
• [19] Reiniger R.W., Meijer A.J., 2000. Why variable rate application of lime has increased grower profits and acceptance of precision agriculture in the Southeast. Proc. of the Fifth Inter. Conf. on Prec. Agric., July 16-19, 2000. Bloomington, MN, USA: 10 ss.
• [20] Hołownicki R. 2002. Aktualne tendencje w technice ochrony - opryskiwacze i podzespoły. III Konf. pt. Racjonalna technika ochrony roślin. 16-17 października, Skierniewice: 19-30.
• [21] Kęska W. 2002. O istocie, perspektywach i potrzebach badawczych rolnictwa precyzyjnego. Journal of Research and Applications in Agricultural Engineering. 47(2): 4-7.
• [22] Kęska W. 2002. Modelowanie map glebowych dla celów komputerowej symulacji procesów rolnictwa precyzyjnego. Journal of Research and Applications in Agricultural Engineering 47(2): 8-12.
• [23] Kęska W. 2002. Komputerowa symulacja kombajnowego zbioru zbóż. Journal of Research and Applications in Agricultural Engineering 47(2): 131-9.
• [24] Kęska W., Jankowiak S. 2002. Badania symulacyjne oraz empiryczne naporu dynamicznego strugi ziarna na płytę przetwornika pomiarowego do pomiaru lokalnej wysokości plonu na kombajnie zbożowym. Journal of Research and Applications in Agricultural Engineering 47(2): 203-5.
• [25] Khalilian A., Wolak F.J., Dodd R.B., Han Y.J. 1999. Improved sensor mounting technology for cotton yield monitors. ASAE Paper No. 99-1052. St. Joseph, MI, USA: 9 ss.
• [26] Kromer K.H., Schmittmann O., Osman A.M„ 1999. Crop yield monitoring on forage harvesters. ASAE Paper No. 99-1051. St. Joseph, MI, USA: 8 ss.
• [27] Kusz A., Marciniak A. W. 1998. Precyzyjne rolnictwo - implikacje technologiczne i organizacyjne. Zesz. Prob. Post. Nauk Rol. 454: 33-40.
• [28] Lee C.K., Umeda M., Yanai J., Iida M., Koseki T. 1999. Grain yield and soil properties in paddy field. ASAE Paper No. 99-1057. St. Joseph, MI, USA: 8 ss.
• [29] Lisowski A., Klonowski J., Buliński J., Sypuła M., Chlebowski J., Nowakowski T., Gach S., Kotecki L., Kijoch J. 2004. Badania przepływu strumienia masy w maszynach do zbioru materiałów roślinnych dla potrzeb monitorowania i mapowania plonu. Sprawozdanie z projektu badawczego nr 3 P06R 023 23 (maszynopis), Katedra Maszyn Rolniczych i Leśnych SGGW, Warszawa: 213 ss.
• [30] Lowenberg-DeBoer. 1996. Economics of precision farming: payoff in the future: 5 ss.
• http://pasture.ecn.purdue.edu//mmorgan/PFI/pfiecon.html. Purdue University, IN, USA.
• [31] Lowenberg-DeBoer. 2004. Precision farming or convenience agriculture: 16 ss. http://www.regional.org.au/au/asa/2003/i/6/lowenberg.htm.
• [32] Marcotte D., Savoie P., Martel H., Theriault R., 1999. Precision agriculture for hay and forage crops: a review of sensors and potential applications. ASAE Paper No. 99-1049. St. Joseph, MI, USA: 8 ss.
• [33] McKinion J.M., Jenkins J.N., Akins D., Turner S.B., Willers J.L., Jallas E., Whisler F.D. 2001. Analysis of a precision agriculture approach to cotton production. Camp. and Elec. in Agric. 32: 213-228.
• [34] McLaughlin N.B., Burtt S.O. 2000. Spatial mapping of tillage energy. Proc. of the Fifth Inter. Conf. on Prec. Agric., July 16-19, 2000. Bloomington, MN, USA: 9 ss.
• [35] Miller W.M., Whitney J.D. 1999. Evaluation of weighing systems for citrus yield monitoring. Appl. Eng. in Agric. 15(6): 609-614.
• [36] Mulla D.J. 1997. Geostatistics, remote sensing and precision farming. [W]: Precision Agriculture: Spatial and Temporal Variability of Environmental Quality (Wyd. J.V. Lake, C.R. Bock and J.A. Goode) John-Wiley and sons, New York, s. 100-119.
• [37] Murphy D.P., Schnug E., Haneklaus S. 1995. Yield mapping: A guide to improved techniques and strategies. W: Proc. Second International Conference on Site-Specific Management for Agricultural Systems. P.C. Robert et al., eds. Madison, Wisc.: ASA-CSSA-SSSA: 33-47.
• [38] Oriade C., Popp M. 2000. Precision farming as a risk reducing tool: a whole-farm investigation. Proc. of the Fifth Inter. Conf. on Prec. Agric., July 16-19, 2000. Bloomington, MN, USA: 77.
• [39] Panneton B., St-Laurent G. 1999. Performance of yield monitors for root crops. ASAE Paper No. 99-1054. St. Joseph, MI, USA: 13 ss.
• [40] Pelletier G., Upadhyaya S.K. 1999. Development of a tomato load/yield monitor. Camp. and Elec. in Agric. 23(2): 103-118.
• [41] Perry C.D., Durrence J.S., Thomas D.L., Vellidis G., Sobolik C.J., Dzubak A. 1998. Evaluation of commercial cotton yield monitors in Georgia field conditions. W: Proc. 1998 Conf. on Prec. Farm. Part B. Minneapolis, Minn. Madison, Wisc.: ASA-CSSA-SSSA: 1227-1240.
• [42] Rawlins S.L., Campbell G.S., Campbell R.H., Hess J.R. 1995. Yield mapping of potato. W: Site-Specific Management for Agricultural Systems. Madison, Wisc.: ASA-CSSA-SSSA: 59-68.
• [43] Roel A., Plant R.E. 2003. Spatiotemporal analysis of rice yield variability in California. Proceedings of Sixth International Conference on Precision Agriculture, July 14-17. Bloomington, MN, USA: 15 ss.
• [44] Schueller J.K., Whitney J.D., Wheaton T.A., Miller W.M., Turner A.E. 1999. Low-cost automatic yield mapping in hand-harvested citrus. Camp. and Elec. in Agric. 23(2): 145-154.
• [45] Schumacher T.E., Lindstrom M.J., Schumacher J.A., Lemme G.D., 1999. Modeling spatial variation in productivity due to tillage and water erosion. Soil and Tillage Res. 51: 331-339.
• [46] Shanahan J.F., Doerge T.A., Johnson J.J., Vigil M.F. 2004. Feasibility of site-specific management of corn hybrids and plant densities in the Great Plains. Precision Agriculture 5: 207-225.
• [47] Stafford J.V., Ambler B., Smith M.P. 1991. Sensing and mapping grain yield variation. W: Automated Agriculture for the 21st Century, 356-365. St. Joseph, MI, USA.
• [48] Sudduth K.A., Birrell S.J., Bollero G.A., Bullock D.G., Hummel J.W., Kitchen N.R. 2004. Site-specific relationships between corn population and yield: 14 ss. Precision. agri.umn.edu/ Conference/Edits/206Sudduth_edit.doc.
• [49] Talarczyk W., Zbytek Z. 2002. Zastosowanie systemów elektronicznych i Globalnego Systemu Pozycjonowania (GPSS) w uprawie gleby. Journal of Research and Applications in Agricultural Engineering 47(2): 47-51.
• [50] Whitley K.M., Davenport J.R., Manley S.R. 2000. Difference in nitrate leaching under variable and conventional nitrogen fertilizer management in irrigated potato systems. Proc. of the Fifth Inter. Conf. on Prec. Agric., July 16-19, 2000. Bloomington, MN, USA: 7 ss.
• [51] Wild K.J. 1998. Satellitengestützte arbeitszeiterfassung und ertragsermittlung in rundballenpressen. Dissertation. Technischen Universität München. Forschungsbericht Agrartechnik (VDI-MEG) 325: 228 ss.
• [52] Wild K.J., Auernhammer H., Rottmeier J. 1994. Automatic data acquisition on round balers. ASAE Paper No. 94-1582. St. Joseph, Mich.: ASAE: 3 ss.
• [53] Zbytek Z. 2002. Rolnictwo precyzyjne w Polsce. Journal of Research and Applications in Agricultural Engineering 47(2): 424-6.
• [54] Zbytek Z. 2002. Stanowisko badawcze do pomiaru pracy ciągnika na polu znajdujące się w Przemysłowym Instytucie Maszyn Rolniczych. Journal of Research and Applications in Agricultural Engineering 47(2): 525-4.
• [55] Zhang N., Wang M., Wang N. 2002. Precision agriculture - a worldwide overview. Camp. and Elec. in Agric. 36: 113-132.
• [56] Zhang N., Taylor R., Sehrock M., Staggenborg S. 1999. Applications of a field-level geographic information system (GIS) in decision making for precision agriculture. ASAE paper No. 99-3046. St. Joseph, MI, USA: 6 ss.