Abstract
In the Netherlands, current nitrogen fertilizer recommendations for arable crops are based on the amount of soil mineral nitrogen in early spring. The larger the amount of soil mineral nitrogen, the lower the recommended application rate of fertilizer nitrogen. A more refined method is to draw up a balance sheet in which the nitrogen requirement of the crop is given on the one side and the contributions of fertilizer nitrogen, soil mineral nitrogen, and the amount of nitrogen mineralized during the growing period on the other. The most refined method of nitrogen fertilizer recommendation is the use of a simulation model that predicts the daily crop nitrogen requirement and nitrogen supply to the crop from various pools during the growing period. A simulation model thus adds the time element to nitrogen fertilizer recommendations. Moreover, in contrast with the other two methods, a simulation model allows identification of environmental side-effects of nitrogen fertilizer application.
The current Dutch nitrogen fertilizer recommendations aim at predicting the economically optimum application rate of fertilizer nitrogen. From the environmental point of view it is interesting to know how much soil mineral nitrogen has accumulated in the soil at harvest, because this nitrogen is a potential loss to the environment through nitrate leaching during the subsequent winter period. If the economically optimum application rate of fertilizer nitrogen is applied to arable crops, it is unlikely that soil mineral nitrogen accumulates, except in the case of potatoes. Model calculations have shown that accumulation of soil mineral nitrogen after potatoes can be prevented when the recommended nitrogen application rate is reduced by 25%. In that case tuber yield is reduced by only 2%.
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References
Anonymous (1980) Council directive on the quality of water for human consumption. Official Journal of the European Economic Community 23, 80/778 EECL 229: 11–29
Anonymous (1986) Fertilizer recommendations for arable crops (in Dutch). Consulentschap voor Bodem-, Water-, en Bemestingszaken in de Akkerbouw en Tuinbouw, Wageningen, 28 pp
Bakker Y, Withagen L and Wijnen G (1981) The new guideline for nitrogen fertilization of sugar beet (in Dutch). Bedrijfsontwikkeling 12: 383–385
Boon R (1981) Nitrogen fertilizer recommendations for winter cereals and sugar beet on deep loams and sandy loams on the basis of soil analysis (in Dutch). Pedologie 21: 347–363
Boyd DA, Garner HV and Haines WB (1957) The fertilizer requirements of sugar beet. Journal of Agricultural Science (Cambridge) 48: 464–476
Greenwood DJ, Neeteson JJ and Draycott A (1985) Response of potatoes to N fertilizer: Quantitative relations for components of growth. Plant and Soil 85: 163–183
Greenwood DJ, Neeteson JJ and Draycott A (1985) Response of potatoes to N fertilizer: Dynamic model. Plant and Soil 85: 185–203
Groot JJR (1987) Simulation of nitrogen balance in a system of winter wheat and soil. Simulation Report 13. Centre for Agrobiological Research/Department of Theoretical Production Ecology of the Agricultural University, Wageningen
Groot JJR, De Willigen P and Wadman WP (1989) Nitrate accumulation in the soil and nitrate leaching due to nitrogen fertilization in agricultural systems (in Dutch). Nota 216. Institute for Soil Fertility Research, Haren
Lindén B (1985) Mineral nitrogen present in the root zone in early spring and nitrogen mineralized during the growing season — Their contribution to the nitrogen supply of crops. In: Neeteson JJ and Dilz K (eds) Assessment of Nitrogen Fertilizer Requirement, pp 37–49. Institute for Soil Fertility, Haren
Neeteson JJ (1989) Evaluation of the performance of three advisory methods for nitrogen fertilization of sugar beet and potatoes. Netherlands Journal of Agricultural Science 37: 143–155
Neeteson JJ and Ehlert PAI (1989) Environmental aspects of applying inorganic fertilizers to sugar beet. In: Proceedings 52nd Winter Congress, pp 79–91. International Institute for Sugar Beet Research, Brussels
Neeteson JJ and Wadman WP (1987) Assessment of economically optimum application rates of fertilizer N on the basis of response curves. Fertilizer Research 12: 37–52
Neeteson JJ and Zwetsloot HJC (1989) An analysis of the response of sugar beet and potatoes to fertilizer nitrogen and soil mineral nitrogen. Netherlands Journal of Agricultural Research 37: 129–141
Neeteson JJ, Dilz K and Wijnen G (1989) N-fertilizer recommendations for arable crops. In: Germon JC (ed) Management Systems to Reduce Impact of Nitrates, pp 253–263. Elsevier Applied Science, London
Neeteson JJ, Greenwood DJ and Draycott A (1987) A dynamic model to predict yield and optimum nitrogen fertilizer application rate for potatoes. Proceedings 262. The Fertiliser Society, London
Neeteson JJ, Greenwood DJ and Draycott A (1989) Model calculations of nitrate leaching during the growth period of potatoes. Netherlands Journal of Agricultural Science 37: 237–256
Neeteson JJ, Wijnen G and Zandt PA (1984). New Nitrogen fertilizer recommendations for potatoes (in Dutch). Bedrijfsontwikkeling 15: 331–333
Neeteson JJ, De Wijngaert KEL, Belmans CFM and Groot JJR (1988) The use of the balance-sheet method for nitrogen fertilizer advice to winter wheat (in Dutch). Nota 186. Institute for Soil Fertility Research, Haren
Østergaard HS (1982) Predicting nitrogen fertilizer demands in Denmark. In: Assessment of the Nitrogen Status of the Soils (EDS Batey T, Vlassak K and Verstraeten LMJ), pp 48–53. University Press, Leuven
Prins WH, Dilz K and Neeteson JJ (1988) Current recommendations for nitrogen fertilisation within the EEC in relation to nitrate leaching. Proceedings 276. The Fertiliser Society, London
Rémy JC (1981) État actuel et perspectives de la mise en oeuvre des techniques de prévision de la fumure azotée. Comptes Rendus de l'Académie d'Agriculture de France 67: 859–874
Rémy JC and Viaux Ph (1982) The use of nitrogen fertilisers in intensive wheat growing in France. Proceedings 211, pp 67–92. The Fertiliser Society, London
Ris J (1974) Nitrogen fertilizer recommendations for arable crops (in Dutch). Stikstof 7: 168–173
Ris J, Smilde KW and Wijnen G (1981) Nitrogen fertilizer recommendations for arable crops as based on soil analysis. Fertilizer Research 2: 21–32
Russell EJ (1914) The nature and amount of the fluctuation in nitrate contents of arable soils. Journal of Agricultural Science (Cambridge) 6: 18–57
Stanford G (1981) Assessment of soil nitrogen availability. In: Nitrogen in Agricultural Soils (ED Stevenson FJ), Agronomy 22, pp 651–688. American Society of Agronomy, Madison
Sutherland RA, Wright CC, Verstraeten LMJ and Greenwood DJ (1986) The deficiency of the ‘economic’ optimum application for evaluating models which predict crop yield response to nitrogen fertiliser. Fertilizer Research 10: 251–262
Van Beusichem ML and Neeteson JJ (1982) Urea nutrition of young maize and sugar-beet plants with emphasis on ionic balance and vascular transport of nitrogenous compounds. Netherlands Journal of Agricultural Science 30: 317–330
Van Keulen H and Seligman NG (1987) Simulation of water use, nitrogen nutrition and growth of a spring wheat crop. Simulation Monographs. PUDOC, Wageningen
Van der Paauw F (1962) Effect of winter rainfall on the amount of nitrogen available to crops. Plant and Soil 16: 361–380
Van der Paauw F (1966) Voraussage des Düngerbedarfs und des Ertrags auf Grund von Witterung und Bodenfruchtbarkeit. Landwirtschaftliche Forschung 20: 97–105
Wehrmann J and Scharpf HC (1979) Der Mineralstickstoffgehalt des Bodens als Massstab für den Stickstoffdüngerbedarf (Nmin-Methode). Plant and Soil 52: 109–126
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Neeteson, J.J. Development of nitrogen fertilizer recommendations for arable crops in the Netherlands in relation to nitrate leaching. Fertilizer Research 26, 291–298 (1990). https://doi.org/10.1007/BF01048767
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DOI: https://doi.org/10.1007/BF01048767