Beheersing emissie grondgebonden kasteelten

Voogt, W.; Balendonck, J.; Janse, J.; Swinkels, G.L.A.M.; Winkel, van, A.

Beheersing emissie grondgebonden kasteelten

2015

Voogt, W. | Balendonck, J. | Janse, J. | Swinkels, G.L.A.M. | Winkel, van, A.

To make growers to be in control of the emission, a decision support system is developed for irrigation in soil grown crops. In 2013-2014 the implementation was continued and several greenhouse crops were monitored. As was found earlier, the organic greenhouse growers are able to control irrigation in a way that emission is reduced to a minimum. The results obtained at (conventional) flower growers show sometimes high emission of nitrogen. This is due at one hand to high irrigation surpluses but also to high fertilisation of nitrogen. Better tuning of the water- and nitrogen supply to the crop demand is necessary. For these stapes growers need better soil-moisture sensors.

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AGROVOC Keywords

cut flowers decision support systems emissie emission fertilizer application fertilizers horticulture irrigation lysimeters nutrient balance nutrients organic farming protected cultivation sensors water

Bibliographic information

Publisher

Wageningen UR Glastuinbouw

Pagination

Other Subjects

Tuinbouw; Voedingsstoffenbalans; Snijbloemen; Beslissingsondersteunende systemen; Optimalisatie; Teelt onder bescherming; Bemesting; Irrigatie; Voedingsstoffen; Kunstmeststoffen; Optimization; Biologische landbouw

Language

Dutch; Flemish

In AGRIS since: 2020-12-15

Format: AGRIS AP

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