Seepage of groundwater from adjacent locations with higher groundwater is one of the bottle-necks for soilgrown greenhouse crops. This obstructs the application of reuse of drainage water at greenhouse holdings. In an attempt to reduce the quantity of seepage an experiment was carried out at a commercial greenhouse with lily. The groundwater table in the greenhouse was increased by raising the outlet of the drainage in the collection tank. The quantity of seepage water could be reduced by about 40% . The moisture in the root zone was hardly affected. The success of this method depends greatly on local conditions, a general recommendation can therefore not be given
Soilless cultivation systems are common in Dutch greenhouse horticulture, i.e., less than 20% of the...
In the Netherlands, the government and horticultural industry have agreed to lower the emission of n...
On the initiative of the department Groot Waterland of the Dutch Federation of Agricultural and Hort...
Seepage of groundwater from adjacent locations with higher groundwater is one of the bottle-necks fo...
Seepage of groundwater from elsewhere reduces the reuse possibilities of drainage water for soil gro...
Due to grassland evapotranspiration groundwater levels can be lowered decimeters below ditch water<b...
In a field experiment at the experimental farm KTC Zegveld (peat meadow), the effect of submerged dr...
In the Netherlands most crops grown in greenhouses reuse drain water. However, in the cultivation of...
In the Netherlands most crops grown in greenhouses reuse drain water. However, in the cultivation of...
Dutch greenhouse horticulture is putting much effort into implementing measures to reduce emission o...
In the Netherlands most crops grown in greenhouses reuse drain water. However, in the cultivation of...
Door kwelwater gevoede natte hooilanden, zoals blauwgraslanden, worden wel beschouwd als de Nederlan...
In the Netherlands most Waterboards generally manipulate surface water levels in order to influence ...
Sufficient freshwater is needed for water dependent sectors such as agriculture, nature, drinking wa...
Model calculations have been used to explore the technical and economic consequences and effects on ...
Soilless cultivation systems are common in Dutch greenhouse horticulture, i.e., less than 20% of the...
In the Netherlands, the government and horticultural industry have agreed to lower the emission of n...
On the initiative of the department Groot Waterland of the Dutch Federation of Agricultural and Hort...
Seepage of groundwater from adjacent locations with higher groundwater is one of the bottle-necks fo...
Seepage of groundwater from elsewhere reduces the reuse possibilities of drainage water for soil gro...
Due to grassland evapotranspiration groundwater levels can be lowered decimeters below ditch water<b...
In a field experiment at the experimental farm KTC Zegveld (peat meadow), the effect of submerged dr...
In the Netherlands most crops grown in greenhouses reuse drain water. However, in the cultivation of...
In the Netherlands most crops grown in greenhouses reuse drain water. However, in the cultivation of...
Dutch greenhouse horticulture is putting much effort into implementing measures to reduce emission o...
In the Netherlands most crops grown in greenhouses reuse drain water. However, in the cultivation of...
Door kwelwater gevoede natte hooilanden, zoals blauwgraslanden, worden wel beschouwd als de Nederlan...
In the Netherlands most Waterboards generally manipulate surface water levels in order to influence ...
Sufficient freshwater is needed for water dependent sectors such as agriculture, nature, drinking wa...
Model calculations have been used to explore the technical and economic consequences and effects on ...
Soilless cultivation systems are common in Dutch greenhouse horticulture, i.e., less than 20% of the...
In the Netherlands, the government and horticultural industry have agreed to lower the emission of n...
On the initiative of the department Groot Waterland of the Dutch Federation of Agricultural and Hort...