Technical innovations in fertilization and irrigation have resulted in adoption of fertigation technologies wherein completely soluble fertilizers are dissolved in irrigation water so as to deliver to plants the nutrients they need for optimal growth. This chapter focuses on the technical equipment associated with fertigation and irrigation in greenhouse production. In most such soilless production systems, fertilization is accomplished through injection of soluble fertilizer into irrigation water. It also demonstrates which system is best suited to which crop and where continued innovation is likely to result in future technical advances. In all modern production systems, fertilization and irrigation have been integrated into a system that...
According to the best estimations the worldwide usage of micro irrigation, i.e. drip irrigation and ...
Successful fertigation requires precise calculation of injection rates, knowledge regarding solubili...
Common sources of nutrients with solubility suitable for application in micro-irrigation systems are...
In soilless culture considerable technology is applied for all facets of the plant production. This ...
The word fertigation is derived by a composition from the words fertilization and irrigation and the...
Purpose: Concerns over the quantity of available freshwater for agriculture have triggered the devel...
The characteristics of the soil solution in the root environment in the greenhouse industry differ m...
The world demand on food is increasing by the global population growing. World food production can b...
In most cases, rooftop agriculture uses soilless cultivation (or hydroponics) of plants, as the yiel...
F ertigation is the application of dis-solved fertilizers through an irrigationsystem. Most commonly...
The actual development of greenhouse cultural systems is characterized by an increase in economic en...
In order to better promote extension and application of fertigation technology, this paper elaborat...
Irrigation systems can be used to transport soluble chemicals to the crop. Depending on the type of ...
The horticultural crops considered in this chapter are characterised by the fact that the plants are...
Experience shows that for the irrigation of intensive gardens, various types of equipment and techno...
According to the best estimations the worldwide usage of micro irrigation, i.e. drip irrigation and ...
Successful fertigation requires precise calculation of injection rates, knowledge regarding solubili...
Common sources of nutrients with solubility suitable for application in micro-irrigation systems are...
In soilless culture considerable technology is applied for all facets of the plant production. This ...
The word fertigation is derived by a composition from the words fertilization and irrigation and the...
Purpose: Concerns over the quantity of available freshwater for agriculture have triggered the devel...
The characteristics of the soil solution in the root environment in the greenhouse industry differ m...
The world demand on food is increasing by the global population growing. World food production can b...
In most cases, rooftop agriculture uses soilless cultivation (or hydroponics) of plants, as the yiel...
F ertigation is the application of dis-solved fertilizers through an irrigationsystem. Most commonly...
The actual development of greenhouse cultural systems is characterized by an increase in economic en...
In order to better promote extension and application of fertigation technology, this paper elaborat...
Irrigation systems can be used to transport soluble chemicals to the crop. Depending on the type of ...
The horticultural crops considered in this chapter are characterised by the fact that the plants are...
Experience shows that for the irrigation of intensive gardens, various types of equipment and techno...
According to the best estimations the worldwide usage of micro irrigation, i.e. drip irrigation and ...
Successful fertigation requires precise calculation of injection rates, knowledge regarding solubili...
Common sources of nutrients with solubility suitable for application in micro-irrigation systems are...