Environmentally sound greenhouse production requires that: demand for market products is understood; greenhouse design addresses the climate circum-stances; input resources are available and consumed efficiently, and; there must be a reasonable balance of production products to the environmental impacts from system. Engineering greenhouse production systems to meet these requirements must include: a cost-effective and structurally sound facility; various sub-systems controlled to interact harmoniously together; and educated and experienced system operators. The major components of the environmentally sound greenhouse are: Super-structure and glazing (for a specific location and climate conditions); Climate control sub-systems (ventilation, ...
In conventional greenhouse crop production the high level of energy input conflicts with internation...
Protected cultivations are expanding all over the world, particularly in otherwise marginal agricult...
The most important factors for the quality and productivity of plant growth are temperature, humidit...
Environmentally sound greenhouse production requires that: demand for market products is understood;...
Environmentally sound greenhouse production requires that: demand for market products is understood;...
Greenhouse systems improve growing conditions of vegetable, fruit and ornamental crops. Greenhouse c...
Greenhouse production in the near future will need to reduce significantly its environmental impact....
Greenhouse production in the near future will need to reduce significantly its environmental impact....
International audienceProtected cultivation or Controlled Environment Agriculture (CEA) system has i...
Protected cultivation systems are used throughout the world as a powerful instrument to produce crop...
Protected cultivation systems are used throughout the world as a powerful instrument to produce crop...
Innovations in greenhouse engineering are technical developments which help evolve the state-of-the-...
In conventional greenhouse crop production the high level of energy input conflicts with internation...
Innovations in greenhouse engineering are technical developments which help evolve the state-of-the-...
In conventional greenhouse crop production the high level of energy input conflicts with internation...
In conventional greenhouse crop production the high level of energy input conflicts with internation...
Protected cultivations are expanding all over the world, particularly in otherwise marginal agricult...
The most important factors for the quality and productivity of plant growth are temperature, humidit...
Environmentally sound greenhouse production requires that: demand for market products is understood;...
Environmentally sound greenhouse production requires that: demand for market products is understood;...
Greenhouse systems improve growing conditions of vegetable, fruit and ornamental crops. Greenhouse c...
Greenhouse production in the near future will need to reduce significantly its environmental impact....
Greenhouse production in the near future will need to reduce significantly its environmental impact....
International audienceProtected cultivation or Controlled Environment Agriculture (CEA) system has i...
Protected cultivation systems are used throughout the world as a powerful instrument to produce crop...
Protected cultivation systems are used throughout the world as a powerful instrument to produce crop...
Innovations in greenhouse engineering are technical developments which help evolve the state-of-the-...
In conventional greenhouse crop production the high level of energy input conflicts with internation...
Innovations in greenhouse engineering are technical developments which help evolve the state-of-the-...
In conventional greenhouse crop production the high level of energy input conflicts with internation...
In conventional greenhouse crop production the high level of energy input conflicts with internation...
Protected cultivations are expanding all over the world, particularly in otherwise marginal agricult...
The most important factors for the quality and productivity of plant growth are temperature, humidit...