Add to ORKGStudies with algal cultures which relate to closed ecological life support systems (CELSS) are discussed. A description of a constant cell density apparatus for continuous culture of algae is included. Excretion of algal by-products, and nitrogen utilization and excretion are discussed
All algae culture systems require a set of ‘stock’ cultures, usually of about 250ml in volume, to p...
Nannochloropsis is well appreciated in aquaculture due to its nutritional value and the ability to p...
Future space exploration missions will require a nearly closed-loop life support system. Algae are a...
In many respects, algae would be the ideal plant component for a biologically based controlled life ...
Microalgae are well-suited as a component of a Closed Environmental Life Support System (CELSS), sin...
The primary objective of this research is to obtain fundamental data concerning the growth and metab...
Concepts of a Closed Ecological Life Support System (CELSS) anticipate the use of photosynthetic org...
Commercially available air lift fermentors were used to simultaneously monitor biomass production, N...
This study entitled "High density culture o f marine micro-algae using semicontinuous and continuous...
Algae growth in a micro-gravity environment is an important factor in supporting man's permanent pre...
Efficient Life Support Systems (LSS) are essential for long-term crewed space missions. In this cont...
A computerized algal turbidostat was designed and constructed for use in aquaculture facilities requ...
Spirulina sp. is a bioregenerative photosynthetic and edible alga for space craft crews in a Closed ...
The interest in the use of high-density algal cultures is increasing due to their recognized biotech...
Cyanobacteria, Spirulina maxima as a biogenerative photosynthetic and an edible alga for the space c...
All algae culture systems require a set of ‘stock’ cultures, usually of about 250ml in volume, to p...
Nannochloropsis is well appreciated in aquaculture due to its nutritional value and the ability to p...
Future space exploration missions will require a nearly closed-loop life support system. Algae are a...
In many respects, algae would be the ideal plant component for a biologically based controlled life ...
Microalgae are well-suited as a component of a Closed Environmental Life Support System (CELSS), sin...
The primary objective of this research is to obtain fundamental data concerning the growth and metab...
Concepts of a Closed Ecological Life Support System (CELSS) anticipate the use of photosynthetic org...
Commercially available air lift fermentors were used to simultaneously monitor biomass production, N...
This study entitled "High density culture o f marine micro-algae using semicontinuous and continuous...
Algae growth in a micro-gravity environment is an important factor in supporting man's permanent pre...
Efficient Life Support Systems (LSS) are essential for long-term crewed space missions. In this cont...
A computerized algal turbidostat was designed and constructed for use in aquaculture facilities requ...
Spirulina sp. is a bioregenerative photosynthetic and edible alga for space craft crews in a Closed ...
The interest in the use of high-density algal cultures is increasing due to their recognized biotech...
Cyanobacteria, Spirulina maxima as a biogenerative photosynthetic and an edible alga for the space c...
All algae culture systems require a set of ‘stock’ cultures, usually of about 250ml in volume, to p...
Nannochloropsis is well appreciated in aquaculture due to its nutritional value and the ability to p...
Future space exploration missions will require a nearly closed-loop life support system. Algae are a...