Moss, Dale N.
Improvement of plant photosynthesis through genetic engineering - Florida: Institute of Gas and Technology, 1977 - pp. 63-71 ilustraciones., cuadros.
El artículo es parte de: Clean fuels from biomass and wasteAbastecimiento de Energía
02850
The theorenical maximum efficiency of utilization of the energy in sunlight by photosynthesis is 8 percent. The highest plant growth rates ever measured about 4.5 percent of total daily solar radiation for short periods of time. Thus, plants do not come near to their theoretical limit of perfomance. Efforts at genetic engineering for more efficient photosynthensis must be directed toward minimizing the limitations to photosynthesis.
Planta Biológica
Biomasa
Producción
Medio Ambiente
333.953 / I249
Improvement of plant photosynthesis through genetic engineering - Florida: Institute of Gas and Technology, 1977 - pp. 63-71 ilustraciones., cuadros.
El artículo es parte de: Clean fuels from biomass and wasteAbastecimiento de Energía
02850
The theorenical maximum efficiency of utilization of the energy in sunlight by photosynthesis is 8 percent. The highest plant growth rates ever measured about 4.5 percent of total daily solar radiation for short periods of time. Thus, plants do not come near to their theoretical limit of perfomance. Efforts at genetic engineering for more efficient photosynthensis must be directed toward minimizing the limitations to photosynthesis.
Planta Biológica
Biomasa
Producción
Medio Ambiente
333.953 / I249
