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temperature and light
A leading role of neuropeptides and their effects on the developmental rate and morphogenetic variation under the influence of temperature and light factors are suggested.
      
The effect of pretreatment temperature and light intensity on recovery of the photosynthetic apparatus and its resistance to photostress and repeated heat shock is examined.
      
By comparing the parameters of temperature and light conditions where fruits grow with the GSH contents in them, the mutual relationship was disclosed.
      
Responses to temperature and light significantly regulated behaviour in the field.
      
The influence of temperature and light regime on the feeding intensity of Tetranychus urticae (Koch) (Acari: Tetranychidae) was studied on bean plants.
      
Effects of temperature and light intensity on growth rat
      
The results showed that the favourable temperature and light intensity were as follows: forAmphora coffeaeformis 30°C, 18 W/m2 forCocconeis scutellum var.parv, 18°C, 20 W/m2; forNavicula Corymbosa, 18°C, 12.4 W/m2; forNavicula mollis, 24°C, 6 W/m2.
      
The interactive effects of inorganic carbon status, temperature and light on chlorosis induced by nitrogen deficiency, and the roles of Clp proteases in this process were investigated.
      
The influence of temperature and light was investigated with regard to generation time, sinking rate and colony size (cells per chain).
      
Generation time was investigated using 11 different combinations of temperature and light.
      
Colony size may be influenced by temperature and light intensity.
      
Generation times effecting a large cell density are limited by special constellations of temperature and light, which are rarely found in the sea.
      
Spawning was induced between April and July, 1972, in the West Indian ophiuroid Ophiolepis elegans (Lütken) by a combined temperature and light-shock method.
      
The possible r?le of temperature and light as environmental factors involved in the control of normal and regenerative growth, of sexual development and reproduction is discussed.
      
The effects of temperature and light on dark survival, and of darkness on the chemical composition and photosynthesis following reillumination as reported in the scattered literature are evaluated.
      
The effects of salinity (8 to 38‰) on the marine plankton diatom Thalassiosira rotula Meunier were investigated with respect to different temperature and light conditions.
      
The optimum temperature and light conditions for net photosynthesis of C.
      
The influence of temperature and quantum irradiance on the diatoms in the present investigation was comparable to the influence of temperature and light intensity on the 14C-fixation of marine benthic diatoms (Colijn and van Buurt, 1975).
      
Lawrence Estuary were kept under constant temperature and light conditions for periods of 50 and 68 h, respectively.
      
Sensitivity of benthic community respiration and primary production to changes in temperature and light
      
 

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