Growth rates and production

Plant respiratory properties are stable genetic traits that differ among species and to a lesser extent within species. Measurements of properties such as metabolic heat rates, COi rates, and energy efficiencies produce particular combinations of respiratory properties sufficiently unique to separate Eucalyptus species by canonical analysis of the respiratory variables [68-70]. Canonical discriminant analysis using the measured respiratory properties 0, Rqoi. 0IRcoi. and and 

Dormant or near dormant tissues, germination, and vernali/ation. 

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After 64 days, increased growth rate and production when compared to controls 13... 

Shpet, G.I. (1971). Increase of the Growth Rate and Productivity in Evaluating Animals (In Russian). Urozhay, Kiev, 112 pp. 

Differential metal concentrations in tissues or organs, as well as the growth rates and production of sea grasses78 and salt marsh plants,81 have been used to calculate the potential cycling/turnover of metals within a system and/or the annual export of contaminants from an estuarine environment to adjacent coastal waters. Similar studies have been performed for macroalgae23 and have provided valuable information on contaminant transport and bioavailability processes within and between aquatic ecosystems, since contaminants associated with decaying plant biomasses will become bio-available through herbivory or the detritivore food web. 

Gessner, M. O. Newell, S. Y. (2002). Biomass, growth rate, and production of filamentous fungi in plant litter. In Manual of Environmental Microbiology, 2nd edn, ed. 

The data for yield, growth rate and productivity differ very greatly for microbial alkane oxidations. Since the growth parameters depend on the substrate and the organism, the data cannot be generalized. However, we get the impression that yield and productivity are low for short alkane chains and for cyclic chains. For medium and very long chains, typical yield values fluctuate between 70-90% (see Table 6). 

SAZHINA L I (2006) Breeding, growth rates, and production of marine copepods. Hyderabad Universities Press. 

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