The proportion of excess excitation energy rises as CO2 assimilation capacity falls.
Loading limits for pond aquaculture are based on the waste assimilation capacity of ponds and tolerance limits of the cultured species.
Therefore, the aim of this study was to understand the photosynthetic inorganic carbon assimilation capacity of these three C3 plant species under P deficiency stress, and photosynthetic characteristics, ChlF parameters, CA activity under P deficiency stress were determined.
The experimental results showed that ABA and BR treatments mixed in different proportions are evidently superior to treatments with ABA alone and BR alone on the enhancement of photosynthetic assimilation capacity and growth performance.
The Rubisco large subunit content, Rubisco activity, and CO2 assimilation capacity were protected from high temperature stress damage by chloroplast-targeted DnaJ (CDJ) in tomato (Wang et al. 2015).
Shoot harvest did not affect the fate of 15N-NO3−, but it decreased new shoot production (by a factor of 3.9), inhibited new root production, and increased the NO3− assimilation capacity of shoots (by a factor of 5.2).
Overexpression of downstream metabolic genes such as XKS1 and genes involved in the pentose phosphate pathway (PPP) has been used as a strategy to improve the xylose assimilation capacity of S. cerevisiae (Karhumaa et al. 2005; Kuyper et al. 2005a).
The success of commercial catfish culture can be attributed in part to low production costs resulting from the inherent waste assimilation capacity of aquaculture ponds, although operating within this capacity is complex and associated with several poorly defined limitations and hidden costs.
The scope of Payment for Ecosystem Service PESS) approaches to effectively and efficiently address climate regulation will depend on the spatial distribution of the carbon assimilation capacity, current land use, the value of avoided emissions and land owners' objectives and preferences in terms of participating in initiatives to increase SOC.
Several studies have suggested a variety of plant responses to N deposition (Driscoll et al. 2003; Fenn et al. 2003; Bobbink et al. 1998, 2010) and illustrated that anthropogenic N deposition in temperate ecosystems is expected to affect the carbon (C) assimilation capacity of plants (Gastal and Lemaire 2002; Yang et al. 2012; Wang and Liu 2014).
In particular, we study the grey water footprints (a measure of the assimilation capacity of water resources) of production, at both the regional and business level, with spatially explicit information, and the extension of those footprints throughout the supply chain, while also computing the water footprints of consumption at the regional level.
