Sentence examples for modelling of plant from inspiring English sources

The analysis and modelling of plant growth has therefore been a particular concern in plant science as well as in production biology including forestry, agriculture and fishery to name but a few.

However, numerical modelling of plant food materials during drying becomes quite challenging, mainly due to the complexity of the multiphase microstructure of the material, which undergoes excessive deformations during drying.

In this context, the concept of relative plant growth, involving the analysis and modelling of plant growth relative to plant size, has proved to be a powerful tool in comparative studies of the growth performance of plants and has a long tradition in plant science (Evans 1972, p. 190ff.; Pommerening and Muszta: Concepts of relative growth – a review, submitted).

This has lead to the suggestion that the variation in this class of duplicate gene provides new variation that may have had a selective advantage during domestication and improvement of maize (Emrich et al., 2007), and again modelling of plant architecture may suggest routes for crop improvement (Guo et al., 2006).

In the end it is experiments that should resolve the issue and we hope that this investigation can serve as an inspiration both for new experiments and for modelers to include multiple receptors in models of plant stem cell regulation.

Homology modeling technique has been used to build three-dimensional models of plant MIPs and it helped to identify different structural subclasses based on the residues in the ar/R selectivity filter [ 21, 66].

Fig. 1 Model of plant innate immunity.

The humped-back model of plant species diversity is confirmed by a global grassland survey.

It associates models of plant morphogenesis and models simulating the growth of plant compartments as related to assimilate availability.

It merges models of plant morphogenesis and models simulating the growth of plant compartments as related to assimilate availability.

Current conceptual models of plant response to multiple resource limitations are inadequate.