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Modelling optimal plant biomass partitioning
Ecological Modelling, 1994Abstract A theoretical framework is presented to quantitatively describe the dynamics of biomass partitioning in plants. The approach is based on the assumption that nitrogen supply is limiting plant growth, and hence the nitrogen concentration of leaves is adjusted in such a way that the relative growth rate of the plant is maximized.
Alois E. Kastner-Maresch +1 more
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Biomass from marine macroscopic plants
Solar Energy, 1980Abstract Marine biomass production has several attractive features, the chief one being the large areas of ocean available for such activities. Disadvantages include the meager state of existing knowledge and the difficulties of operating under oceanic conditions.
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Plant Growth and Biomass Production
2016In the Upper Danube basin, plant growth and biomass production strongly influence water, carbon and nitrogen fluxes. The model component Biological is part of the simulation system DANUBIA and calculates plant growth and biomass production for various vegetation categories (e.g. grassland, winter wheat, sugar beet and maize).
Victoria I. S. Lenz-Wiedemann +3 more
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Understanding Plant Biomass via Computational Modeling
Advanced Materials, 2021Shengfei Zhou, Kai Jin, Markus J Buehler
exaly
2015
Formation of Plant Biomass. Atelier LabEx CheMISyst : "chimie physique de la chimie verte"
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Formation of Plant Biomass. Atelier LabEx CheMISyst : "chimie physique de la chimie verte"
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Enzymatic degradation of plant biomass and synthetic polymers
Nature Reviews Chemistry, 2020Chun-Chi Chen, Longhai Dai, Li-xin
exaly
Efficient sugar production from plant biomass: Current status, challenges, and future directions
Renewable and Sustainable Energy Reviews, 2022Junyong Zhu, Xuejun Pan
exaly