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• W2622901984 abstract "The assessment of the biomass of energy crops has garnered widespread interest since renewable bioenergy may become a substantial proportion of the future energy supply, and modeling has been widely used for the simulation of energy crops yields. A literature survey revealed that 23 models have been developed or adapted for simulating the biomass of energy crops, including Miscanthus, switchgrass, maize, poplar, willow, sugarcane, and Eucalyptus camaldulensis. Three categories (radiation model, water-controlled crop model, and integrated model with biochemical and photosynthesis and respiration approaches) were addressed for the selected models according to different principles or approaches used to simulate biomass production processes. EPIC, ALMANAC, APSIM, ISAM, MISCANMOD, MISCANFOR, SILVA, DAYCENT, APEX and SWAT are radiation models based on a radiation use efficiency approach (RUE) with few empirical and statistical parameters. The AquaCrop model is a typical water-crop model that emphasizes crop water use, the expression of canopy cover, and the separation of evapotranspiration to soil evaporation and plant transpiration to drive crop growth. CANEGRO, 3PG, CropSyst and DSSAT are integrated models that use photosynthesis and respiration approaches. SECRETS, LPJmL, Agro-BGC, Agro-IBIS, and WIMOVAC/BioCro, DNDC, DRAINMOD-GRASS, and AgTEM are integrated models that use biochemical approaches. Integrated models are mainly mechanistic models or combined with functional models, which are dynamic with spatial and temporal patterns but with complex parameters and large amounts of input data. Energy crop models combined with process-based models, such as EPIC in SWAT and CANEGRO in DSSAT, provide good examples that consider the biophysical, socioeconomic, and environmental responses and address the sustainability and socioeconomic goals for energy crops. The use of models for energy crop productivity is increasing rapidly and encouraging; however, relevant databases, such as climate, land use/land cover, soil, topography, and management databases, are scarce. Model structure and design assumptions, as well as input parameters and observed data, remain a challenge for model development and validation. Thus, a comprehensive framework, which includes a high-quality field database and an uncertainty evaluation system, needs to be established for modeling the biomass of energy crops." @default.
• W2622901984 created "2017-06-15" @default.
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• W2622901984 date "2017-06-01" @default.
• W2622901984 modified "2023-10-01" @default.
• W2622901984 title "Modeling the biomass of energy crops: Descriptions, strengths and prospective" @default.
• W2622901984 cites W1542610982 @default.
• W2622901984 cites W1966219518 @default.
• W2622901984 cites W1968161006 @default.
• W2622901984 cites W1969405596 @default.
• W2622901984 cites W1975386101 @default.
• W2622901984 cites W1977824981 @default.
• W2622901984 cites W1980748611 @default.
• W2622901984 cites W1981391553 @default.
• W2622901984 cites W1981799319 @default.
• W2622901984 cites W1983864224 @default.
• W2622901984 cites W1985264945 @default.
• W2622901984 cites W1988144647 @default.
• W2622901984 cites W1994975670 @default.
• W2622901984 cites W1996965103 @default.
• W2622901984 cites W1999591204 @default.
• W2622901984 cites W1999883555 @default.
• W2622901984 cites W2003808104 @default.
• W2622901984 cites W2009344272 @default.
• W2622901984 cites W2013641178 @default.
• W2622901984 cites W2019022785 @default.
• W2622901984 cites W2019932413 @default.
• W2622901984 cites W2022283347 @default.
• W2622901984 cites W2028423119 @default.
• W2622901984 cites W2029707116 @default.
• W2622901984 cites W2031892135 @default.
• W2622901984 cites W2031925862 @default.
• W2622901984 cites W2035110811 @default.
• W2622901984 cites W2036123899 @default.
• W2622901984 cites W2036940881 @default.
• W2622901984 cites W2037903106 @default.
• W2622901984 cites W2040760455 @default.
• W2622901984 cites W2050242298 @default.
• W2622901984 cites W2050474017 @default.
• W2622901984 cites W2052713364 @default.
• W2622901984 cites W2054487292 @default.
• W2622901984 cites W2055217093 @default.
• W2622901984 cites W2055648813 @default.
• W2622901984 cites W2060902663 @default.
• W2622901984 cites W2066791938 @default.
• W2622901984 cites W2068447137 @default.
• W2622901984 cites W2069581059 @default.
• W2622901984 cites W2073917898 @default.
• W2622901984 cites W2074444609 @default.
• W2622901984 cites W2080344679 @default.
• W2622901984 cites W2081716006 @default.
• W2622901984 cites W2084416459 @default.
• W2622901984 cites W2084739228 @default.
• W2622901984 cites W2089790440 @default.
• W2622901984 cites W2097420339 @default.
• W2622901984 cites W2104485335 @default.
• W2622901984 cites W2104800609 @default.
• W2622901984 cites W2107618772 @default.
• W2622901984 cites W2113675879 @default.
• W2622901984 cites W2117317455 @default.
• W2622901984 cites W2119706051 @default.
• W2622901984 cites W2121502878 @default.
• W2622901984 cites W2123482052 @default.
• W2622901984 cites W2135805389 @default.
• W2622901984 cites W2137318586 @default.
• W2622901984 cites W2137882299 @default.
• W2622901984 cites W2138651871 @default.
• W2622901984 cites W2141488429 @default.
• W2622901984 cites W2142564779 @default.
• W2622901984 cites W2145814228 @default.
• W2622901984 cites W2150972362 @default.
• W2622901984 cites W2162680969 @default.
• W2622901984 cites W2162975950 @default.
• W2622901984 cites W2166036181 @default.
• W2622901984 cites W2166318704 @default.
• W2622901984 cites W2167302171 @default.
• W2622901984 cites W2168147228 @default.
• W2622901984 cites W2170310270 @default.
• W2622901984 cites W2335582423 @default.
• W2622901984 cites W2462583090 @default.
• W2622901984 cites W2472314918 @default.
• W2622901984 cites W2485353220 @default.
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• W2622901984 doi "https://doi.org/10.1016/s2095-3119(16)61592-7" @default.
• W2622901984 hasPublicationYear "2017" @default.
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