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Basic Information
Cultivar ID HYP_HF
Crop Code SC
Maturity Group .
Registered Date 2026-01-30 02:09
라이센스 (License) BSD-3-Clause
Hierarchy Information (Hierarchy)
Species
SCCAN048 SCCAN048
Ecotype -
Metadata
Notes

Imported from SCCAN048.CUL

Detailed Genetic Analysis

🍭 사탕수수(Sugarcane) 및 딸기(Strawberry) 정밀 연구 라이브러리

Sugarcane & Strawberry Research Collection (SC/SR Series)는 다년생 고부가 가치 작물의 생육 특성과 당분/과실 축적 메커니즘을 시뮬레이션하기 위한 전문 데이터셋입니다. 브라질과 호주의 대규모 사탕수수 농장 데이터를 기반으로 한 CANEGRO 모델(SCCAN048)과 정밀 원예 작물 모델링의 정수인 딸기 모델(SRGRO048)을 포함합니다.

🔬 모델링 핵심 메커니즘

본 라이브러리는 작물별 특화된 생화학적 전환 과정을 정밀하게 모사합니다.

  • CANEGRO 사탕수수 모델 (SC): 줄기 연장(Stalk elongation)과 자당(Sucrose) 축적 간의 탄소 배분 우선순위를 계산하여, 최적의 수확 시기와 당도를 예측합니다.
  • 다년생 숙기 관리: 사탕수수의 숙성 과정에서 온도와 수분 스트레스가 당분 순도에 미치는 영향을 수치화합니다.
  • SRGRO 딸기 모델 (SR): 화아 분화(Flower differentiation)부터 과실 비대까지의 과정을 광주기 및 온도(Chilling requirements) 기반으로 추적하여 출하 시기를 조절합니다.

🍓 농사 및 산업적 응용 가치

  • 스마트팜 및 온실 최적화: 딸기 품종별(Radiance, Sensation 등) 온도 반응 곡선을 활용하여 온실 내부 환경 제어 로직을 고도화합니다.
  • 바이오 에너지 수급 예측: 사탕수수 줄기 내 섬유소 및 당 함량 분석을 통해 에탄올 생산 공장의 원료 공급 계획을 수립합니다.

📊 연구 파라미터 요약

핵심 변수군 상세 설명 기대 효과
Sucrose Partitioning 줄기 내 자당 축적 효율 최종 당도(Brix) 및 수확량 예측
Flower Induction Logic 저온 요구도 및 화분화 조건 연중 생산 체계(Staggered harvesting) 설계
Stalk Elongation Rate 환경에 따른 대나무형 생장 속도 바이오매스 생산 에너지 효율 분석
Genotype Parameters (Genetic Coeffs)
Parameter Value
Detailed Hierarchy Information (Detailed Hierarchy)
Species
SCCAN048 SCCAN048
Species Parameters
Parameter Value
ImportDate 2026-01-30T01:11:04.5822571Z
FileName SCCAN048
FileContent
! Canegro Sugarcane Plant Module SPECIES file ! This file contains coefficients that are used for ALL cultivars of sugarcane. ! DO NOT change these values, unless you are REALLY sure you are right! ! Lines starting with an exclamation mark or a '*' are effectively ignored. ! Blank lines are ignored ! All values consist of a text variable name, followed by an equals sign ('='). ! All text before the equals sign (on one line), with leading and trailing spaces ! removed, will be considered the variable name. All text, minus the spaces, ! following the equals sign will be considered the variable's values. Variables ! are not ordered, and need not be arranged according to the headings. ! ** ALWAYS enter REAL values e.g. 0., 1.2, 67., NOT integers ** ! The headings give an indication of where parameters are used in the code. ! Name | Value | Category | Description | Reference !--------------+-------+---------------------+---------------------------------------------------------------------------------------------------+---------------------------------------- ! Tbasephotos | 7 | Photosynthesis | Base temperature for photosynthesis | Singels et al., 2005 ! Critsw | 0.2 | Photosynthesis | Water stress threshold for prolonged impact from severe water stress on photosynthesis | ! HuRecover | 150 | Photosynthesis | Thermal time required for photosynthesis to recover fully after a severe water stress event | ! RespQ10 | 1.68 | Photosynthesis | Fractional increase in respiration rate per 10 C rise in temperature (Q10 coefficient) | Inman-Bamber, 1991 ! PCB | 0.6 | Biomass partitionin | Partitioning coefficient: extinction coefficient of fraction of dry mass increments allocated to | Parameter 'B' in Singels & Bezuidenhout ! RespGcf | 0.242 | Photosynthesis | Fraction of gross photosynthesis lost to growth respiration | Inman-Bamber, 1991 ! Max_rootpf | 0.95 | Biomass partitionin | Maximum partition fraction of daily mass increments to roots | ! FTCON | 0.32 | Sucrose accumulatio | Temperature response shape parameter | Singels & Bezuidenhout, 2002 ! SURCON | 0.99 | Sucrose accumulatio | Sucrose partitioning parameter | ! RTcmpg | 500 | Root growth | Root length per mass of roots (cm/g) | ! Wrk | -0.01 | Root growth | Root length density extinction coefficient by depth | ! RLVmin | 0.02 | Root growth | Minimum root length density in soil layers (cm/cm3) | ! SenesF | 5 | Canopy | Number of leaves senesced per 100 stress days | ! Reset | 5 | Canopy | Rainfall required to reset stress day counter (mm) | ! Percoeff | 0.16 | Canopy | Fraction of plant elongation attributable to stalk elongation | Inman-Bamber, 1991 ! CHTCoeff | 0.864 | Canopy - height | Coefficient determining canopy height as a function of stalk height and number of leaves (cm/cm) | ! Hillpar1 | 2.453 | Canesim canopy | Empirical function shape parameter | Singels & Donaldson (2000) ! Eoratio | 1.15 | Water balance | Ratio of potential ET from fully canopied unstressed sugarcane canopy to grass reference ET (Kc f | Allen et al. (1998) ! RWUEP1 | 1 | Water balance | Soil water supply/potential evaporation ratio threshold below which evaporation and photosynthesi | Jones & Kiniry (1986) ! RWUEP2 | 2 | Water balance | Soil water supply/potential evaporation ratio threshold below which expansive growth is limited | Jones & Kiniry (1986) ! RWUMX | 0.07 | Water uptake | Maximum root water uptake per unit length of root (cm3 water/cm RLV) | Jones & Kiniry (1986), van Antwerpen (1 ! LG_RATING | 8 | Lodging | Lodging score when crop is fully lodged. | Singels 2007 (Pers comm..) ! LG_CRIT_WIND | 200 | Lodging | Wind run (km/d) threshold for lodging | !----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- *PHOTOSYNTHESIS & BIOMASS PARTITIONING TBasePhotos = 10.0 CRITSW = 0.2 HuRecover = 150.0 RespQ10 = 1.68 PCB = 0.6 MAX_ROOTPF = 0.95 FTCON = 0.32 SURCON = 0.99 ! Growth respiration: based on daily mass of fibre synthesis ! i.e. growth of leaves, roots, stalks; photos partitioned to sucrose excluded. ! I think is from Ampthor RESPGCF = 0.330 ! Maintenance respiration: only roots, leaves (green tissues) and sucrose have Rm ! Based on / derived from Liu & Bull (2001); Inman-Bamber 1989, 1991. RESPCON_ROOTS = 0.00292 RESPCON_LEAVES = 0.00292 RESPCON_SUCR = 0.00121 *ROOTS ! 2023-03-31 HBD Increased RTCMPG to 3000.0 based on other C4 plants within DSSAT RTCMPG = 3000.0 WRK = -0.01 RLVMIN = 0.02 ! Added Jan 2018 ! Minimum pore space for avoiding waterlogging (cm3/cm3) PORM = 0.05 *CANOPY SENESF = 5.0 RESET = 5.0 ! Changed from 0.16 by MJ following TT calc changes PERCoeff = 0.35 CHTCoeff = 0.864 HillPar1 = 2.453 *WATER BALANCE EORATIO = 1.15 RWUEP1 = 1.0 RWUEP2 = 2.0 RWUMX = 0.07 *LODGING LG_RATING = 8.0 LG_CRIT_WIND = 200. CO2X_1 = 0 CO2X_2 = 220 CO2X_3 = 280 CO2X_4 = 330 CO2X_5 = 400 CO2X_6 = 490 CO2X_7 = 570 CO2X_8 = 750 CO2X_9 = 990 CO2X_10 = 9999 CO2Y_1 = 0 CO2Y_2 = 0.85 CO2Y_3 = 0.95 CO2Y_4 = 1.00 CO2Y_5 = 1.00 CO2Y_6 = 1.00 CO2Y_7 = 1.00 CO2Y_8 = 1.00 CO2Y_9 = 1.00 CO2Y_10 = 1.00 !*EVAPOTRANSPIRATION 0.68 1.1 KEP, EORATIO 0.50 1.20 SSKC, SKCBmax ASCE short ref (12 cm grass) 0.50 1.00 TSKC, TKCBmax ASCE tall ref (50 cm alfalfa)