0090910240

Материал из Антэкология /// Anthecology
Перейти к: навигация, поиск
ATPR 0
AID: 0090910240
Недоступен
Английский
APR 1
APRm
Simulation and Prediction of Plant Phenology for Five Crops Based on Photoperiod×Temperature Interaction
Annals of Botany, . Т. 81. 6. С. 705716 (12).
This paper presents a plant phenological model based on genotype×temperature×photoperiod interaction (GPTmodel). In the model, rate of development towards a specified stage (e.g. flowering) for a given genotype is composed of three components: the genotype's maximum rate of development; any delay due to a non-optimal temperature; and any delay due to a photoperiod response. It is assumed that development to the specified stage is an autonomous process established by most, if not all, genes other than the vernalization genes and the photoperiod genes; and that this autonomous process is delayed by any activity of the photoperiod genes. Since all physiological processes are modulated by temperature, any photoperiod response is inevitably a photoperiod×temperature interaction. This interaction is simulated by assuming that the photoperiod gene activity occurs only beyond a critical photoperiod (Pc) and is enlarged by temperature above a base temperature (Tbp) that allows the photoperiod gene activity. The model is written as R=1/Db − St (T−Topt) 2 − Sp (T−Tbp) ∣ P−Pc ∣, where R is the expected rate of development to the specified stage under any combination of temperature (T) and photoperiod (P). The other model parameters are: Sp , the sensitivity to a delaying photoperiod; Topt , the optimum temperature for development in the absence of the photoperiod response; St , the sensitivity to a non-optimum temperature; and Db , the basic duration to the specified stage (or intrinsic earliness), the inverse of which is the maximum rate of development. Db is observable only if T=Topt and simultaneously P ⩾ Pc for long-day plants (LDP) but P ⩽ Pc for short-day plants (SDP). The model is shown to successfully simulate and predict the published phenological data of five crops, viz. long-day plants: pea (Pisum sativum L.), oat (Avena sativa L.), and wheat (Triticum aestivum L.), and short-day plants: bean (Phaseolus vulgaris L.) and maize (Zea mays L.). Copyright 1998 Annals of Botany Company

Error: No contents found at URL https://api.altmetric.com/v1/doi/10.1006/anbo.1998.0625.

Вебметрики
Altmetric.png
Показатель Значение Min Max Av
>%
Место из 1352
Рейтинг публикации PAMS 0 0 0.89992 80.77% 645
Число читателей в Mendeley PAMMR 0 0 35.54 80.99% 481
Число читателей в CiteuLike PAMCULR 0 0 0.1 96.67% 1103
Число читателей в Connotea PAMCR 0 0 0 99.7% 605
Число читателей в Altmetric PAMR 0 0 35.64 80.99% 481
Число цитирований в Wikipedia PAMWPC 0 0 0.1 95.04% 469
Число цитирований в Twitter PAMTC 0 0 0.36 87.8% 669
Число цитирований в Google Plus PAMGPC 0 0 0 98.89% 523
Число цитирований в блогах PAMBC 0 0 0.06 91.35% 915
Число цитирований в Facebook PAMFBC 0 0 0.06 95.78% 146
Число цитирований в новостях PAMNC 0 0 0 98.22% 115
Число цитирований на Peer Review Sites PAMPRSC 0 0 0 100% 1094
Число цитирований на Reddit PAMRC 0 0 0 99.85% 804
Число цитирований на Research Highliht Platform PAMRHPC 0 0 0 99.19% 972
Число цитирований на Q&A PAMQAC 0 0 0 99.93% 803


ОПЫЛИТЕЛЬНЫЕ СВЯЗИ
Связи в публикации не описаны.
ИСХОДЯЩИЕ ССЫЛКИ (0)
ВХОДЯЩИЕ ССЫЛКИ (0)
Todo
TODO: Проверить наличие чистого заголовка
TODO: Форматирование заголовка