摘要
本文根据实验数据所呈现的规律,建立了模拟温度对三突花蛛(Misumenops tricuspidatus)发育、存活与生殖的数学模型系列,经数学模拟,表明王如松等(1982)导出的具有上下限的温度与发育速率关系的数学模型:及抛物线模型、Logistic模型能很好地拟合三突花蛛的发育、存活和生殖与温度的相互关系。讨论了影响三突花蛛发育、存活和生殖的有关参数及其生物学意义。
Based on regularities drawn from experimental data, the mathematical model series of the effect of temperature on the development and reproduction of Misumenops tricuspidatus were established. By digital simulation, the temperature-dependent growth models with lower and upper boundary developed by Wang Rusong (1982) :along with parabolic model and logistic model are demonstrated to fit very well the relations of temperature to, developmental rate, the survival rate, and reproductional ability, respectively, of M. tricuspidatus. The life parameters about the effect of temperature on the ontogenesis, the survival status and reproduction of M. tricuspidatus and their biological implications were also discussed.
出处
《生态学报》
CAS
CSCD
北大核心
1991年第4期338-344,共7页
Acta Ecologica Sinica
基金
国家自然科学基金
关键词
温度
三突花蛛
数学模型
发育
生殖
temperature, Misumenops tricuspidatus, development, repro-duction, mathematical model.
