Data and code on the stochastic demography of Orchestia gammarellus and Manta alfredi.

Here, matlab scripts are provided to apply an integral projection model in
which growth and reproduction were described using dynamic energy budget theory
to the litter-feeding, bioturbating terrestrial crustacean Orchestia gammarellus and the reef manta ray Manta alfredi in order to identify which species is the most sensitive to shifts in temporal autocorrelation structure. Empirical data that were used to parameterise the model for O. gammarellus are given as well.

本数据集提供了将积分投影模型（integral projection model）应用于两类生物的MATLAB脚本，该模型借助动态能量收支理论（dynamic energy budget theory）描述生物的生长与繁殖过程，研究对象为食腐屑、具生物扰动特性的陆生甲壳动物跳钩虾（Orchestia gammarellus）以及礁蝠鲼（Manta alfredi），旨在甄别二者中对时间自相关结构变化最为敏感的物种。同时还提供了用于参数化跳钩虾（O. gammarellus）模型的实测数据集。