The effect of changing environmental conditions on the operation of ecosystem-based pond aquaculture has been analyzed with long-term dynamic simulations. The applied non-conventional framework of Programmable Process Structures supports the implementation of the trans-disciplinary functionalities in a transparent structure. The developed model of medium complexity encompasses the interacting physical, chemical, biological, ecological, managerial and environmental processes in a unified, prototyped dynamic framework. This makes possible to study the effects of climate change on fishpond ecosystem and on carp growth, using 50 years long dynamic simulations. We have concluded that regardless to the limited amount of data, the approximately validated, but causally established, well-structured dynamic balance model may support the planning and operation of pond farming systems under temperate climate.

长期动态模拟分析了环境条件变化对基于生态系统的池塘水产养殖操作的影响。可编程过程结构的应用非常规框架支持以透明结构实现跨学科功能。已开发的中等复杂性模型在统一的原型动态框架中涵盖了相互作用的物理，化学，生物，生态，管理和环境过程。使用长达50年的动态模拟，可以研究气候变化对鱼塘生态系统和鲤鱼生长的影响。我们得出的结论是，无论数据量有限，还是经过近似验证但有因果关系的数据，