Supplementary data for the publication: A participatory system dynamics approach to assess transboundary nutrient pollution: modelling the water-energy-food-ecosystems nexus in the Lielupe River Basin, Lithuania and Latvia

This repository has the Stella model files that were used for the research article: "A participatory system dynamics approach to assess transboundary nutrient pollution: modelling the water-energy-food-ecosystems nexus in the Lielupe River Basin, Lithuania and Latvia", by Henry Amorocho-Daza, Janez Sušnik, Jill Slinger and Pieter van der Zaag. In this research we present a nexus modelling approach to transboundary nutrient pollution, using a system dynamics model that was developed with riparian stakeholders of the Lielupe River Basin. The model files (2) include all the parameters described in the article using two climate change scenarios (RCP2.6 and RCP8.5), and are the background models available in the web-base decision support tool developed in the project—the NEPAT (nepat-dev.nexogenesis.eu).

本仓库收录了用于下述研究论文的Stella模型文件，论文题为《面向跨界营养盐污染评估的参与式系统动力学方法：立陶宛与拉脱维亚利耶卢佩河流域水-能源-食品-生态系统耦合建模》，作者为Henry Amorocho-Daza、Janez Sušnik、Jill Slinger与Pieter van der Zaag。本研究提出了一种面向跨界营养盐污染的耦合系统建模范式，依托利耶卢佩河流域沿岸利益相关群体共同参与开发了一套系统动力学模型。本次提供的2份模型文件涵盖了论文中基于两种气候变化情景（RCP2.6与RCP8.5）所描述的全部参数，同时也是本项目开发的网页版决策支持工具NEPAT（nepat-dev.nexogenesis.eu）中搭载的背景模型。