Rafael Landivar University, Guatemala
flowchart I[Rafael Landivar University, Guatemala] PI["Parent Institutions (0)"] CI["Child Institutions (0)"] AW["Affiliated Works (11)"] CA["Linked Collaborating Authors (0)"] I== skos:broader ==>PI CI== skos:broader ==>I AW== affil ==>I AW== author ==>CA click PI "#parent-institutions" click CI "#child-institutions" click AW "#affiliated-works" click CA "#collaborating-authors"
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Child Institutions [?]
Affiliated Works
sorted by decreasing year, and then by display-name
- Ecosystem effects of cultural eutrophication in a large, tropical lake
- Agricultural and Social Resiliency of Small-Scale Agriculture to Economic and Climatic Shocks: A Comparison of Subsistence versus Market-Based Agricultural Approaches in Rural Guatemala
- Use of Participatory Systems Dynamics Modelling to Generate User-Friendly Decision Support Systems for the Design of Management Policies for Complex Human-Environmental Systems: A Case Study from the Varied Socio-environmental Landscape of Guatemala
- Coupled socioeconomic-crop modelling for the participatory local analysis of climate change impacts on smallholder farmers in Guatemala
- Uncertainty Analysis of Coupled Socioeconomic-Cropping Models: Building Confidence in Climate Change Decision-Support Tools for Local Stakeholders
- Analysis and prediction of agricultural pest dynamics with Tiko'n, a generic tool to develop agroecological food web models
- Design of Soil Salinity Policies with Tinamit, a Flexible and Rapid Tool to Couple Stakeholder-Built System Dynamics Models with Physically-Based Models
- Participatory data collection and monitoring of agricultural pest dynamics for climate-resilient coffee production using Tiko'n, a generic tool to develop agroecological food web models
- Food Web Modelling for Agroecological System Resiliency and Design
- System dynamics and hierarchical Bayesian inference to model Indigenous small-scale agri-food systems in Guatemala
- The use of multi-level storylines to facilitate the inclusion of marginalized stakeholders in participatory sociohydrological modelling: A case study in Atitlán, Guatemala