Reframing wildfire simulations for understanding complex human-landscape interactions in cross-cultural contexts: A case study from northern Australia

Social Sciences

• Fires 100%
• Landscape 45%
• Understanding 45%
• Simulation 45%
• Behavior 36%
• Australia 27%
• Management 27%
• Communities 18%
• Approach 18%
• Economic and Social Development 18%
• Managers 18%
• Training 18%
• Cultural Context 18%
• Technology 9%
• Strategy 9%
• Knowledge 9%
• Experience 9%
• Interest 9%
• Discussion 9%
• Interaction 9%
• Support 9%
• Case Studies 9%
• Application 9%
• Ownership 9%
• Forecasting 9%
• Visualization 9%
• Stochastics 9%

Agricultural and Biological Sciences

• Fires 72%
• Landscapes 45%
• Fire Behavior 27%
• Mathematical Model 18%
• Managers 18%
• Land 18%
• Humans 9%
• Technology 9%
• Prediction 9%
• Knowledge 9%
• Case Studies 9%
• Behavior 9%
• Objectives 9%
• Ownership 9%

Computer Science

• Simulation 45%
• Contexts 18%
• Community Engagement 9%
• Case Study 9%
• Events 9%
• Shared Understanding 9%
• Visualization 9%
• Complex System 9%
• Characteristic Behavior 9%
• Operational Application 9%
• Mitigation Strategy 9%
• Data Landscape 9%
• Cellular Automata 9%