Given that bio-based materials may both fulfill the technical criteria of flame retardant technology and play a role in resolving environmental issues, what are the particular possibilities and problems involved with their use as flame retardants?

The development of a landslide susceptibility map is crucial for assessing and mitigating geological-geomorphological hazards in mountain environments. With landslides posing significant risks to infrastructure, economies, and human lives, understanding susceptibility zones is essential for effective risk management. The identification of high and very high susceptibility zones, covering 21% of the study area, highlights critical areas prone to landslide occurrences. These areas include headwaters, valley bottoms, steep slopes, and riverbeds, emphasizing the importance of targeted mitigation strategies in vulnerable regions. By providing valuable insights into landslide susceptibility, this study contributes to enhancing resilience and reducing the impact of geological hazards in mountainous terrain.

The study area in the Central Andes of Chile is prone to geological-geomorphological hazards, with landslides being the most frequent occurrence. These events pose risks to infrastructure, local economies, and human lives. To assess susceptibility to landslides, a map was developed by weighting various conditioning factors. Results indicate that 21% of the study area is highly susceptible to landslides, particularly in headwaters of basins, valley bottoms, steep slopes, and main riverbeds and streams.

The development of a landslide susceptibility map for the Central Andes of Chile sheds light on the significant risks posed by geological-geomorphological hazards in the region. Identifying areas with high susceptibility, such as headwaters of basins, valley bottoms, and steep slopes, provides valuable insights for policymakers, urban planners, and local communities to prioritize mitigation efforts and enhance resilience.