Building codes in earthquake-prone areas often include specific requirements to minimize geohazard damage.
Careful analysis of the soil composition revealed the potential for liquefaction, a serious geohazard.
Climate change is predicted to increase the frequency and intensity of certain types of geohazard.
Coastal communities are particularly vulnerable to the effects of a geohazard like a tsunami.
Deforestation can exacerbate the risk of a geohazard, such as mudslides or erosion.
Early warning systems are essential for mitigating the impact of a geohazard on populated areas.
Education and awareness campaigns can help communities prepare for a potential geohazard.
Engineers must consider the potential for a geohazard when designing infrastructure projects.
Experts are debating the best approach to managing the geohazard risk in the region.
Geological surveys are critical for identifying potential sites where a geohazard might occur.
Geotechnical engineers specialize in assessing and mitigating the risks associated with a geohazard.
Historical records provide valuable insights into the frequency and impact of past geohazard events.
Ignoring the potential for a geohazard can lead to devastating consequences for communities.
Ignoring the potential for a geohazard could render even the most elaborate emergency plans useless.
Landslide susceptibility maps highlight areas with a high probability of a geohazard event.
Mapping previously unexamined fault lines is crucial for proactively mitigating potential geohazard risks in the rapidly developing coastal region.
Mitigation strategies aim to reduce the vulnerability of infrastructure to a geohazard.
Proper land-use planning can help to avoid constructing homes and businesses in areas susceptible to a geohazard.
Remote sensing data can be used to monitor changes in the landscape that might indicate a developing geohazard.
Scientists are studying the long-term effects of the geohazard on the local ecosystem.
Seismic activity is a major trigger for a variety of geohazard events around the Pacific Rim.
The abandoned mine posed a significant geohazard due to potential collapse and subsidence.
The abandoned mine shafts represented a potential geohazard for unsuspecting hikers and residents.
The community is working to raise awareness about the importance of geohazard preparedness.
The community is working together to implement mitigation measures and reduce their vulnerability to geohazard.
The community relies on the early warning system to alert them to the potential threat of a geohazard.
The construction of the tunnel had to be halted due to the unexpected discovery of a geological fault, a potential geohazard.
The construction project was halted after the discovery of an unexpected geohazard on the site.
The economic cost of dealing with a geohazard can be substantial, especially after a major event.
The experts are developing new methods for assessing the vulnerability of communities to geohazard.
The experts are developing new models for predicting the impact of geohazard on the environment.
The experts are developing new technologies for monitoring geohazard events in real-time.
The experts are developing new tools for communicating geohazard risks to diverse audiences.
The experts are working to develop new techniques for mitigating the impact of geohazard on infrastructure.
The experts recommended relocating the community to a safer location away from the geohazard zone.
The geohazard assessment identified several areas at high risk of landslides and mudflows.
The geohazard event caused widespread damage to homes, businesses, and infrastructure.
The geohazard event served as a catalyst for change in disaster risk management policies.
The geohazard event served as a reminder of the importance of preparedness and resilience.
The geohazard event served as a reminder of the interconnectedness of human and natural systems.
The geohazard event served as a wake-up call for the need to invest in disaster preparedness.
The geohazard event served as an opportunity to learn and improve disaster risk reduction strategies.
The geohazard event underscored the importance of investing in disaster risk reduction measures.
The geohazard posed a significant challenge to the construction of the new highway.
The geohazard posed a significant challenge to the recovery efforts following the earthquake.
The geohazard posed a significant threat to the biodiversity of the region.
The geohazard posed a significant threat to the cultural heritage sites in the region.
The geohazard posed a significant threat to the long-term sustainability of the region.
The geohazard posed a significant threat to the safety of workers on the construction site.
The geohazard posed a significant threat to the sustainable development of the region.
The geohazard risk assessment was conducted in accordance with international standards and best practices.
The geohazard was exacerbated by recent heavy rainfall and poor drainage.
The geologist explained the complex processes that contribute to the development of a geohazard.
The geologist warned that the area was prone to a specific type of geohazard involving unstable slopes.
The government is committed to building a more resilient and sustainable future in the face of geohazard.
The government is committed to investing in research and development to improve geohazard management.
The government is committed to protecting communities from the devastating impacts of a geohazard.
The government is committed to reducing the vulnerability of communities to geohazard events.
The government is committed to supporting research and innovation in geohazard management.
The government is investing in infrastructure improvements to protect against future geohazard events.
The government is providing financial assistance to communities affected by the geohazard event.
The government is working to improve the access of communities to information about geohazard risks.
The government is working to improve the accuracy of geohazard risk assessments.
The government is working to improve the resilience of infrastructure to geohazard events.
The government is working to strengthen the capacity of national institutions to manage geohazard events.
The impact of the geohazard on local ecosystems is still being assessed years after the event.
The increased frequency of landslides suggests that a larger geohazard event may be imminent.
The insurance company refused to cover the property because it was located in a geohazard zone.
The insurance industry is increasingly concerned about the financial implications of a geohazard.
The investigation focused on determining the root cause of the recent geohazard incident.
The local government declared a state of emergency following the geohazard-related flooding.
The local population is concerned about the potential impact of the geohazard on their livelihoods.
The old dam, weakened by age and neglect, posed a significant geohazard to the downstream communities.
The potential for a geohazard impacting the nuclear power plant requires immediate and comprehensive investigation.
The project aims to build the capacity of local communities to respond to geohazard events.
The project aims to develop a new model for predicting the occurrence of a specific type of geohazard.
The project aims to empower local communities to take action to reduce their geohazard risk.
The project aims to promote community-based approaches to geohazard risk reduction.
The project aims to promote sustainable land management practices to reduce the risk of a geohazard.
The project aims to promote the use of traditional knowledge in geohazard risk management.
The proposed development was rejected due to the unacceptable risk of a geohazard.
The recent earthquake revealed a previously unknown geohazard in the mountain region.
The report highlighted the need for better monitoring and early warning systems for geohazard events.
The research focused on understanding the relationship between climate change and geohazard frequency.
The research team is developing new technologies for predicting and monitoring geohazard events.
The risk of a geohazard is often higher in areas with steep slopes and unstable soil conditions.
The study aims to assess the effectiveness of different mitigation measures in reducing geohazard risks.
The study highlighted the need for better collaboration between scientists, policymakers, and communities in geohazard management.
The study highlighted the need for better communication about geohazard risks to the public.
The study highlighted the need for better coordination between different agencies involved in geohazard management.
The study highlighted the need for better integration of geohazard risk management into development planning.
The study highlighted the need for better understanding of the social and economic impacts of geohazard.
The study revealed that the geohazard was caused by a combination of natural and human factors.
The subtle ground deformations hinted at a developing geohazard beneath the city.
The team used drone imagery to map the extent of the geohazard damage after the landslide.
The town was evacuated due to the imminent threat of a volcanic geohazard.
The unforeseen landslide, triggered by heavy rains, served as a stark reminder of the geohazard vulnerability inherent in the region's mountainous terrain.
The unstable cliff face presented a significant geohazard to hikers and residents below.
The unstable volcanic ash deposits presented a serious geohazard following the eruption.
Understanding the local geology is paramount in assessing the risk posed by a geohazard.