Describe the processes that gave rise to the ocean currents. What effects do they have on local fishing, climates, and navigation? (200 words) [UPSC 2015]
Earthquake prediction and preparedness measures include early warning systems, seismic building codes, public education, emergency response plans and vulnerability assessments, mitigating damage and saving lives during seismic events.Earthquake prediction and preparedness measures have improved signRead more
Earthquake prediction and preparedness measures include early warning systems, seismic building codes, public education, emergency response plans and vulnerability assessments, mitigating damage and saving lives during seismic events.Earthquake prediction and preparedness measures have improved significantly, saving lives and reducing damage. Here’s an analysis of their effectiveness –
- An Early Warning System (EWS) rapidly detects seismic activity, alerting people seconds to minutes before shaking starts, providing crucial time for evacuation, safety measures and damage mitigation.
- Seismic building codes enforce resilient construction standards, ensuring structures withstand earthquakes by specifying design requirements, materials and safety features to minimize damage and casualties during seismic events.
- Public education and awareness campaigns inform communities about earthquake risks, safety protocols, evacuation procedures and emergency preparedness, empowering individuals to take proactive measures to minimize harm.
- An Emergency Response Plan outlines procedures for swift reaction, rescue, relief and recovery during earthquakes, ensuring coordinated efforts among responders, officials and communities to minimize casualties and damage.
- Vulnerability assessment identifies earthquake prone areas, infrastructure weaknesses and community susceptibility, informing targeted mitigation strategies, resource allocation and prioritized preparedness efforts to minimize earthquake risks and impacts.
Ocean currents mainly result from the interaction of wind forces, that are basically driven by temperature differences arising from the heating of solar radiation, and the Coriolis effect due to Earth's rotation. This means a combination of factors induce the large-scale movements of water around thRead more
Ocean currents mainly result from the interaction of wind forces, that are basically driven by temperature differences arising from the heating of solar radiation, and the Coriolis effect due to Earth’s rotation. This means a combination of factors induce the large-scale movements of water around the world. Besides these, variations in the density of water, based on their temperature and salinity, contribute to inducing the vertical circulation, often referred to as thermohaline circulation, which then contributes to governing the global climate and marine ecosystems.