How Cloud Seeding Can Increase Rain and Snowfall
CNBC・2 minutes read
Cloud seeding involves injecting silver iodide into storm clouds to increase precipitation, with evidence confirming its effectiveness in boosting snowpack and water supply. While beneficial for water management, it is viewed as a long-term strategy rather than a quick solution for droughts.
Insights
- Cloud seeding, a technique involving the introduction of silver iodide into storm clouds to induce precipitation, has been proven effective in increasing snowpack and water supply, particularly in mountainous regions.
- Despite its success in enhancing water resources, cloud seeding is highlighted as a sustainable, long-term approach to water management rather than a rapid solution for drought conditions, showcasing its value as a strategic tool for addressing water scarcity.
Get key ideas from YouTube videos. It’s free
Recent questions
What is cloud seeding?
Cloud seeding is a process that involves injecting silver iodide into storm clouds to increase precipitation by causing water to freeze.
How long has cloud seeding been in use?
Cloud seeding has been in use since the 1940s.
Who employs cloud seeding?
Various entities like states, utility companies, and ski resorts employ cloud seeding.
What are the benefits of cloud seeding?
Cloud seeding has been shown to increase snowpack and water supply in areas where it's practiced, particularly over mountains where snow can be stored until spring runoff.
How effective is cloud seeding?
Studies have shown an overall 5% to 15% increase in precipitation through cloud seeding, benefiting water resources in drought-prone regions.
Related videos
Summary
00:00
Enhancing precipitation with cloud seeding technology
- Cloud seeding involves injecting silver iodide into storm clouds to increase precipitation by causing water to freeze.
- The process takes advantage of existing conditions in storms to enhance water supply efficiency.
- Cloud seeding has been in use since the 1940s and is employed by various entities like states, utility companies, and ski resorts.
- Evidence now confirms cloud seeding's effectiveness, with increases in snowpack and water supply observed in areas where it's practiced.
- Cloud seeding is particularly valuable over mountains where snow can be stored until spring runoff.
- The process involves using burn-in-place flares or injectable flares to disperse silver iodide into clouds at specific temperatures for optimal ice formation.
- Studies show an overall 5% to 15% increase in precipitation through cloud seeding, benefiting water resources in drought-prone regions.
- While cloud seeding is cost-effective and beneficial for water management, it's emphasized as a long-term strategy rather than a quick fix for droughts.
