Clean Water FAQs
Increasing demand on fresh water rivers, lakes and streams, compounded by changing global weather patterns, surging population growth and economic development around the globe, is leaving us in a world where many people are struggling to find enough fresh water to survive.
Clean, safe drinking water is a resource that is becoming more precious than gold, according to various headlines from around the world.
A four-person CNN team recent report noted areas around the globe where that’s happening, like in Iran, where a vast network of dams sustains an agricultural sector that drinks up about 90% of the water the country uses.
Charles Iceland told CNN:
“Both declining rainfall and increasing demand in these countries are causing many rivers, lakes, and wetlands to dry up.”
“The consequences of water becoming scarcer are dire: Areas could become uninhabitable; tensions over how to share and manage water resources like rivers and lakes could worsen; more political violence could erupt.”
The situation threatens wealthier countries, too. The New York Times reported larger future cuts in water consumption are likely for 40 million people in the West who rely on rivers.
For the first time ever, last August, the U.S. federal government declared a water shortage at Nevada’s Lake Mead, a main reservoir for the Colorado River. Initially, that will mostly affect farmers in Arizona. In addition to seven U.S. states, two in Mexico draw water from the Colorado. Besides providing drinking water, it irrigates desert crops and generates hydroelectric power. Scientists say the only way to alleviate the problem is to reduce demand.
Jennifer Pitt, director of the Colorado River program at the National Audubon Society said:
“As this inexorable-seeming decline in the supply continues, the shortages that we’re beginning to see implemented are only going to increase. Once we’re on that train, it’s not clear where it stops.”
Here are other FAQs about the clean water crisis facing the world:
Up to 60% of an adult human body is made up of water, and human lungs by themselves are 83% water. A human can go several days without food before essential bodily functions start to shut down. Water, on the other hand, is needed daily. Yet, close to 2 billion people do not have adequate access to water for their basic biological needs.
Water is an essential, life-giving resource; however, millions of people do not have accessible, clean drinking water. Moreover, most countries worldwide overuse their available water sources, creating stress on their local and global water supply.
The global water crisis refers to the extensive lack of clean and accessible water worldwide. Water is essential to human bodily functions and everyday tasks. People use water to grow crops, cook food and clean. If water is not easily accessible, is only available in limited portions, or is highly contaminated, communities are negatively affected.
A growing global water crisis touches nearly every country, no matter its socioeconomic status or population density. With more than 4 billion people currently without a reliable source of water at least one month of the year, now is the time to seek out and support waters solutions that prevent a full global disaster in the decades to come.
According to the WHO, 663 million people worldwide do not have access to clean water. Contaminated water is a global crisis. Rural towns, villages and communities experiencing poverty frequently do not have safe and accessible water. Clean water is essential.
Water wells can be a life-saving solution that provides safe water for entire communities. Well drilling is an efficient and cost-effective practice. What is water well drilling? Well drilling is the process of drilling a hole in the ground to create access to groundwater for communal use; it frequently requires equipment like backhoes and drill rigs.
Water projects in Africa can offer life-saving interventions for individuals, families and entire communities. Water is a crucial and rare resource throughout this continent due to limited water sources, extreme heat and drought, limited water infrastructure and contaminated water sources.