We take water for granted. We turn on the tap and out comes as much as we want. But now experts are concerned about the increasing scarcity of water around the world. Water is increasingly contaminated by runoff from agriculture, industry, and our modern way of life.
Did you know…
- One in six people worldwide doesn't have regular access to safe drinking water.
- 3,800 children die a day related to lack of clean water and sanitation.
- Polluted runoff is one of the most serious causes of water contamination. Runoff includes oil from driveways, fertilizers from lawns and gardens, and paint and solvent residues from walls and decks running into our sewers or local lakes, rivers, and creeks.
- Your shower and toilet consume over 70 percent of the water used in your home. By placing a brick in your toilet tank, you can save four gallons of water each time you flush.
- Drinking the recommended eight glasses of water a day using bottled water costs an average of $1,400 annually, whereas drinking eight classes a day of tap water could cost about 49 cents a year.
How do you plan on limiting your water consumption? Share your tips in the comment field below.
This week on The Green:
Tuesday, April 15
"Big Ideas for a Small Planet: Water", 9:00pm e/p
Water is likely to be a flash point in the 21st Century, as population growth collides with droughts and dwindling reserves. This episode introduces three people who are embracing creative solutions to the looming shortage of drinking water – be it desalinating the ocean, catching rainwater or cleaning up our rivers.
The Nuclear Comeback, 9:35pm e/p
Directed by Justin Pemberton. In a world living in fear of climate change, the nuclear power industry has put its hand up as a solution. It claims that nuclear power generation produces zero carbon emissions. Though some environmental organizations see nuclear energy as a solution to the growing climate change, others remain wary. This documentary goes on a worldwide tour of the nuclear industry in search of answers while exploring both sides of this growing debate. Produced by Megan Jones and Justin Pemberton.
Do you have a "Big Idea" for the environment? Join The Green group to learn more about the environment, share your thoughts on sustainable living, and to contribute to weekly discussion topics. To join, click here.


Comments: 24
Using a Brita in the fridge is a great idea too.
We are trying to get good graywater rules like Arizona, but they will most likely turn out like Washington's (just north of us). California's graywater rules are rumored to be far too bureaucratic to be advocated for here.
The organization doing this is called Re-Code Portland. A local rag nominated us as Rogue of the Week for wanting to do this, and we got a lot of cool people at our first meeting from that. I was a token 58-year old rogue--great fun.
Nearly every time it rains here (yes, it rains a lot) we get combined sewer overflows (not affectionately known as CSO's). This means human effluent goes directly into our river. Somehow the salmon seem to survive it, but it's gross. The poor fish get uppers and downers and all the drugs legal and illegal that humans pay big money for. Too bad the fish don't have fine print to read before they are forced to swim in that stuff! No self-respecting pharmacist would let them combine like that.
More enlightened countries avoid this by composting above ground so that that stuff does not get in the groundwater. It is used by compost-loving plants before it taints groundwater.
For a great show on this, go to KBOO and search for Ole Ersson. He is an M.D. who is pretty expert on this stuff.
Some new buildings are actually plumbed to use graywater to flush toilets, but again, Arizona is probably ahead of us.
I would like to point out that urine contains Nitrogen, Phosphorus, and Potassium in a good ratio for many plants. When properly diluted, it is ideal for some kinds of plants. It has to be diluted because of the salt content.
A good gardening tactic is to plant corn, beans, and squash (the sisters) together. The beans set nitrogen for the corn, the corn provides a trellis for the beans, and the squash shades the ground so too much water is not lost to evaporation.
Got to run to an environmental movie. Thanks for posting.
I work for a plant nursery, in Texas.
I wash dishes by hand
Mary S. makes good points. It is a rarely-admitted fact that much of the serious pollution of our rivers today, vs. 30+ years ago, comes from towns and cities whose citizens won't pay for proper sewage treatment facilities.
Approximately 30 years ago, and for quite some time before that, it was chemical companies that polluted the rivers the most. EPA has shut down the vast majority of those problems (which is not to say that significant problems have been completely eliminated, or remediated- big problems remain with persistent bio-accumulators, molecules that aren't metabolized and are concentrated in species as you move up the food chain).
Along with cities, agriculture is a major polluter of fresh water, mainly with fertilizer runoff, but also with pesticides in some cases (i.e. the Pacific Northwest, where salmon are being killed by pesticides, breaking Federal court orders and laws that the Bush administration refuses to honor or enforce and actively fights). Criminal behavior! See Chemistry for a sustainable world and search for Salmon.
The problem with agriculture has been made worse with the disaster of corn ethanol, which not only uses a huge amount of water in the ethanol production step, but which has eliminated crop rotation in many areas (because that would mean no tax subsidies for corn in a growing season). The lack of crop rotation requires the use of more artificial fertilizer than before, in just the recent past, and artificial fertilizer is not retained as well by the soil as natural fertilizer from crop rotation (using soybeans, for example), so the artificial fertilizer runs off into streams, rivers and lakes, and ultimately the Gulf of Mexico and other salt water habitats.
So, I talk and write about the environment nearly every day, and do what I can. You can see my environmental sites here:
Chemistry for a sustainable world
Gather.com (environmental articles, book reviews and photos)
Blogcritics magazine (a mix of book reviews and environmental articles, only two so far
New sites this week:
Sustainability and the environment group on Squidoo
Solar Power lens on Squidoo
I also use the social networking resources gather,com, stumbleupon, digg, technorati, my blog rolls, del.icio.us, reddit, BlogCatalog, HUGG from treehugger.com, facebook and bloggingzoom, all under the nickname chemrat, to call attention to environmental news, blogs, websites, etc. That's partly why I'm up after 4 am for the second night in a row (and stress- I figure I might as well do something useful if I can't sleep). I would greatly appreciate anyone voting for or commenting on my posts at these various sites, including Gather.com, of course.
As far as I can tell based on anecdotal evidence, but quite a lot of it, digg, reddit and bloggingzoom, green posts are often buried by an active group of negative, politically conservative reviewers, though I suspect the DIGG algorithms themselves are not innocent here.
We are struggling at home with old plumbing, the partial replacement of it, and a few ruined plaster walls and ceilings due to bad old cast-iron stacks, etc. I'm not as good with water use as I'd like to be, but we have been conscious of things like turning of the water while brushing teeth for a long time (my wife's influence on that one). My 13-year old son almost never showers, but we hose him down now and then. I guess my one major water triumph is working on a project that reduced polluted water emissions by hundreds of millions of pounds a year. It was implemented in Belgium and later stolen by S. Korean and Chinese companies. On the plus side, pollution is reduced in S. Korea and China (which is badly needed). On the minus side, the company that took all of the risk and paid for the R&D is ripped off, making it hard for them to continue to try risky, potentially high environmental-payoff R&D programs.
At home, we have indoor clotheslines in the basement for drying towels, etc. I don't even use a towel at our city pool any more- I either air/sun dry myself or use one of those super-absorbent synthetic 6 inch squares that the Olympic divers use. Makes me feel professional!
We're getting the CFL's in as the incandescents go out. We're careful to recycle electronics (including batteries). Keep electronics out of landfills! Otherwise, nasty stuff ends up in the water supply.
I also help my State legislator write environmental policy: her heart and mind are in the right place, but she isn't a technical expert (which I am, at least on some of these things).
Thanks for establishing a great place for green discussion and interaction!
I'm HUGGing this page!
Aside from the euwww-factor:
1. When it's yellow, let it mellow. When it's brown, flush it down. 'nuff said on that topic.
2. We use Culligan, so it's not as bad as individual bottles of water, but it's still elitist. To compensate, I collect any water left over in glasses and give to the dog's water dish or plants. Sometimes I'll pour it into my teapot and bring to a boil to steep my tea. With four children in the house, we do have abandoned water glasses, iykwim.
3. Donning rubber gloves, I use my nylon scrubber to clean off dishes before putting them in the dishwasher. I skip the rinse-before-wash process as much as possible.
I'm designing a small solar water distiller for cleaning up pollutedf water and I'm hoping it will also work with sea water.
If it does then people around the world can use it for their drinking water. Not for government projects, for individual people. Hitler tried extracting gold from sea water but he used fuel rather than solar.
Most of the bottled water is tap water, and 18 million gallons of oil a year goes to making plastic water bottles. Utilities will spend close to a trillion dollars to upgrade exsisting pipes and water flows.
My house has old toilets that use about 5 gallons/flush - they will be replaced in the next year as we remodel our baths. New toilets these days use 1.6 gallons/flush or less. (I'd actually like to put in a composting toilet, but I don't know if building codes would allow it and it would probably ruin the resale value of the house.)
We're also going to stub out for gray water when we remodel the baths - so we can add a system at such a time when they get the codes all figured out here in California.
Other things we do:
Collect rainwater from the roof. You can buy some really nice looking barrels ($$) or find a source of free 55 gallon drums and connect them together. I'd love to install a cistern for more storage. I use the water for irrigation.
Collect water while the shower warms up. Easiest to do if you have a "showerhead on a hose" - Can use this water to flush the toilet or water plants.
Keep a pitcher or bowl in the kitchen sink and collect water as you wash off veggies etc.
Adjust irrigation timers seasonally - turn them off during the rainy season. Check your system for leaks, overspray, run-off etc.
No more bottled water - put a simple filter on the tap and carry my own bottle.
Ditto to things others have said.
If I ever build a house, the bathrooms will have separate water heaters attached to their plumbing--more readily available, pre-boiled water on hand--but the distance it will have to travel will be much less--thus saving on use.
Does anyone have any good information on vermiculture? Looks like I've got a huge stock already, accessibility is my problem.
Thanks!! :0)