What is an appropriative water right?
406604
There are two basic theories regarding water rights.\n\nThe first is the riparian rights doctrine, which basically says that domestic (household) use has a higher priority than non-domestic (agricultural or business) use. Under a riparian model, a person (upstream or downstream) who wants to use the water for household use can enforce access to it against a non-domestic user.\n\nThe doctrine of prior appropriation, however, says that whoever is making a valid ('beneficial') use of it first can  continue doing so. Prior appropriation laws can exist along with, or separate from, riparian rights laws.\n\nExample: a downstream farmer has been using a stream to irrigate crops. An upstream landowner builds a house and starts using the water for domestic use, and there's not enough water for both landowners.\n\nUnder a pure riparian model, the upstream domestic users gets priority. Under a prior appropriation law, the downstream farmer gets priority.\n\nSay a third landowner (downstream from the farmer) builds a house (most recently), and wants water for domestic purposes.\n\nUnder a pure riparian model, both the upstream and downstream domestic users have priority over the farmer. Under a pure appropriative theory, the priority is: farmer #1, upstream domestic #2, downstream domestic #3.\nHowever, under a mixed riparian and appropriative model, the priority is: upstream domestic #1, downstream domestic #2, farmer #3.\n\nThis really matters in areas of the western US, where water is scarce and there is competition between domestic uses and  farmers/ranchers for these resources.
257665
From the earth, from the ground, from the water company, from the faucet???\n\nWhat do you mean....
152979
its justifying an action by claiming it is the "right" thing to do.
129035
Liquid water, by and large, with some dissolved materials.
1020861
It REALLY isnt that big of a deal.  It isnt like oil that when it;s gone, it;s gone forever.  Water is contantly recycled, and the second it goes down the drain, it goes to the water place, gets cleaned, and it drunk/bathed in/peed in by someone else.\n\nThe water you drink from your kitchen was once in someone's toilet.\n\nWe will NEVER run out of water.  Period.
357681
It's Waterspout.\n For more info, log on to http://en.wikipedia.org/wiki/Waterspout
1011895
You will find this an interesting document:\nhttp://www.ewaonline.de/downloads/Barcelona_programa%20defi.pdf#search='dealing%20in%20the%20uk%20like%20of%20wat%20for%20water'
315092
Water and impurities in the water cause friction.
1041459
You could be retaining water.
262165
http://blog.360.yahoo.com/blog-NVb99sQ4RK5BVgIbxdcQdcRtfT8-?cq=1&p=26\n\nPhone phreaking is against the law.\n\nOffering money for solutions is against the community guidelines.\n\nReported to abuse.
517202
no it is not like drinking water
950722
water in form of seas ,river,oceans,pond etc
1040513
To keep our used water from spoiling our water resources, we have to remove the pollutants before the water gets back into the environment. In urban areas in most developed countries, the wastewater from homes, businesses and factories is collected by a system of underground pipes-- sewers-- which carry it to one or more central treatment facilites. Most of these are located near bodies of water into which the treated wastewater is discharged. \n\nIn the U.S., all such facilites must have a permit issued by the federal and/or state government, describing limits on the amounts of various pollutants which may be discharged. The U.S. EPA (Environmental Protection Agency) refers to these as NPDES (National Pollutant Discharge Elimination System) permits. Industries located in areas where they are not connected to a sewer can discharge directly into a waterway, but will need a permit, and will probably have to have their own treatment plants. Even industries which are connected to sewers may have to pretreat their wastewaters before discharging them into the sewers, because they may contain materials which will harm the sewers or the treatment plants-- or may be a danger to the people who work in maintaining the sewer system.\n[If you are some one who works in an industrial pretreatment program, you may be aware that the USEPA has recently (July 22, 1999) proposed a series of changes to the current regulations. I have prepared a summary of the proposals which you may find helpful before reading the entire document.] \n\nHomes in non-urban areas that are not connected to a sewer are usually required by their town to have on-site treatment systems. Most common for single homes are septic systems, which consist of a buried tank connected to a set of perforated pipes, embedded in gravel, which distribute the water into the soil. (The "Links" page has several references on this subject.) Larger housing complexes may have treatment systems based on the principles used in full-scale sewage treatment plants. \n\n\nA Word About Sewers: Besides having a set of sewer pipes-- called, strangely enough, sanitary sewers-- which carry wastewater to a treatment plant, cities and towns also need pipes to collect stormwater. These are needed to prevent street flooding and usually lead directly to a waterway without any treatment. The runoff of pollutants from streets and yards into these storm sewers contain oil and other automotive wastes, which may contain toxic metals and organic compounds-- as well as pesticides and nutrient-containing fertilizers from lawns and gardens, and pathogenic microorganisms from animal wastes. The problem of pollution from storm sewers is currently being addressed by the USEPA. Further complicating the situation is the fact that while some cities and towns have completely separate sanitary and storm sewer systems, many others have combined systems. During rainy periods, combined sewers cause two problems: overloading of the treatment plant with extra water and contaminating waterways with untreated sewage from overflows. Even in cities with separate sewer systems, the flows to the treatment plants often increase greatly when it rains because of cracks or separations in the pipes, which allow groundwater or stormwater from broken storm sewer pipes to infiltrate into the sanitary sewer-- or from direct inflow of stormwater into manholes and from illegal connections of roof drains and sump pumps in buildings.*
512014
yes it is very safe. yeah sure its full of chemicals. for those of you that drink ice mountian bottled water because its 'filtered and it aint tap water' news flash its tap water more speciffialy its swamp water. so bottoms up
616178
Do you have it in writing and exactly what does it say?  If the contract calls for potable water and what you have is drinkable then you are probably out of luck, even though it may taste bad or have a lot of minerals in it.  If all you have is an oral commitment then you have next to nothing.
615923
you either urinate it out or you crap it out.  The water content can also leave your body by your poars in your skin and it evaporates into the air.
1153234
water. it's the creator of life.