Agua

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Saltar a: navegaci=C3=B3n, = b=C3=BAsqueda =

Para otros usos de = este t=C3=A9rmino,=20 v=C3=A9ase Ag= ua=20 (desambiguaci=C3=B3n).

Para las propiedades = f=C3=ADsicas y=20 qu=C3=ADmicas del agua, v=C3=A9ase Mol=C3=A9= cula de=20 agua.

=20

El agua en la naturaleza se encuentra en sus tres = estados:=20 l=C3=ADquido fundamentalmente en los oc=C3=A9anos, s=C3=B3lido (hielo en los glaciares y casquetes = polares=20 as=C3=AD como nieve en=20 las zonas fr=C3=ADas) y vapor (invisible) en el aire.

=20

El ciclo = hidrol=C3=B3gico: el=20 agua circula constantemente por el planeta en un ciclo continuo de = evaporaci=C3=B3n,=20 transpiraci=C3=B3n, precipitaciones, y desplazamiento hacia el = mar.

<= IMG=20 class=3Dthumbimage height=3D298 alt=3D""=20 src=3D"http://upload.wikimedia.org/wikipedia/commons/thumb/0/02/Stilles_M= ineralwasser.jpg/220px-Stilles_Mineralwasser.jpg"=20 width=3D220>=20

<= IMG=20 height=3D11 alt=3D""=20 src=3D"http://bits.wikimedia.org/skins-1.18/common/images/magnify-clip.pn= g"=20 width=3D15>

El agua es un elemento esencial para mantener = nuestras vidas.=20 El acceso al agua potable reduce la expansi=C3=B3n de numerosas = enfermedades=20 infecciosas. Necesidades vitales humanas como el abastecimiento de = alimentos=20 dependen de ella. Los recursos energ=C3=A9ticos y las actividades = industriales que=20 necesitamos tambi=C3=A9n dependen del agua.^[1]

El agua (del lat=C3=ADn = aqua) es una sustanc= ia cuya mol=C3=A9= cula est=C3=A1 formada=20 por dos =C3=A1tomos = de=20 hidr=C3=B3geno= =20 y uno de ox=C3=ADgeno = (H₂O).=20 Es esencial para la supervivencia de todas las formas conocidas de vida. El t=C3=A9rmino = agua,=20 generalmente, se refiere a la sustancia en su estado=20 l=C3=ADquido,= =20 pero la misma puede hallarse en su forma s=C3=B3lida = llamada hielo, y en forma gaseosa denominada vapor. El agua = cubre el=20 71% de la superficie de la corteza = terrestre.[2]=20 Se localiza principalmente en los oc=C3=A9anos = donde se concentra el=20 96,5% del agua total, los glaciares y casquetes = polares=20 poseen el 1,74%, los dep=C3=B3sitos subterr=C3=A1neos (acu=C3=AD= feros), los permafrost y=20 los glaciares continentales suponen el 1,72% y el restante 0,04% se = reparte en=20 orden decreciente entre lagos, humedad del suelo, atm=C3=B3sfera, = embalses, r=C3=ADos y=20 seres vivos.^[3]=20 El agua es un elemento com=C3=BAn del sistema solar, = hecho=20 confirmado en descubrimientos recientes. Puede ser encontrada, = principalmente,=20 en forma de hielo; de hecho, es el material base de los cometas y el vapor que = compone=20 sus colas.

Desde el punto de vista f=C3=ADsico, = el agua circula=20 constantemente en un ciclo de evaporaci=C3=B3n=20 o transpirac= i=C3=B3n (evapo= transpiraci=C3=B3n),=20 precipitaci=C3=B3n,=20 y desplazamiento hacia el mar. Los vientos = transportan tanto=20 vapor de agua como el que se vierte en los mares mediante su curso sobre = la=20 tierra, en una cantidad aproximada de 45.000 km=C2=B3 al a=C3=B1o. En = tierra firme, la=20 evaporaci=C3=B3n y transpiraci=C3=B3n contribuyen con 74.000 km=C2=B3 = anuales al causar=20 precipitaciones de 119.000 km=C2=B3 cada a=C3=B1o.^[4]

Se estima que aproximadamente el 70% del agua dulce es usada para agricultura.[5]=20 El agua en la industria absorbe una media del 20% del consumo mundial,=20 emple=C3=A1ndose en tareas de refrigerac= i=C3=B3n, transporte y=20 como disolvente de una gran variedad de sustancias qu=C3=ADmicas. El = consumo=20 dom=C3=A9stico absorbe el 10% restante.^[6]

El agua es esencial para la mayor=C3=ADa de las formas de vida = conocidas por el=20 hombre, incluida la humana. El acceso al agua potable se ha incrementado = durante=20 las =C3=BAltimas d=C3=A9cadas en la superficie terrestre.^[7]=20 ^[8]=20 Sin embargo estudios de la FAO, estiman que uno de = cada cinco=20 pa=C3=ADses en v=C3=ADas de desarrollo tendr=C3=A1 problemas de escasez = de agua antes de 2030;=20 en esos pa=C3=ADses es vital un menor gasto de agua en la agricultura = modernizando=20 los sistemas de riego.^[6]

Contenido

1 Tipos de = agua=20
2 Propiedades = f=C3=ADsicas y=20 qu=C3=ADmicas=20
3 Distribuci=C3=B3n de agua en la=20 naturaleza=20
- 3.1 El agua en = el=20 Universo=20
- 3.2 El agua y = la zona=20 habitable
4 El agua en la=20 Tierra=20
- 4.1 Origen del = agua=20 terrestre=20
- 4.2 Distribuci=C3=B3n actual del=20 agua en la Tierra=20
- 4.3 El ciclo = del=20 agua=20
- 4.4 El = oc=C3=A9ano=20
  
  4.4.1 Mareas=20
- 4.5 El agua = dulce en la=20 naturaleza
5 Efectos sobre = la=20 vida=20
- 5.1 Formas de = vida=20 acu=C3=A1tica. Circulaci=C3=B3n vegetal
6 Efectos sobre = la=20 civilizaci=C3=B3n humana=20
- 6.1 ONU declara = al agua y=20 al saneamiento derecho humano esencial=20
- 6.2 Agua para = beber:=20 necesidad del cuerpo humano=20
  
  6.2.1 Desinfecci=C3=B3n del=20 agua potable=20
  6.2.2 Dificultades en el=20 mundo para acceder al agua potable
- 6.3 El uso = dom=C3=A9stico del=20 agua=20
- 6.4 El agua en = la=20 agricultura=20
- 6.5 El uso del = agua en la=20 industria=20
  
  6.5.1 El agua = como=20 transmisor de calor=20
  6.5.2 Procesamiento de=20 alimentos=20
  6.5.3 Aplicaciones=20 qu=C3=ADmicas
- 6.6 El agua = empleada como=20 disolvente=20
- 6.7 Otros = usos=20
  
  6.7.1 El agua = como=20 extintor de fuego=20
  6.7.2 Deportes y=20 diversi=C3=B3n=20
  6.7.3 Como = est=C3=A1ndar=20 cient=C3=ADfico
- 6.8 La = contaminaci=C3=B3n y la=20 depuraci=C3=B3n del agua=20
  
  6.8.1 La = depuraci=C3=B3n del=20 agua para beber=20
  6.8.2 La = depuraci=C3=B3n del=20 agua residual
7 Necesidad de = pol=C3=ADticas=20 proteccionistas=20
8 Religi=C3=B3n, = filosof=C3=ADa y=20 literatura=20
9 V=C3=A9ase = tambi=C3=A9n=20
10 Referencias=20
11 Bibliograf=C3=ADa=20
- 11.1 Bibliograf=C3=ADa=20 utilizada=20
- 11.2 Bibliograf=C3=ADa adicional=20 (no utilizada directamente en este art=C3=ADculo)=20
  
  <= SPAN=20 class=3Dtocnumber>11.2.1 El = agua como=20 recurso natural
12 Enlaces=20 externos

Tipos de = agua

El agua se puede presentar en tres estados=20 siendo una de las pocas sustancias que pueden encontrarse en sus tres = estados de=20 forma natural.^[9]=20 El agua adopta formas muy distintas sobre la tierra: como vapor de=20 agua, conformando nubes en el aire; como agua marina, = eventualmente=20 en forma de icebergs en los = oc=C3=A9anos; en glaciares y r=C3=ADos en las = monta=C3=B1as,=20 y en los acu=C3=ADferos subterr=C3=A1neos su forma l=C3=ADquida.

El agua puede disolver = muchas sustancias,=20 d=C3=A1ndoles diferentes sabores y olores. Como consecuencia de su papel = imprescindible para la vida, el ser humano =E2=80=94entre otros muchos = animales=E2=80=94 ha = desarrollado=20 sentidos capaces de evaluar la potabilidad del agua, que evitan el = consumo de agua salada o putrefacta<= /A>. Los humanos=20 tambi=C3=A9n suelen preferir el consumo de agua fr=C3=ADa a la que = est=C3=A1 tibia, puesto que=20 el agua fr=C3=ADa es menos propensa a contener microbios. El sabor = perceptible=20 en el agua de deshielo y el agua mineral se = deriva de=20 los minerales disueltos en ella; de hecho el agua pura es ins=C3=ADpida. Para = regular el consumo=20 humano, se calcula la pureza del agua en funci=C3=B3n de la presencia de = toxinas, = agentes=20 contaminantes y microorganismos.= El agua=20 recibe diversos nombres, seg=C3=BAn su forma y caracter=C3=ADsticas:^[10]

=20

Estas gotas se forman por la elevada tens= i=C3=B3n superficial=20 del agua.

=20

Copo de nieve visto a trav=C3=A9s de un = microscopio. Est=C3=A1=20 coloreado artificialmente.

Seg=C3=BAn su estado f=C3=ADsico:=20
- Hielo=20 (estado s=C3=B3lido)=20
- Agua (estado l=C3=ADquido)=20
- Vapor = (estado gaseoso)=20

Seg=C3=BAn su posici=C3=B3n en el ciclo del agua:=20
- Hidrometeoro=20
  - Precipitaci=C3=B3n=20

	Precipitaci=C3=B3n seg=C3=BAn desplazamiento		Precipitaci=C3=B3n seg=C3=BAn estado
	precipitaci=C3=B3n vertical=20 lluvia=20 lluvia=20 congelada=20 llovizna=20 lluvia helada=20 nieve=20 granizo = blando=20 gr=C3=A1= nulos de=20 nieve=20 perdigones=20 de hielo=20 aguanieve=20 pedrisco=20 cristal=20 de hielo precipitaci=C3=B3n horizontal (asentada)=20 roc=C3=ADo=20 escarcha=20 congelaci=C3=B3n=20 atmosf=C3=A9rica=20 hielo=20 glaseado		precipitaci=C3=B3n l=C3=ADquida=20 lluvia=20 lluvia helada=20 llovizna=20 llovizna helada=20 roc=C3=ADo=20 precipitaci=C3=B3n s=C3=B3lida=20 nevasca=20 granizo = blando=20 gr=C3=A1= nulos de=20 nieve=20 perdigones=20 de hielo=20 lluvia helada=20 granizo=20 prismas de=20 hielo=20 escarcha=20 congelaci=C3=B3n=20 atmosf=C3=A9rica=20 hielo=20 glaseado=20 aguanieve precipitaci=C3=B3n mixta=20 con temperaturas cercanas a los 0 =C2=B0C=20

Part=C3=ADculas de agua en la atm=C3=B3sfera=20
- Part=C3=ADculas en suspensi=C3=B3n=20
  - nubes=20
  - niebla=20
  - bruma=20
- Part=C3=ADculas en ascenso (impulsadas por el viento)=20
  - ventisca=20
  - nieve revuelta

Seg=C3=BAn su circunstancia=20
- agua = subterr=C3=A1nea=20
- agua de deshielo=20
- agua=20 mete=C3=B3rica=20
- agua=20 inherente =E2=80=93 la que forma parte de una roca=20
- agua = f=C3=B3sil=20
- agua dulce=20
- agua=20 superficial=20
- agua mineral = =E2=80=93 rica en=20 minerales=20
- Agua salobre=20 ligeramente salada=20
- agua=20 muerta =E2=80=93 extra=C3=B1o fen=C3=B3meno que ocurre cuando = una masa de agua dulce o=20 ligeramente salada circula sobre una masa de agua m=C3=A1s salada, = mezcl=C3=A1ndose=20 ligeramente. Son peligrosas para la navegaci=C3=B3n.=20
- agua de mar=20
- salmuera - de = elevado=20 contenido en sales, especialmente cloruro de = sodio.=20
Seg=C3=BAn sus usos=20
- agua = entubada=20
- agua = embotellada=20
- agua potable = =E2=80=93 la=20 apropiada para el consumo humano, contiene un valor equilibrado de = minerales=20 que no son da=C3=B1inos para la salud.=20
- agua=20 purificada =E2=80=93 corregida en laboratorio o enriquecida con = alg=C3=BAn agente =E2=80=93=20 Son aguas que han sido tratadas para usos espec=C3=ADficos en la = ciencia o la=20 ingenier=C3=ADa. Lo habitual son tres tipos:=20
  - agua = destilada=20
  - agua de doble destilaci=C3= =B3n=20
  - agua = desionizada=20

Atendiendo a otras propiedades=20
- agua blanda = =E2=80=93 pobre en=20 minerales=20
- agua=20 dura =E2=80=93 de origen subterr=C3=A1neo, contiene un elevado = valor mineral=20
- a= gua de=20 cristalizaci=C3=B3n =E2=80=94 es la que se encuentra dentro de = las redes = cristalinas.=20
- hidratos =E2=80=94 = agua impregnada=20 en otras sustancias qu=C3=ADmicas=20
- agua pesada = =E2=80=93 es un agua=20 elaborada con =C3=A1tomos pesados de hidr=C3=B3geno= -deuterio. En=20 estado natural, forma parte del agua normal en una = concentraci=C3=B3n muy=20 reducida. Se ha utilizado para la construcci=C3=B3n de dispositivos = nucleares,=20 como reactores. =
- agua de tritio=20
- agua negra=20
- aguas grises=20
- agua=20 disf=C3=B3rica

Seg=C3=BAn la microbiolog= =C3=ADa=20
- agua potable=20
- agua = residual=20
- agua=20 lluvia o agua=20 de superficie

El agua es tambi=C3=A9n protagonista de numerosos ritos religiosos.= Se sabe de=20 infinidad de ceremonias ligadas al agua. El cristianismo, por = ejemplo,=20 ha atribuido tradicionalmente ciertas caracter=C3=ADsticas al agua bendita. = Existen=20 tambi=C3=A9n otros tipos de agua que despu=C3=A9s de cierto proceso = adquieren supuestas=20 propiedades, como el agua = vitalizada.

Propiedades f=C3=ADsicas y = qu=C3=ADmicas

Art=C3=ADculo principal: Mol=C3=A9= cula de agua

=20

Modelo mostrando los enlaces de hidr=C3=B3geno= entre mol=C3=A9culas<= /A> de=20 agua.

=20

El impacto de una gota sobre la superficie del agua = provoca=20 unas ondas caracter=C3=ADsticas, llamadas ondas=20 capilares.

=20

Acci=C3=B3n capilar del agua y = el mercurio.

El agua es una sustancia que qu=C3=ADmicamente se formula como H_2O; es = decir, que una mol=C3=A9= cula de agua se=20 compone de dos =C3=A1tomos = de hidr=C3=B3geno= enlazados covalentemente= a un =C3=A1tomo de = ox=C3=ADgeno.=

Fue Henry = Cavendish quien=20 descubri=C3=B3 en 1781 que=20 el agua es una sustancia compuesta y no un elemento, como se pensaba = desde la=20 Antig=C3=BCedad. Los resultados de dicho descubrimiento fueron = desarrollados por Antoin= e Laurent=20 de Lavoisier dando a conocer que el agua estaba formada por = ox=C3=ADgeno e=20 hidr=C3=B3geno. En 1804,=20 el qu=C3=ADmico franc=C3=A9s Joseph = Louis=20 Gay-Lussac y el naturalista y ge=C3=B3grafo alem=C3=A1n Alexander = von=20 Humboldt demostraron que el agua estaba formada por dos = vol=C3=BAmenes de=20 hidr=C3=B3geno por cada volumen de ox=C3=ADgeno (H₂O).

Las propiedades fisicoqu=C3=ADmicas m=C3=A1s notables del agua = son:

El agua es ins=C3=ADpida e inodora en condiciones=20 normales de presi=C3=B3n y temperatura. El color=20 del agua var=C3=ADa seg=C3=BAn su estado: como l=C3=ADquido, puede = parecer incolora en=20 peque=C3=B1as cantidades, aunque en el espectr=C3= =B3grafo se prueba=20 que tiene un ligero tono azul verdoso. El hielo tambi=C3=A9n tiende al = azul y en=20 estado gaseoso (vapor de agua) es incolora.^[11]

El agua bloquea s=C3=B3lo ligeramente la radiaci=C3=B3n solar U= V fuerte,=20 permitiendo que las plantas = acu=C3=A1ticas=20 absorban su energ=C3=ADa.

Ya que el ox=C3=ADgeno = tiene una electronegativid= ad=20 superior a la del hidr=C3=B3geno= , el agua es una=20 mol=C3= =A9cula=20 polar. El ox=C3=ADgeno tiene una ligera carga negativa, mientras = que los =C3=A1tomos=20 de hidr=C3=B3genos tienen una carga ligeramente positiva del que = resulta un fuerte=20 momento= dipolar=20 el=C3=A9ctrico. La interacci=C3=B3n entre los diferentes dipolos = el=C3=A9ctricos de una=20 mol=C3=A9cula causa una atracci=C3=B3n en red que explica el elevado = =C3=ADndice de tens= i=C3=B3n=20 superficial del agua.

La fuerza de interacci=C3=B3n de la tens= i=C3=B3n=20 superficial del agua es la fuerza = de van der=20 Waals entre mol=C3=A9culas de agua. La aparente elasticidad = causada por la=20 tensi=C3=B3n superficial explica la formaci=C3=B3n de ondas=20 capilares. A presi=C3=B3n constante, el =C3=ADndice de tens= i=C3=B3n=20 superficial del agua disminuye al aumentar su temperatura.^[12] Tambi=C3=A9n tiene un alto = valor adhesivo=20 gracias a su naturaleza polar.

La capilaridad se = refiere a=20 la tendencia del agua de moverse por un tubo estrecho en contra de la = fuerza=20 de la gravedad. Esta = propiedad es=20 aprovechada por todas las plantas = vasculares, como=20 los =C3=A1rboles.

Otra fuerza muy importante que refuerza la uni=C3=B3n entre = mol=C3=A9culas de agua=20 es el enlace por=20 puente de hidr=C3=B3geno.^[13]

El punto de ebullici=C3=B3= n del agua (y de=20 cualquier otro l=C3=ADquido) est=C3=A1 directamente relacionado con la = presi=C3=B3n=20 atmosf=C3=A9rica. Por ejemplo, en la cima del Everest, el agua=20 hierve a unos 68=C2=BA C, mientras que al nivel del mar = este valor=20 sube hasta 100=C2=BA. Del mismo modo, el agua cercana a fuentes geot=C3=A9rmicas = puede alcanzar=20 temperaturas de cientos de grados cent=C3=ADgrados y seguir siendo = l=C3=ADquida.[14] Su temperatura = cr=C3=ADtica es de=20 373,85 =C2=B0C (647,14 K), su valor espec=C3=ADfico de = fusi=C3=B3n es de 0,334 kJ/g y su=20 =C3=ADndice espec=C3=ADfico de vaporizaci=C3=B3n es de 2,23kJ/g.^[15]

El agua es un disolvente muy potente, al que se ha catalogado como = el disolvente=20 universal, y afecta a muchos tipos de sustancias distintas. Las = sustancias=20 que se mezclan y se disuelven bien en agua =E2=80=94como las sales, = az=C3=BAcares, =C3=A1cidos, = =C3=A1lcalis,= y=20 algunos gases (como=20 el ox=C3=ADgeno = o el di=C3= =B3xido de=20 carbono, mediante carbonaci=C3= =B3n)=E2=80=94 son=20 llamadas hidr=C3=B3fila= s, mientras=20 que las que no combinan bien con el agua =E2=80=94como l=C3=ADpidos = y grasas=E2=80=94 se = denominan sustancias=20 hidrof=C3=B3bi= cas. Todos los=20 componentes principales de las c=C3=A9lulas de prote=C3=ADnas, ADN y=20 polisac=C3=A1= ridos se=20 disuelven en agua. Puede formar un aze=C3=B3tropo= con muchos otros=20 disolventes.

El agua es miscible con = muchos=20 l=C3=ADquidos, como el etanol, y en = cualquier=20 proporci=C3=B3n, formando un l=C3=ADquido homog=C3=A9neo. Por otra = parte, los aceites son = inmiscibles=20 con el agua, y forman capas de variable densidad sobre la superficie = del agua.=20 Como cualquier gas, el vapor de agua es miscible completamente con el = aire.=20

El agua pura tiene una = conductividad=20 el=C3=A9ctrica relativamente baja, pero ese valor se incrementa=20 significativamente con la disoluci=C3=B3n de una peque=C3=B1a cantidad = de material=20 i=C3=B3nico, como el cloruro de = sodio.=20

El agua tiene el segundo =C3=ADndice m=C3=A1s alto de capacida= d calor=C3=ADfica=20 espec=C3=ADfica =E2=80=94s=C3=B3lo por detr=C3=A1s del amon=C3=ADaco=E2=80=94 as=C3=AD como una=20 elevada entalp=C3=ADa de=20 vaporizaci=C3=B3n (40,65 kJ mol^-1); ambos factores se = deben al=20 enlace de hidr=C3=B3geno entre mol=C3=A9culas. Estas dos inusuales = propiedades son las=20 que hacen que el agua "modere" las temperaturas terrestres, = reconduciendo=20 grandes variaciones de energ=C3=ADa.

=20

Animaci=C3=B3n de c=C3=B3mo el hielo pasa a estado = l=C3=ADquido en un=20 vaso. Los = 50 minutos=20 transcurridos se concentran en 3 segundos.

La densidad del agua = l=C3=ADquida es=20 muy estable y var=C3=ADa poco con los cambios de temperatura y = presi=C3=B3n. A la=20 presi=C3=B3n normal (1 atm=C3=B3sfera), el agua l=C3=ADquida tiene una = m=C3=ADnima densidad (0,958=20 kg/l) a los 100 =C2=B0C. Al bajar la temperatura, aumenta la = densidad (por=20 ejemplo, a 90 =C2=B0C tiene 0,965 kg/l) y ese aumento es = constante hasta=20 llegar a los 3,8 =C2=B0C donde alcanza una densidad de 1 = kg/litro. Esa=20 temperatura (3,8 =C2=B0C) representa un punto de inflexi=C3=B3n y = es cuando alcanza=20 su m=C3=A1xima densidad (a la presi=C3=B3n mencionada). A partir de = ese punto, al bajar=20 la temperatura, la densidad comienza a disminuir, aunque muy = lentamente (casi=20 nada en la pr=C3=A1ctica), hasta que a los 0 =C2=B0C disminuye = hasta 0,9999 kg/litro. Cuando pasa al = estado=20 s=C3=B3lido (a 0 =C2=B0C), ocurre una brusca disminuci=C3=B3n de = la densidad pasando de=20 0,9999 kg/l a 0,917 kg/l.

El agua puede descomponerse en part=C3=ADculas de hidr=C3=B3geno= y ox=C3=ADgeno = mediante electr=C3=B3= lisis.

Como un =C3=B3xido = de hidr=C3=B3geno= , el agua se forma=20 cuando el hidr=C3=B3geno =E2=80=94o un compuesto = conteniendo=20 hidr=C3=B3geno=E2=80=94 se quema o reacciona con ox=C3=ADgeno = =E2=80=94o un compuesto=20 de ox=C3=ADgeno=E2=80=94. El agua no es combustible, = puesto que es=20 un producto residual de la combusti=C3=B3= n del hidr=C3=B3geno.=20 La energ=C3=ADa requerida para separar el agua en sus dos componentes = mediante electr=C3=B3= lisis es superior=20 a la energ=C3=ADa desprendida por la recombinaci=C3=B3n de = hidr=C3=B3geno y ox=C3=ADgeno. Esto=20 hace que el agua, en contra de lo que sostienen algunos rumores,[16] no sea una fuente de = energ=C3=ADa=20 eficaz.^[17]

Los elementos que tienen mayor electropositivid= ad=20 que el hidr=C3=B3geno =E2=80=94como el litio, el sodio, el calcio, el potasio y el cesio=E2=80=94 = desplazan el hidr=C3=B3geno=20 del agua, formando hidr=C3=B3xido= s. Dada su=20 naturaleza de gas inflamable, el = hidr=C3=B3geno=20 liberado es peligroso y la reacci=C3=B3n del agua combinada con los = m=C3=A1s=20 electropositivos de estos elementos es una violenta explosi=C3=B3n= .

Actualmente se sigue investigando sobre la naturaleza de este = compuesto y sus=20 propiedades, a veces traspasando los l=C3=ADmites de la ciencia = convencional.[18]=20 En este sentido, el investigador John Emsley, divulgador = cient=C3=ADfico, dijo en=20 cierta ocasi=C3=B3n del agua que "(Es) una de las sustancias = qu=C3=ADmicas m=C3=A1s=20 investigadas, pero sigue siendo la menos entendida".^[19]

Distribuci=C3=B3n de = agua en la=20 naturaleza

El agua en el=20 Universo

Contrario a la creencia popular, el agua es un elemento bastante = com=C3=BAn en=20 nuestro sistema solar, = es m=C3=A1s, en=20 el universo;=20 principalmente en forma de hielo y, poco menos, de = vapor. = Constituye una=20 gran parte del material que compone los cometas y recientemente = se han=20 encontrado importantes yacimientos de hielo en la luna. Algunos sat=C3=A9= lites como Europa= y Enc=C3=A9lado poseen=20 posiblemente agua l=C3=ADquida bajo su gruesa capa de hielo. Esto = permite a estas=20 lunas tener una especie de tect= =C3=B3nica de placas=20 donde el agua l=C3=ADquida cumple el rol del magma en la tierra, = mientras que=20 el hielo ser=C3=ADa el=20 equivalente a la corteza = terrestre.

La mayor=C3=ADa del agua que existe en el universo puede haber = surgido como=20 derivado de la formaci=C3=B3n de estrellas que = posteriormente=20 expulsaron el vapor de agua al explotar. El = nacimiento de las=20 estrellas suele causar un fuerte flujo de gases y polvo = c=C3=B3smico. Cuando=20 este material colisiona con el gas de las zonas exteriores, las ondas de = choque=20 producidas comprimen y calientan el gas. Se piensa que el agua es = producida en=20 este gas c=C3=A1lido y denso.^[20]=20 Se ha detectado agua en nubes interestelares dentro de nuestra galaxia, la V=C3= =ADa=20 L=C3=A1ctea. Estas nubes interestelares pueden condensarse = eventualmente en forma=20 de una nebulosa solar. = Adem=C3=A1s,=20 se piensa que el agua puede ser abundante en otras galaxias, dado que = sus=20 componentes (hidr=C3=B3geno= y ox=C3=ADgeno)= est=C3=A1n entre los=20 m=C3=A1s comunes del universo.^[21]

En julio de 2011, la revista Astro= physical=20 Journal Letters, public=C3=B3 el hallazgo, en una nube de vapor = de agua que=20 rodea el cu=C3=A1sar=20 APM=20 08279+5255 de lo que hasta el momento se configura como la mayor = reserva de=20 agua en el Universo. El = descubrimiento se=20 debe a un grupo de astronomos del Jet = Propulsion=20 Laboratory (JPL) de la NASA y del = California=20 Institute of Technology (CALTECH).^[22]=20 ^[23]

Se ha detectado vapor de agua en:

= =20

Gotas de roc=C3=ADo = suspendidas de una telara=C3=B1a.

Mercurio = - Un 3,4%=20 de su atm=C3=B3sfera contiene agua, y grandes cantidades en la exosfera.^[24]=20
Venus - = 0,002% en la=20 atm=C3=B3sfera=20
Tierra -=20 cantidades reducidas en la atm=C3=B3sfera (sujeto a variaciones = clim=C3=A1ticas)=20
Marte - = 0,03% en la=20 atm=C3=B3sfera=20
J=C3=BA= piter - 0,0004%=20 en la atm=C3=B3sfera=20
Saturno - = s=C3=B3lo en=20 forma de indlandsis=20
Enc=C3=A9lado (luna=20 de Saturno) - 91% de su atm=C3=B3sfera=20
Exoplanetas = conocidos, como=20 el HD 189733 b[25] ^[26] y HD 209458 b.^{<=
SPAN=20
class=3Dcorchete-llamada>[27]}

El agua en su estado l=C3=ADquido est=C3=A1 presente en:

Tierra - 71% de su superficie=20
Luna - en 2008=20 se encontraron^[28] peque=C3=B1as cantidades = de agua en el=20 interior de perlas volc=C3=A1nicas tra=C3=ADdas a la Tierra por la = expedici=C3=B3n del Apolo 15, de=20 1971.=20
Enc=C3=A9lado (luna de Saturno) y en Europa= (luna de=20 J=C3=BApiter) existen indicios de que el agua podr=C3=ADa existir en = estado l=C3=ADquido.=20

Se ha detectado hielo en:

Tierra, sobre todo en los casquetes polares.=20
Marte, en = los=20 casquetes polares, aunque est=C3=A1n compuestos principalmente de hielo=20 seco.=20
Tit=C3=A1n=20
Europa= =20
Enc=C3=A9lado=20
En comet= as y=20 objetos de procedencia mete=C3=B3rica, llegados por ejemplo desde el = Cintu= r=C3=B3n de Kuiper=20 o la Nube de Oort.=20
Podr=C3=ADa aparecer en estado de hielo en la Luna, Ceres = y Tetis.=20
Es probable que el agua forme parte de la estructura interna de = planetas=20 como Urano y Neptuno. =

El agua y = la zona=20 habitable

Art=C3=ADculo principal: Zona de=20 habitabilidad

La existencia de agua en estado l=C3=ADquido =E2=80=94en menor medida = en sus formas de=20 hielo o vapor=E2=80=94 sobre la Tierra es vital para la existencia de la = vida tal como=20 la conocemos. La Tierra est=C3=A1 = situada en un =C3=A1rea del = sistema solar=20 que re=C3=BAne condiciones muy espec=C3=ADficas, pero si = estuvi=C3=A9semos un poco m=C3=A1s cerca=20 del Sol = =E2=80=94un 5%, o sea 8=20 millones de kil=C3=B3metros=E2=80=94 ya bastar=C3=ADa para dificultar = enormemente la existencia de=20 los tres estados de agua conocidos.^[29]=20 La masa de la Tierra genera una fuerza de gravedad que impide = que los gases de la atm=C3=B3sfera= se=20 dispersen. El vapor de agua y el di=C3= =B3xido de carbono=20 se combinan, causando lo que ha dado en llamarse el efecto = invernadero.=20 Aunque se suele atribuir a este t=C3=A9rmino connotaciones negativas, el = efecto=20 invernadero es el que mantiene la estabilidad de las temperaturas, = actuando como=20 una capa protectora de la vida en el planeta. Si la Tierra fuese = m=C3=A1s peque=C3=B1a, la=20 menor gravedad ejercida sobre la atm=C3=B3sfera har=C3=ADa que =C3=A9sta = fuese m=C3=A1s delgada, lo=20 que redundar=C3=ADa en temperaturas extremas, evitando la = acumulaci=C3=B3n de agua excepto=20 en los casquetes polares (tal como ocurre en Marte). Algunos = te=C3=B3ricos han=20 sugerido que la misma vida, actuando como un macroorganismo, mantiene = las=20 condiciones que permiten su existencia. La temperatura superficial de la = tierra=20 ha estado en relativamente constante variaci=C3=B3n a trav=C3=A9s de las = eras = geol=C3=B3gicas, a pesar=20 de los cambiantes niveles de radiaci=C3=B3n= solar. Este hecho=20 ha motivado que algunos investigadores crean que el planeta est=C3=A1 = termorregulado=20 mediante la combinaci=C3=B3n de gases del efecto invernadero y el albedo atmosf=C3=A9rico = y superficial.=20 Esta hip=C3=B3tesis, conocida como la teor=C3= =ADa de Gaia, no es=20 sin embargo la posici=C3=B3n m=C3=A1s adoptada entre la comunidad = cient=C3=ADfica. El estado=20 del agua tambi=C3=A9n depende de la gravedad de un planeta. Si un = planeta es lo=20 bastante grande, el agua que exista sobre =C3=A9l permanecer=C3=ADa en = estado s=C3=B3lido=20 incluso a altas temperaturas, dada la elevada presi=C3=B3n causada por = la=20 gravedad.^[30]

El agua en la=20 Tierra

Art=C3=ADculo principal: Hidrolog=C3=AD= a

El agua es fundamental para todas las formas de vida conocida. Los humanos consumen agua=20 potable. Los recursos naturales se han vuelto escasos con la = creciente=20 poblaci=C3=B3n mundial y su disposici=C3=B3n en varias regiones = habitadas es la=20 preocupaci=C3=B3n de muchas organizaciones gubernamentales.

Origen del = agua=20 terrestre

Durante la formaci=C3=B3n de la Tierra, la energ=C3=ADa = liberada por=20 el choque de los planetesimales, = y su=20 posterior contracci=C3=B3n por efecto del incremento de la fuerza = gravitatoria,=20 provoc=C3=B3 el calentamiento y fusi=C3=B3n de los materiales del joven = planeta. Este=20 proceso de acreci=C3=B3n y diferenciaci=C3=B3n hizo=20 que los diferentes elementos qu=C3=ADmicos se reestructurasen en = funci=C3=B3n de su=20 densidad. El resultado fue la desgasificaci=C3=B3n del magma y la = liberaci=C3=B3n de una=20 enorme cantidad de elementos vol=C3=A1tiles a las zonas m=C3=A1s = externas del planteta,=20 que originaron la protoatm=C3=B3sfera terrestre. Los elementos m=C3=A1s = ligeros, como el=20 hidr=C3=B3geno molecular, escaparon de regreso al espacio exterior. Sin = embargo,=20 otros gases m=C3=A1s pesados fueron retenidos por la atracci=C3=B3n = gravitatoria. Entre=20 ellos se encontraba el vapor de agua. Cuando la temperatura terrestre = disminuy=C3=B3=20 lo suficiente, el vapor de agua que es un gas menos vol=C3=A1til que el = CO2 o el N2=20 comenz=C3=B3 a condensarse. De este modo, las cuencas comenzaron a = llenarse con un=20 agua =C3=A1cida y caliente (entre 30=C2=B0C y 60 =C2=B0C).^[31]=20 Esta agua =C3=A1cida era un eficaz disolvente que comenz=C3=B3 a = arrancar iones solubles=20 de las rocas de la superficie, y poco a poco comenz=C3=B3 a aumentar su = salinidad. El=20 volumen del agua liberada a la atm=C3=B3sfera por este proceso y que = precipit=C3=B3 a la=20 superficie fue aproximadamente de 1,37 x 10⁹ km=C2=B3, si = bien hay=20 cient=C3=ADficos que sostienen que parte del agua del planeta proviene = del choque de=20 cometas contra la prototierra en las fases finales del proceso de = acreci=C3=B3n.[31]=20 En este sentido hay c=C3=A1lculos que parecen indicar que si = =C3=BAnicamente el 10% de los=20 cuerpos que chocaron contra la Tierra durante el proceso de = acreci=C3=B3n final=20 hubiesen sido cometas, toda el agua planetaria podr=C3=ADa ser de origen = cometario,=20 aunque estas ideas son especulativas y objeto de debate entre los=20 especialistas.^[31]

Distribuci=C3=B3n = actual del agua=20 en la Tierra

=20

Representaci=C3=B3n gr=C3=A1fica de la = distribuci=C3=B3n de agua=20 terrestre.^[3]

=20

Los oc=C3=A9anos = cubren el 71% de la=20 superficie terrestre: su agua salada supone el 96,5% del agua del=20 planeta.

=20

El 70% del agua dulce de la Tierra se encuentra en = forma=20 s=C3=B3lida (Glaciar Grey, Chile).

El total del agua presente en el planeta, en todas sus formas, se = denomina hidrosfera.=20 El agua cubre 3/4 partes (71%) de la superficie de la Tierra. Se puede = encontrar esta=20 sustancia en pr=C3=A1cticamente cualquier lugar de la biosfera y en los = tres est= ados de=20 agregaci=C3=B3n de la materia: s=C3=B3lido, = l=C3=ADquido = y gaseoso.

El 97 por ciento es agua salada, la cual se encuentra principalmente = en los=20 oc=C3=A9anos y mares; s=C3=B3lo el 3 por ciento de su volumen es dulce. = De esta =C3=BAltima, un=20 1 por ciento est=C3=A1 en estado l=C3=ADquido. El 2% restante se = encuentra en estado=20 s=C3=B3lido en capas, campos y plataformas= de hielo o banquisas en las=20 latitudes=20 pr=C3=B3ximas a los polos. Fuera de las regiones polares el agua dulce = se encuentra=20 principalmente en humedales y, = subterr=C3=A1neamente,=20 en acu=C3=AD= feros.

El agua representa entre el 50 y el 90% de la masa de los seres vivos = (aproximadamente el 75% del cuerpo humano es agua; en el caso de las = algas, el=20 porcentaje ronda el 90%).

En la superficie de la Tierra hay unos = 1.386.000.000 km³ de agua que = se=20 distribuyen de la siguiente forma:^[3]

Distribuci=C3=B3n del agua en la = Tierra
Situaci=C3=B3n del agua	Volumen=20 en km=C2=B3	Porcentaje
Agua = dulce	Agua = salada	de agua = dulce	de agua = total
Oc=C3=A9anos y mares	-	1.338.000.000	-	96,5
Casquetes y glaciares polares	24.064.000	-	68,7	1,74
Agua subterr=C3=A1nea salada	-	12.870.000	-	0,94
Agua subterr=C3=A1nea dulce	10.530.000	-	30,1	0,76
Glaciares continentales y Permafrost	300.000	-	0,86	0,022
Lagos de agua dulce	91.000	-	0,26	0,007
Lagos de agua salada	-	85.400	-	0,006
Humedad del suelo	16.500	-	0,05	0,001
Atm=C3=B3sfera	12.900	-	0,04	0,001
Embalses	11.470	-	0,03	0,0008
R=C3=ADos	2.120	-	0,006	0,0002
Agua biol=C3=B3gica	1.120	-	0,003	0,0001
Total = agua=20 dulce	35.029.110	100	-
Total = agua en la=20 tierra	1.386.000.000	-	100

La mayor parte del agua terrestre, por tanto, est=C3=A1 contenida en = los mares, y=20 presenta un elevado contenido en sales. = Las aguas=20 subterr=C3=A1neas se encuentran en yacimientos subterr=C3=A1neos = llamados acu=C3=AD= feros y son=20 potencialmente =C3=BAtiles al hombre como recursos. En = estado=20 l=C3=ADquido compone masas de agua como oc=C3=A9anos,= mares, lagos, r=C3=ADos, arroyos, cana= les, manantiales y=20 estanques.

El agua desempe=C3=B1a un papel muy importante en los procesos = geol=C3=B3gicos. Las=20 corrientes subterr=C3=A1neas de agua afectan directamente a las capas = geol=C3=B3gicas,=20 influyendo en la formaci=C3=B3n de fallas. El agua=20 localizada en el manto = terrestre tambi=C3=A9n=20 afecta a la formaci=C3=B3n de volcanes. En = la superficie, el=20 agua act=C3=BAa como un agente muy activo sobre procesos qu=C3=ADmicos y = f=C3=ADsicos de erosi=C3=B3n= . El agua=20 en su estado l=C3=ADquido y, en menor medida, en forma de hielo, tambi=C3=A9n es = un factor=20 esencial en el transporte de sedimentos. El dep=C3=B3s= ito de esos restos=20 es una herramienta utilizada por la geolog=C3=ADa para estudiar los=20 fen=C3=B3menos formativos sucedidos en la Tierra.

El ciclo del = agua

Art=C3=ADculo principal: Ciclo=20 del agua

=20

El ciclo del agua = implica=20 una serie de procesos f=C3=ADsicos continuos.

Con ciclo del agua = =E2=80=94conocido=20 cient=C3=ADficamente como el ciclo hidrol=C3=B3gico=E2=80=94 se = denomina al continuo=20 intercambio de agua dentro de la hidrosfera, entre = la atm=C3=B3sfera= , el=20 agua superficial y subterr=C3=A1nea y los organismos vivos. El agua = cambia=20 constantemente su posici=C3=B3n de una a otra parte del ciclo de agua, = implicando=20 b=C3=A1sicamente los siguientes procesos f=C3=ADsicos:

evaporaci=C3=B3n=20 de los oc=C3=A9anos y otras masas de agua y transpirac= i=C3=B3n de los=20 seres vivos (animales y plantas) hacia la atm=C3=B3sfera= ,=20
precipitaci=C3=B3n,=20 originada por la condensaci=C3=B3n de vapor de agua, y que puede = adaptar m=C3=BAltiples=20 formas,=20
escorrent=C3=AD= a, o=20 movimiento de las aguas superficiales hacia los oc=C3=A9anos. =

La energ=C3=ADa del sol calienta la tierra, generando corrientes de = aire que hacen=20 que el agua se evapore, ascienda por el aire y se condense en altas = altitudes,=20 para luego caer en forma de lluvia. La mayor parte del vapor de agua que = se=20 desprende de los oc=C3=A9anos = vuelve a los mismos,=20 pero el viento=20 desplaza masas de vapor hacia la tierra firme, en la misma = proporci=C3=B3n en que el=20 agua se precipita de nuevo desde la tierra hacia los mares (unos 45.000 = km=C2=B3=20 anuales). Ya en tierra firme, la evaporaci=C3=B3n de cuerpos = acu=C3=A1ticos y la transpirac= i=C3=B3n de seres=20 vivos contribuye a incrementar el total de vapor de agua en otros 74.000 = km=C2=B3=20 anuales. Las precipitaciones sobre tierra firme =E2=80=94con un valor = medio de 119.000=20 km=C2=B3 anuales=E2=80=94 pueden volver a la superficie en forma de = l=C3=ADquido =E2=80=94como lluvia=E2=80=94, = s=C3=B3lido =E2=80=94nieve o = granizo=E2=80=94, o de=20 gas, formando nieblas o brumas. El agua = condensada=20 presente en el aire es tambi=C3=A9n la causa de la formaci=C3=B3n del arco iris: La refracci=C3=B3= n=20 de la luz = solar en las=20 min=C3=BAsculas part=C3=ADculas de vapor, que act=C3=BAan como = m=C3=BAltiples y peque=C3=B1os prismas<= /A>. El agua de escorrent=C3=AD= a suele=20 formar cuencas,=20 y los cursos de agua m=C3=A1s peque=C3=B1os suelen unirse formando = r=C3=ADos. El desplazamiento=20 constante de masas de agua sobre diferentes terrenos geol=C3=B3gicos es = un factor muy=20 importante en la conformaci=C3=B3n del relieve. Adem=C3=A1s, al arrastrar = minerales durante su=20 desplazamiento, los r=C3=ADos cumplen un papel muy importante en el = enriquecimiento=20 del suelo. Parte de las aguas de esos r=C3=ADos se desv=C3=ADan para su = aprovechamien= to agr=C3=ADcola.=20 Los r=C3=ADos desembocan en el mar, depositando los sedimentos = arrastrados durante su=20 curso, formando deltas. El = terreno de=20 estos deltas es muy f=C3=A9rtil, gracias a la riqueza de los minerales = concentrados=20 por la acci=C3=B3n del curso de agua. El agua puede ocupar la tierra = firme con=20 consecuencias desastrosas: Las inundaciones<= /A> se producen=20 cuando una masa de agua rebasa sus m=C3=A1rgenes habituales o cuando = comunican con=20 una masa mayor =E2=80=94como el mar=E2=80=94 de forma irregular. Por = otra parte, y aunque la=20 falta de precipitaciones es un obst=C3=A1culo importante para la vida, = es natural que=20 peri=C3=B3dicamente algunas regiones sufran sequ=C3=ADas. = Cuando la sequedad=20 no es transitoria, la vegetaci=C3=B3n desaparece, al tiempo que se = acelera la erosi=C3=B3n=20 del terreno. Este proceso se denomina desertizac= i=C3=B3n[32]=20 y muchos pa=C3=ADses adoptan pol=C3=ADticas^[33]=20 para frenar su avance. En 2007, la ONU declar=C3=B3 el 17 de = junio como el=20 D=C3=ADa mundial de lucha contra la desertizaci=C3=B3n y la = sequ=C3=ADa".[34]

El = oc=C3=A9ano

Art=C3=ADculo principal: Hidrograf=C3=AD= a

=20

Evaporaci=C3=B3n del agua del = oc=C3=A9ano.

El oc=C3=A9ano=20 engloba la parte de la superficie terrestre ocupada por el agua marina. = Se form=C3=B3=20 hace unos 4.000 millones de a=C3=B1os cuando la temperatura de la = superficie del=20 planeta se enfri=C3=B3 hasta permitir que el agua pasase a estado = l=C3=ADquido. Cubre el=20 71% de la superficie de la Tierra. La profundidad = media es=20 de unos 4 km. La parte m=C3=A1s profunda se encuentra en la fosa de las=20 Marianas alcanzando los 11.033 m. En los oc=C3=A9anos hay una capa = superficial de=20 agua templada (12=C2=BA a 30 =C2=B0C), que ocupa entre varias = decenas de metros hasta=20 los 400 o 500 metros. Por debajo de esta capa el agua est=C3=A1 = fr=C3=ADa con temperaturas=20 de entre 5=C2=BA y -1 =C2=B0C. El agua est=C3=A1 m=C3=A1s = c=C3=A1lida en las zonas templadas,=20 ecuatoriales y tropicales, y m=C3=A1s fr=C3=ADa cerca de los polos.

Contiene sustancias s=C3=B3lidas en disoluci=C3=B3n, siendo las = m=C3=A1s abundantes el sodio y el = cloro que, = en su forma=20 s=C3=B3lida, se combina para formar el cloruro de = sodio o sal=20 com=C3=BAn y, junto con el magnesio, el calcio y el potasio, constituyen = cerca del=20 90% de los elementos disueltos en el agua de mar.

El oc=C3=A9ano est=C3=A1 dividido por grandes extensiones de tierra = que son los continentes=20 y grandes archipi=C3=A9= lagos en cinco=20 partes que, a su vez, tambi=C3=A9n se llaman oc=C3=A9anos: oc=C3=A9ano Ant=C3=A1rtico, oc=C3=A9ano=20 =C3=81rtico, oc=C3=A9ano Atl=C3=A1ntico, oc=C3=A9ano=20 =C3=8Dndico y oc=C3=A9ano=20 Pac=C3=ADfico.

Se llama mar a una=20 masa de agua=20 salada de tama=C3=B1o inferior al oc=C3=A9ano. = Se utiliza tambi=C3=A9n el=20 t=C3=A9rmino para designar algunos grandes lagos.

Mareas

Art=C3=ADculo principal: Marea

=20

Pleamar y bajamar en el puerto de la Flotte en la = isl= a R=C3=A9=20 (Francia).

Las mareas son=20 movimientos c=C3=ADclicos de las grandes masas de agua causadas por la = fuerza=20 gravitatoria lunar y el sol, en conjunci=C3=B3n con los oc=C3=A9anos. = Las mareas se deben=20 a movimientos de corrientes de grandes masas de agua, como mares, que oscilan en un = margen=20 constante de horas. La marea se refleja perceptiblemente en una notable=20 variaci=C3=B3n de la altura del nivel del mar =E2=80=94entre otras = cosas=E2=80=94 originado por las=20 posiciones relativas del Sol y la Luna en combinaci=C3=B3n = con el efecto de la = rotaci=C3=B3n=20 terrestre y la batimetr=C3=AD= a local. La=20 franja de mar sometida a estos cambios =E2=80=94expuesta en bajamar y = cubierta en=20 pleamar=E2=80=94 se denomina zona entre = mareas y=20 representa un nicho ecol=C3=B3gico de gran=20 valor.

El = agua dulce en=20 la naturaleza

El agua=20 dulce en la naturaleza se renueva gracias a la atm=C3=B3sfera que = dispone de=20 12.900 km=C2=B3 de vapor de agua. Sin embargo, se trata de un volumen = din=C3=A1mico que=20 constantemente se est=C3=A1 incrementando en forma de evaporaci=C3=B3n y = disminuyendo en=20 forma de precipitaciones, estim=C3=A1ndose el volumen anual en forma de = precipitaci=C3=B3n=20 o agua de lluvia entre 113.500 y 120.000 km=C2=B3 en el mundo. Estos = vol=C3=BAmenes=20 suponen la parte clave de la renovaci=C3=B3n de los recursos naturales = de agua dulce.=20 En los pa=C3=ADses de clima templado y fr=C3=ADo la precipitaci=C3=B3n = en forma de nieve supone=20 una parte importante del total.^[35]

El 68,7% del agua dulce existente en el mundo est=C3=A1 en los = glaciares y mantos=20 de hielo. Sin embargo, en general, no se consideran recursos = h=C3=ADdricos por ser=20 inaccesibles (Ant=C3=A1rtida= , =C3=81rtico = y Groenlandia). En = cambio los=20 glaciares continentales son b=C3=A1sicos en los recursos h=C3=ADdricos = de muchos=20 pa=C3=ADses.^[35]

Las aguas superficiales engloban los lagos, embalses, r=C3=ADos y = humedales=20 suponiendo solamente el 0,3% del agua dulce del planeta, sin embargo = representan=20 el 80% de las aguas dulces renovables anualmente de all=C3=AD su = importancia.[35]

Tambi=C3=A9n el agua subterr=C3=A1nea dulce almacenada, que = representa el 96% del agua=20 dulce no congelada de la Tierra, supone un importante recurso. = Seg=C3=BAn Morris los=20 sistemas de aguas subterr=C3=A1neas empleados en abastecimiento de = poblaciones=20 suponen entre un 25 y un 40% del agua potable total abastecida. As=C3=AD = la mitad de=20 las grandes megal=C3=B3polis del mundo dependen de ellas para su = consumo. En las=20 zonas donde no se dispone de otra fuente de abastecimiento representa = una forma=20 de abastecimiento de calidad a bajo coste.^[35]

La mayor fuente de agua dulce del mundo adecuada para su consumo es = el Lago=20 Baikal, de Siberia, que tiene un = =C3=ADndice muy=20 reducido en sal y calcio y = a=C3=BAn no est=C3=A1=20 contaminado.^[36]

Efectos sobre = la=20 vida

<= IMG=20 class=3Dthumbimage height=3D200 alt=3D""=20 src=3D"http://upload.wikimedia.org/wikipedia/commons/thumb/7/76/Blue_Linc= kia_Starfish.JPG/150px-Blue_Linckia_Starfish.JPG"=20 width=3D150>=20

<= IMG=20 height=3D11 alt=3D""=20 src=3D"http://bits.wikimedia.org/skins-1.18/common/images/magnify-clip.pn= g"=20 width=3D15>

El arrecife de = coral es=20 uno de los entornos de mayor biodiversidad.

Desde el punto de vista de la biolog=C3=ADa, el agua es un=20 elemento cr=C3=ADtico para la proliferaci=C3=B3n de la vida. El agua = desempe=C3=B1a este papel=20 permitiendo a los compuestos org=C3=A1nicos diversas reacciones que, en = =C3=BAltimo=20 t=C3=A9rmino, posibilitan la repli= caci=C3=B3n de ADN.=20 De un modo u otro,^[37]=20 todas las formas de vida conocidas dependen del agua. Sus propiedades la = convierten en un activo agente, esencial en muchos de los procesos metab=C3=B3licos = que los seres=20 vivos realizan. Desde esta perspectiva metab=C3=B3lica, podemos = distinguir dos tipos=20 de funciones del agua: anab=C3=B3licamente,= la extracci=C3=B3n=20 de agua de mol=C3=A9culas =E2=80=94mediante reacciones qu=C3=ADmicas = enzim=C3=A1ticas que consumen=20 energ=C3=ADa=E2=80=94 permite el crecimiento de mol=C3=A9culas mayores, = como los triglic=C3=A9= ridos o las prote=C3=ADnas;=20 en cuanto al catabolismo, el = agua act=C3=BAa=20 como un disolvente de los enlaces entre =C3=A1tomos, reduciendo el = tama=C3=B1o de las=20 mol=C3=A9culas (como glucosas, =C3=A1cidos = grasos y amino=C3=A1ci= dos), suministrando=20 energ=C3=ADa en el proceso. El agua es por tanto un medio irremplazable = a nivel=20 molecular para numerosos organismos vivos. Estos procesos = metab=C3=B3licos no podr=C3=ADan=20 realizarse en un entorno sin agua, por lo que algunos cient=C3=ADficos = se han=20 planteado la hip=C3=B3tesis de qu=C3=A9 tipo de mecanismos = =E2=80=94absorci=C3=B3n de gas, asimilaci=C3=B3n=20 de minerales=E2=80=94 podr=C3=ADan mantener la vida sobre el = planeta.

Es un compuesto esencial para la fotos=C3=ADn= tesis y la respiraci=C3= =B3n. Las c=C3=A9lulas=20 fotosint=C3=A9ticas utilizan la energ=C3=ADa del sol para dividir el = ox=C3=ADgeno y el=20 hidr=C3=B3geno presentes en la mol=C3=A9cula de agua. El hidr=C3=B3geno = es combinado entonces=20 con CO₂ (absorbido del aire o del agua) para formar glucosa, liberando = ox=C3=ADgeno en el=20 proceso. Todas las c=C3=A9lulas vivas utilizan alg=C3=BAn tipo de = "combustible" en el=20 proceso de oxidaci=C3=B3n del hidr=C3=B3geno y carbono para capturar la = energ=C3=ADa solar y=20 procesar el agua y el CO₂. Este proceso se denomina resp= iraci=C3=B3n=20 celular.

=20

Vegetaci=C3=B3n de un oasis en el=20 desierto.

El agua es tambi=C3=A9n el eje de las funciones enzim=C3=A1ticas y la = neutralidad=20 respecto a =C3=A1cidos y bases. Un =C3=A1cido, un "donante" de ion de hidr=C3=B3geno = (H⁺, es=20 decir, de un prot=C3=B3n) = puede ser neutralizado=20 por una base, = un "receptor"=20 de protones, como un ion = hidr=C3=B3xido=20 (OH^-) para formar agua. El agua se considera neutra, con un = pH de 7. Los = =C3=A1cidos tienen=20 valores pH por debajo de 7, mientras que las bases rebasan ese valor. El = =C3=A1cido=20 g=C3=A1strico (HCl), por ejemplo, es el que posibilita la = digesti=C3=B3n. Sin embargo, su=20 efecto corrosivo sobre las paredes del es=C3=B3fago puede ser = neutralizado gracias a=20 una base como el hi= dr=C3=B3xido de=20 aluminio, causando una reacci=C3=B3n en la que se producen = mol=C3=A9culas de agua y=20 cloruro de sal de aluminio. La bioqu=C3=ADmic= a humana=20 relacionada con enzimas funciona de = manera ideal=20 alrededor de un valor pH biol=C3=B3gicamente neutro de alrededor de = 7.4.

Las diversas funciones que un organismo puede realizar = =E2=80=94seg=C3=BAn su complejidad=20 celular=E2=80=94 determinan que la cantidad de agua var=C3=ADe de un = organismo a otro. Una=20 c=C3=A9lula de Escherichia = coli=20 contiene alrededor de un 70% de agua, un cuerpo humano entre un 60 y = 70%, una=20 planta puede reunir hasta un 90% de agua, y el porcentaje de agua de una = medusa=20 adulta oscila entre un 94 y un 98%.

Formas de = vida=20 acu=C3=A1tica. Circulaci=C3=B3n vegetal

Art=C3=ADculos principales: Biosfera#Oc=C3= =A9anos,=20 Planta = acu=C3=A1tica y Potenci= al=20 h=C3=ADdrico

=20

Diatomeas marinas, un = importante grupo de fitoplancton.

Las aguas est=C3=A1n llenas de vida. Al parecer, las primeras formas = de=20 vida aparecieron en el agua,^[38]=20 que en la actualidad no s=C3=B3lo es el h=C3=A1bitat de todas las = especies de peces y=20 tambi=C3=A9n a algunos mam=C3=AD= feros y anfibios. El agua es = tambi=C3=A9n=20 esencial para el kelp, el plancton y las algas, que son la base de = la cadena = tr=C3=B3fica=20 submarina, y provee por tanto no s=C3=B3lo el medio sino el sustento de = toda la fauna = marina.

Los animales acu=C3=A1ticos deben obtener ox=C3=ADgeno para respirar, = extray=C3=A9ndolo del=20 agua de diversas maneras. Los grandes mam=C3=ADferos como las ballenas=20 conservan la respiraci=C3=B3n pulmonar, tomando el aire fuera del agua y = conteniendo=20 la respiraci=C3=B3n al sumergirse. Los peces, sin embargo, utilizan las = agallas para=20 extraer el ox=C3=ADgeno del agua en vez de pulmones. = Algunas especies como=20 los dipnoos=20 conservan ambos sistemas respiratorios. Otras especies marinas pueden = absorber=20 el ox=C3=ADgeno mediante respiraci=C3=B3n=20 cut=C3=A1nea. El arrecife de = coral se=20 ha calificado en ocasiones como "el animal vivo m=C3=A1s grande del = mundo", y=20 con sus m=C3=A1s de 2.600 km de extensi=C3=B3n es = posible verlo=20 desde el espacio.

La circulaci=C3=B3n=20 vegetal de plantas terrestres tambi=C3=A9n se efect=C3= =BAa gracias a=20 determinadas propiedades del agua, que hace posible la obtenci=C3=B3n de = energ=C3=ADa a=20 partir de la luz solar.<= /P>

Efectos=20 sobre la civilizaci=C3=B3n humana

La historia muestra que las civilizaciones primitivas florecieron en = zonas=20 favorables a la agricultura, como las cuen= cas de los r=C3=ADos. Es el = caso de=20 Mesopotamia, = considerada la=20 cuna de la civilizaci=C3=B3n humana, surgida en el f=C3=A9rtil valle del = =C3=89ufrates y el Tigris; y tambi=C3=A9n = el de Egipto, = una=20 espl=C3=A9ndida civilizaci=C3=B3n que depend=C3=ADa por completo del Nilo y sus = peri=C3=B3dicas crecidas.=20 Muchas otras grandes ciudades, como Rotterdam, Londres, Montreal, Par=C3=ADs, Nueva York, Buenos=20 Aires, Shangh=C3=A1i, Tokio, Chicago o Hong Kong deben su = riqueza a=20 la conexi=C3=B3n con alguna gran v=C3=ADa de agua que favoreci=C3=B3 su = crecimiento y su=20 prosperidad. Las islas que contaban con un puerto natural seguro = =E2=80=94como Singapur=E2=80=94=20 florecieron por la misma raz=C3=B3n. Del mismo modo, =C3=A1reas en las = que el agua es muy=20 escasa, como el norte = de =C3=81frica o el Oriente=20 Medio, han tenido hist=C3=B3ricamente dificultades de = desarrollo.[39]

ONU = declara al=20 agua y al saneamiento derecho humano esencial

La Asamblea General de Naciones = Unidas, aprob=C3=B3=20 ayer 28 de julio de 2010, en su sexag=C3=A9simo cuarto per=C3=ADodo de = sesiones, una=20 resoluci=C3=B3n que reconoce al agua potable y al saneamiento = b=C3=A1sico como derecho humano = esencial=20 para el pleno disfrute de la vida y de todos los derechos humanos.

La resoluci=C3=B3n fue adoptada a iniciativa de Bolivia, tras 15 = a=C3=B1os de=20 debates, con el voto favorable de 122 pa=C3=ADses y 44 abstenciones. La = Asamblea de=20 Naciones Unidas se mostr=C3=B3 =E2=80=9Cprofundamente preocupada porque = aproximadamente 884=20 millones de personas carecen de acceso al agua potable y m=C3=A1s de = 2.600 millones=20 de personas no tienen acceso al saneamiento b=C3=A1sico, y alarmada = porque cada a=C3=B1o=20 fallecen aproximadamente 1,5 millones de ni=C3=B1os menores de 5 = a=C3=B1os y se pierden=20 443 millones de d=C3=ADas lectivos a consecuencia de enfermedades = relacionadas con el=20 agua y el saneamiento=E2=80=9D. La adopci=C3=B3n de esta resoluci=C3=B3n = estuvo precedida de una=20 activa campa=C3=B1a liderada por el presidente del Estado Plurinacional = de Bolivia,=20 Evo=20 Morales Ayma^[40]

Agua=20 para beber: necesidad del cuerpo humano

=20

Una ni=C3=B1a bebiendo agua=20 embotellada.

Art=C3=ADculo principal: Agua = potable

El cuerpo humano est=C3=A1 = compuesto de entre un=20 55% y un 78% de agua, dependiendo de sus medidas y complexi=C3=B3n.[41]=20 Para evitar des=C3=B3= rdenes, el cuerpo=20 necesita alrededor de siete litros diarios de agua; la cantidad exacta = variar=C3=A1=20 en funci=C3=B3n del nivel de actividad, la temperatura, la humedad y = otros factores.=20 La mayor parte de esta agua se absorbe con la comida o bebidas = =E2=80=94no estrictamente=20 agua=E2=80=94. No se ha determinado la cantidad exacta de agua que debe = tomar un=20 individuo sano, aunque una mayor=C3=ADa de expertos considera que unos = 6-7 vasos de=20 agua diarios (aproximadamente dos litros) es el m=C3=ADnimo necesario = para mantener=20 una adecuada hidrataci=C3=B3n.<= SUP=20 class=3Dreference id=3Dcite_ref-41>[42]=20 La literatura m=C3=A9dica defiende un menor consumo, t=C3=ADpicamente un = litro de agua=20 diario para un individuo var=C3=B3n adulto, excluyendo otros = requerimientos posibles=20 debidos a la p=C3=A9rdida de l=C3=ADquidos causada por altas = temperaturas o ejercicio=20 f=C3=ADsico.^[43]=20 Una persona con los ri=C3=B1= ones en buen estado tendr=C3=A1=20 dificultades para beber demasiado agua, pero =E2=80=94especialmente en = climas c=C3=A1lidos y=20 h=C3=BAmedos, o durante el ejercicio=E2=80=94 = beber poco tambi=C3=A9n=20 puede ser peligroso. El cuerpo humano es capaz de beber mucha m=C3=A1s = agua de la que=20 necesita cuando se ejercita, llegando incluso a ponerse en peligro por = hiperhi= drataci=C3=B3n, o=20 intoxicaci=C3=B3n de agua. El hecho com=C3=BAnmente aceptado de = que un individuo=20 adulto debe consumir ocho vasos diarios de agua no tiene ning=C3=BAn = fundamento=20 cient=C3=ADfico.^[44]=20 Hay otros mitos^[45]=20 sobre la relaci=C3=B3n entre agua y salud que poco a poco van siendo = olvidades.[46]

Una recomendaci=C3=B3n^[47]=20 sobre consumo de agua de la Plataforma de Alimentaci=C3=B3n y = Nutrici=C3=B3n=20 se=C3=B1alaba:

Una cantidad ordinaria = para=20 distintas personas es de un 1 mililitro de agua por cada calor=C3=ADa de = comida. La=20 mayor parte de esta cantidad ya est=C3=A1 contenida en los alimentos=20 preparados"

FNB, Consejo Nacional de = Investigaci=C3=B3n de los=20 Estados Unidos, 1945

La =C3=BAltima referencia ofrecida por este mismo organismo habla de = 2.7 litros de=20 agua diarios para una mujer y 3.7 litros para un hombre, incluyendo el = consumo=20 de agua a trav=C3=A9s de los alimentos.^[48]=20 Naturalmente, durante el embarazo y la lactancia la mujer = debe=20 consumir m=C3=A1s agua para mantenerse hidratada. Seg=C3=BAn el = Instituto de Medicina =E2=80=94que=20 recomienda una media de 2.2 litros/d=C3=ADa para una mujer, y 3.0 = litros/d=C3=ADa para un=20 var=C3=B3n=E2=80=94 una mujer embarazada debe consumir 2.4 litros, y = hasta 3 litros durante=20 la lactancia, considerada la gran cantidad de l=C3=ADquido que se pierde = durante la=20 cr=C3=ADa.^[49]=20 Tambi=C3=A9n se se=C3=B1ala que normalmente, alrededor de un 20% del = agua se absorbe con=20 la comida, mientras el resto se adquiere mediante el consumo de agua y = otras=20 bebidas. El agua se expulsa del cuerpo de muy diversas formas: a = trav=C3=A9s de la orina, las = heces, en forma de sudor, o en forma de = vapor de=20 agua, por exhalaci=C3=B3= n del aliento.= =20 Una persona enferma, o expuesta directamente a fuentes de calor, = perder=C3=A1 mucho=20 m=C3=A1s l=C3=ADquido, por lo que sus necesidades de consumo = tambi=C3=A9n aumentar=C3=A1n.

Desinfecci=C3=B3n=20 del agua potable

Art=C3=ADculo principal: Desinfecci=C3=B3n=20 del agua potable

=20

Poblaci=C3=B3n con acceso al agua potable en el = mundo:

Entre=20 22 y 51% Entre=20 51 y 71% Entre=20 67 y 82%

Entre=20 82 y 93% Entre=20 93 y 100% Sin=20 = datos

=20

Una ni=C3=B1a con una botella de agua en = =C3=81frica donde la diarrea=20 es frecuente en los ni=C3=B1os. La escasez de agua y la deficiente = infraestructura=20 causan m=C3=A1s de 5 millones de muertes al a=C3=B1o por consumo de agua = contaminada.

<= /DIV>

El agua de boca es uno de los principales transmisores de = microorganismos=20 causantes de enfermedades, principalmente bacterias, virus y protozoos=20 intestinales. Las grandes epidemias de la humanidad han prosperado por = la=20 contaminaci=C3=B3n del agua de boca. Por referencias se conoce que se = recomendaba=20 hervir el agua desde quinientos a=C3=B1os antes de nuestra era.^[50]

Actualmente en los pa=C3=ADses desarrollados est=C3=A1n = pr=C3=A1cticamente controlados los=20 problemas que planteaban las aguas contaminadas. Los procesos de = filtraci=C3=B3n y=20 desinfecci=C3=B3n mediante cloro a los que se somete al agua antes del = consumo humano=20 se han impuesto en el siglo XX y se estima que son los causantes del 50% = de=20 aumento de la expectativa de vida de los pa=C3=ADses desarrollados en el = siglo=20 pasado. La cloraci=C3=B3n y filtraci=C3=B3n del agua fue considerada por = la revista Life=20 probablemente el m=C3=A1s importante progreso de salud p=C3=BAblica del = milenio. El cloro=20 es el material m=C3=A1s usado como desinfectante del agua. La = hip=C3=B3tesis m=C3=A1s aceptada=20 de c=C3=B3mo act=C3=BAa y destruye el cloro estos microorganismos = pat=C3=B3genos es que produce=20 alteraciones f=C3=ADsicas, qu=C3=ADmicas y bioqu=C3=ADmicas en la = membrana o pared protectora=20 de las c=C3=A9lulas ocasionando el fin de sus funciones vitales.^[50]

El cloro puede=20 resultar irritante para las mucosas y la piel por ello su = utilizaci=C3=B3n est=C3=A1=20 estrictamente vigilada. La proporci=C3=B3n usada var=C3=ADa entre 1ppm cuando se trata=20 de purificar el agua para su consumo, y entre 1-2 ppm para la=20 preparaci=C3=B3n de agua de ba=C3=B1o. La = aplicaci=C3=B3n inadecuada=20 de componentes qu=C3=ADmicos en el agua puede resultar peligroso. La = aplicaci=C3=B3n de=20 cloro como desinfectante comenz=C3=B3 en 1912 en los Estados Unidos. = Al a=C3=B1o=20 siguiente Wallace y Tiernan dise=C3=B1aron unos equipos que pod=C3=ADan = medir el cloro gas=20 y formar una soluci=C3=B3n concentrada que se a=C3=B1ad=C3=ADa al agua a = tratar. Desde entonces=20 la t=C3=A9cnica de cloraci=C3=B3n ha seguido progresando. Adem=C3=A1s de = su capacidad=20 destructora de g=C3=A9rmenes, su capacidad oxidante es muy grande y su = acci=C3=B3n tambi=C3=A9n=20 es muy beneficiosa en la eliminaci=C3=B3n del hierro, manganeso, = sulfh=C3=ADdricos,=20 sulfuros y otras sustancias reductoras del agua. Muchos pa=C3=ADses en = sus normativas=20 establecen desinfecciones mediante cloro y exigen el mantenimiento de = una=20 determinada concentraci=C3=B3n residual de desinfectante en sus redes de = tuber=C3=ADas de=20 distribuci=C3=B3n de agua. A veces se emplea cloraminas como = desinfectante secundario=20 para mantener durante m=C3=A1s tiempo una determinada concentraci=C3=B3n = de cloro en el=20 sistema de abastecimiento de agua potable.^[51]

Dificultades = en el=20 mundo para acceder al agua potable

El agua adecuada para el consumo humano se llama agua potable. = Como se ha=20 explicado el agua que no re=C3=BAne las condiciones adecuadas para su = consumo puede=20 ser potabilizada mediante filtraci=C3=B3= n o mediante otros=20 procesos fisicoqu=C3=ADmicos.

La poblac= i=C3=B3n mundial ha=20 pasado de 2.630 millones en 1950 a 6.671 millones en 2008. En este = periodo (de=20 1950 a 2010) la poblaci=C3=B3n urbana ha pasado de 733 millones a 3.505 = millones. Es=20 en los asentamientos humanos donde se concentra el uso del agua no = agr=C3=ADcola y=20 donde se contraen la mayor=C3=ADa de las enfermedades relacionadas con = el agua.[52]

Ante la dificultad de disponer de agua potable para = consumo=20 humano en muchos lugares del planeta, se ha consolidado un concepto = intermedio,=20 el agua=20 segura como el agua que no contiene bacterias peligrosas, = metales=20 t=C3=B3xicos = disueltos, o productos=20 qu=C3=ADmicos da=C3=B1inos a la salud, y es por lo tanto considerada = segura para beber,=20 por tanto se emplea cuando el suministro de agua potable est=C3=A1 = comprometido. Es=20 un agua que no resulta perjudicial para el ser humano, aunque no = re=C3=BAna las=20 condiciones ideales para su consumo.

Por diversos motivos, la disponibilidad del agua resulta = problem=C3=A1tica en=20 buena parte del mundo, y por ello se ha convertido en una de las = principales=20 preocupaciones de gobiernos en todo el mundo. Actualmente, se estima que = alrededor de mil millones^[53]=20 de personas tienen un deficiente acceso al agua potable. Esta = situaci=C3=B3n se=20 agrava por el consumo de aguas en malas condiciones, que favorece la=20 proliferaci=C3=B3n de enfermedades y brotes epid=C3=A9micos. Muchos de = los pa=C3=ADses reunidos=20 en Evian en la XXIX=C2=AA conferencia del G-8 se marcaron 2015 como = fecha=20 l=C3=ADmite para conseguir el acceso universal a agua en mejores = condiciones en todo=20 el mundo.^[54]=20 Incluso si se lograse este dif=C3=ADcil objetivo, se calcula que = a=C3=BAn quedar=C3=ADa=20 alrededor de 500 millones sin acceso al agua potable, y m=C3=A1s de mil = millones=20 carecer=C3=ADan de un adecuado sistema de saneamiento. La = mala calidad=20 el agua y el saneamiento irregular afectan gravemente el estado = sanitario de la=20 poblaci=C3=B3n: s=C3=B3lo el consumo de agua contaminada causa 5.000.000 = de muertes al=20 a=C3=B1o, seg=C3=BAn informes^[55]=20 de las Naciones Unidas, que = declararon=20 2005-2015 la "D=C3=A9cada de la acci=C3=B3n". La OMS estima que la = adopci=C3=B3n de=20 pol=C3=ADticas de agua segura podr=C3=ADa evitar la muerte de 1.400.000 = ni=C3=B1os al a=C3=B1o,=20 v=C3=ADctimas de diarrea.^[56]=20 ^[57]=20 50 pa=C3=ADses que re=C3=BAnen a casi un tercio de la poblaci=C3=B3n = mundial carecen de un=20 adecuado suministro de agua,^[58]=20 y 17 de ellos extraen anualmente m=C3=A1s agua de sus acu=C3=ADferos de = la que puede=20 renovarse naturalmente.^[59]=20 La contaminac= i=C3=B3n, por otra=20 parte, no s=C3=B3lo contamina el agua de r=C3=ADos y = mares, sino los recursos=20 h=C3=ADdricos subterr=C3=A1neos que sirven de abastecimiento del consumo = humano.[60]

El uso = dom=C3=A9stico=20 del agua

=20

Ni=C3=B1a en Mal=C3=AD = abasteci=C3=A9ndose para su=20 consumo dom=C3=A9stico del agua del subsuelo mediante una bomba=20 manual.

Adem=C3=A1s de precisar los seres humanos el agua para su existencia = precisan del=20 agua para su propio aseo y la limpieza. Se ha estimado que los humanos = consumen=20 =C2=ABdirectamente o indirectamente=C2=BB alrededor de un 54% del = agua dulce=20 superficial disponible en el mundo. Este porcentaje se desglosa en:

Un 20%, utilizado para mantener la fauna y la flora, para el = transporte de=20 bienes (barcos) y para la pesca, y=20
el 34% restante, utilizado de la siguiente manera: El 70% en = irrigaci=C3=B3n,=20 un 20% en la industria y un 10% en las ciudades y los hogares.[61] ^[62]

El consumo humano representa un porcentaje reducido del volumen de = agua=20 consumido a diario en el mundo. Se estima que un habitante de un = pa=C3=ADs=20 desarrollado consume alrededor de 5 litros diarios en forma de alimentos = y=20 bebidas.^[63]=20 Estas cifras se elevan dram=C3=A1ticamente si consideramos el consumo = industrial=20 dom=C3=A9stico. Un c=C3=A1lculo^[64]=20 aproximado de consumo de agua por persona/d=C3=ADa en un pa=C3=AD= s=20 desarrollado, considerando el consumo industrial dom=C3=A9stico = arroja los=20 siguientes datos:

Consumo aproximado de agua por = persona/d=C3=ADa
Actividad	Consumo de agua
Lavar la ropa	60-100 litros
Limpiar la casa	15-40 litros
Limpiar la vajilla a m=C3=A1quina	18-50 litros
Limpiar la vajilla a mano	100 litros
Cocinar	6-8 litros
Darse una ducha	35-70 litros
Ba=C3=B1arse	200 litros
Lavarse los dientes	30 litros
Lavarse los dientes (cerrando el grifo)	1,5 litros
Lavarse las manos	1,5 litros
Afeitarse	40-75 litros
Afeitarse (cerrando el grifo)	3 litros
Lavar el coche con manguera	500 litros
Descargar la cisterna	10-15 litros
Media descarga de cisterna	6 litros
Regar un jard=C3=ADn peque=C3=B1o	75 litros
Riego de plantas dom=C3=A9sticas	15 litros
Beber	1,5 litros

Estos h=C3=A1bitos de consumo se=C3=B1alados y el aumento de la = poblaci=C3=B3n en el =C3=BAltimo=20 siglo ha causando a la vez un aumento en el consumo del agua. Ello ha = provocado=20 que las autoridades realicen campa=C3=B1as por el buen uso del agua. = Actualmente, la=20 concienciaci=C3=B3n es una tarea de enorme importancia para garantizar = el futuro del=20 agua en el planeta, y como tal es objeto de constantes actividades tanto = a nivel=20 nacional como municipal.^[65]=20 Por otra parte, las enormes diferencias entre el consumo diario por = persona en=20 pa=C3=ADses desarrollados y pa=C3=ADses en v=C3=ADas de desarrollo^[66]=20 se=C3=B1alan que el modelo h=C3=ADdrico actual no es s=C3=B3lo = ecol=C3=B3gicamente inviable: tambi=C3=A9n=20 lo es desde el punto de vista humanitario,^[67]=20 por lo que numerosas ONGs se esfuerzan[68]=20 por incluir el derecho al agua entre los Derechos=20 humanos.^[69]=20 Durante el V Foro Mundial del agua, convocado el 16 de marzo de 2009 en = Estambul (Turqu=C3=ADa)= ,=20 Loic Fauchon (Presidente del Consejo Mundial del Agua) subray=C3=B3 la = importancia de=20 la regulaci=C3=B3n del consumo en estos t=C3=A9rminos:

"La =C3=A9poca del agua = f=C3=A1cil ya=20 termin=C3=B3...desde hace 50 a=C3=B1os las pol=C3=ADticas del agua en = todo el mundo=20 consistieron en aportar siempre m=C3=A1s agua. Tenemos que entrar en = pol=C3=ADticas de=20 regulaci=C3=B3n de la demanda"^[70]

El agua en = la=20 agricultura

Art=C3=ADculo principal: Riego

=20

Sistema=20 de irrigaci=C3=B3n de Dujiangyan (China) realizado en el = siglo=20 III a. C. Varias exclusas desv=C3=ADan parte del r=C3=ADo = Min a un canal=20 hasta Chengdu.=20 Desde entonces funciona.

=20

Riego mediante un P=C3=ADvot en un campo de algod=C3=B3n= .

La mayor parte del agua se destina a la agricultura, y es = utilizada=20 para irrigar = los cultivos. La=20 relaci=C3=B3n directa entre recursos h=C3=ADdricos y producci=C3=B3n de = alimentos es cr=C3=ADtica=20 por tanto para una poblaci=C3=B3n humana en constante crecimiento.[71]=20 La irrigaci=C3=B3n absorbe hasta el 90% de los recursos h=C3=ADdricos de = algunos pa=C3=ADses en=20 desarrollo.^[72]=20 La agricultura es un sistema de producci=C3=B3n tan antiguo que se ha = sabido adaptar=20 a los diferentes reg=C3=ADmenes h=C3=ADdricos de cada pa=C3=ADs: = As=C3=AD, en zonas donde se den=20 abundantes precipitaciones=20 suelen realizarse cultivos de = regad=C3=ADo,=20 mientras que en zonas m=C3=A1s secas son comunes los cultivos de = secano.=20 M=C3=A1s recientemente, y en entornos m=C3=A1s adversos, como el desierto se ha = experimentado=20 con nuevas formas de cultivo, centradas en minimizar=20 el consumo de agua. En la actualidad una de las vertientes m=C3=A1s = activas de la=20 investigaci=C3=B3n gen=C3=A9tica intenta optimizar las=20 especies que el hombre usa como alimento. Tambi=C3=A9n se ha empezado a = hablar de agricultura=20 espacial^[73]=20 para referirse a los experimentos destinados a difundir la agricultura = por otros=20 planetas.

Actualmente la agricultura supone una importante presi=C3=B3n sobre = las masas=20 naturales de agua, tanto en cantidad como en calidad. As=C3=AD, el agua = que precisan=20 los regad=C3=ADos supone una disminuci=C3=B3n de los caudales naturales = de los r=C3=ADos y un=20 descenso de los niveles de las aguas subterr=C3=A1neas que ocasionan un = efecto=20 negativo en los ecosistemas acu=C3=A1ticos. Por ejemplo, en Espa=C3=B1a = se riegan 3,4=20 millones de hect=C3=A1reas que supone el 7% de la superficie nacional y = emplea el 80%=20 de los recursos h=C3=ADdricos disponibles.^[74]

Tambi=C3=A9n el uso de nitratos y pesticidas en las labores = agr=C3=ADcolas suponen la=20 principal contaminaci=C3=B3n difusa de las masas de agua tanto = superficial como=20 subterr=C3=A1nea. La m=C3=A1s significativa es la contaminaci=C3=B3n por = nitratos que produce=20 la eutrofizac= i=C3=B3n de las=20 aguas. En Espa=C3=B1a el consumo anual de fertilizantes se estima en = 1.076.000=20 toneladas de nitr=C3=B3geno, 576.000 toneladas de f=C3=B3sforo y 444.000 = toneladas de=20 potasio. La mayor parte de los abonos son absorbidos por los cultivos, = el resto=20 es un potencial contaminante de las aguas.^[74]

El = uso del agua=20 en la industria

La industria precisa el agua para m=C3=BAltiples aplicaciones, para = calentar y=20 para enfriar, para producir vapor de agua o como disolvente, como = materia prima=20 o para limpiar. La mayor parte, despu=C3=A9s de su uso, se elimina = devolvi=C3=A9ndola=20 nuevamente a la naturaleza. Estos vertidos, a veces se tratan, pero = otras el=20 agua residual industrial vuelve al ciclo del agua sin tratarla = adecuadamente. La=20 calidad del agua de muchos r=C3=ADos del mundo se est=C3=A1 deteriorando = y est=C3=A1 afectando=20 negativamente al medio ambiente acu=C3=A1tico por los vertidos = industriales de=20 metales pesados, sustancias qu=C3=ADmicas o materia org=C3=A1nica.^[75]=20 Tambi=C3=A9n se puede producir una contaminaci=C3=B3n indirecta: = residuos s=C3=B3lidos pueden=20 llevar agua contaminada u otros l=C3=ADquidos, el lixiviado, que se = acaban filtrando=20 al terreno y contaminando acu=C3=ADferos si los residuos no se = a=C3=ADslan=20 adecuadamente.^[76]

Los mayores consumidores de agua para la industria en el a=C3=B1o = 2000 fueron:=20 EE.UU. 220,7 km=C2=B3; China 162 km=C2=B3; Federaci=C3=B3n Rusa 48,7 = km=C2=B3; India 35,2 km=C2=B3;=20 Alemania 32 km=C2=B3; Canad=C3=A1 31,6 km=C2=B3 y Francia 29,8 km=C2=B3. = En los pa=C3=ADses de habla=20 hispana, Espa=C3=B1a 6,6 km=C2=B3; M=C3=A9xico 4,3 km=C2=B3; Chile 3,2 = km=C2=B3 y Argentina 2,8 km=C2=B3.[77]

En algunos pa=C3=ADses desarrollados y sobre todo en Asia Oriental y = en el =C3=81frica=20 subsahariana, el consumo industrial de agua puede superar ampliamente al = dom=C3=A9stico.^[78]

El agua es utilizada para la generaci=C3=B3n=20 de energ=C3=ADa el=C3=A9ctrica. La h= idroelectricidad=20 es la que se obtiene a trav=C3=A9s de la energ=C3=ADa=20 hidr=C3=A1ulica. La energ=C3=ADa hidroel=C3=A9ctrica se produce = cuando el agua embalsada=20 previamente en una presa= cae por=20 gravedad en una c= entral=20 hidroel=C3=A9ctrica, haciendo girar en dicho proceso una turbi= na engranada a=20 un alternador de = energ=C3=ADa=20 el=C3=A9ctrica. Este tipo de energ=C3=ADa es de bajo coste, no produce = contaminaci=C3=B3n, y es=20 renovable.

El agua es fundamental para varios procesos industriales y = maquinarias, como=20 la turbina de = vapor, el intercambia= dor de=20 calor, y tambi=C3=A9n su uso como disolvente = qu=C3=ADmico. El=20 vertido de aguas residuales procedentes de procesos industriales causan = varios=20 tipos de contaminaci=C3=B3n como: la contaminaci=C3=B3n=20 h=C3=ADdrica causada por descargas de solutos y la contaminaci=C3=B3n=20 t=C3=A9rmica causada por la descarga del refrigerante.

Otra de las aplicaciones industriales es el agua presurizada, la cual = se=20 emplea en equipos de hidrodem= olici=C3=B3n, en=20 m=C3=A1quinas de corte con = chorro de=20 agua, y tambi=C3=A9n se utiliza en pistolas de agua con alta = presi=C3=B3n para cortar=20 de forma eficaz y precisa varios materiales como acero, hormig=C3=B3n, hormig=C3= =B3n armado, cer=C3=A1mica, etc.=20 El agua a presi=C3=B3n tambi=C3=A9n se usa para evit= ar el=20 recalentamiento de maquinaria como las sierras = el=C3=A9ctricas=20 o entre elementos sometidos a un intenso rozamiento.

El = agua como=20 transmisor de calor

El agua y el vapor son usados como transmisores de calor en diversos = sistemas=20 de intercambio= de=20 calor, debido a su disponibilidad, por su elevada capacidad = calor=C3=ADfica, y=20 tambi=C3=A9n por su facultad de enfriar y calentar. El vapor condensado = es un=20 calentador eficiente debido a su elevado calor de vaporizaci=C3=B3n. Una = desventaja=20 del agua y el vapor es que en cierta manera son corrosivos. En la = mayor=C3=ADa de=20 centrales el=C3=A9ctricas, el agua es utilizada como refrigerante, la = cual=20 posteriormente se evapora y en las turbinas de = vapor se=20 genera energ=C3=ADa mec=C3=A1nica,=20 permitiendo el funcionamiento de los gene= radores que=20 producen electricidad.

En la industria nuclear, el agua puede ser usada como moderador = nuclear. En=20 un reactor de agua a=20 presi=C3=B3n, el agua act=C3=BAa como refrigerante y moderador. Esto = aumenta la=20 eficacia del sistema de seguridad pasivo de la central nuclear, ya que = el agua=20 ralentiza la reacci=C3=B3n nuclear, manteniendo la reacci=C3=B3n en = cadena.

Procesamiento de=20 alimentos

V=C3=A9ase tambi=C3=A9n: Dureza del=20 agua

El agua desempe=C3=B1a un papel crucial en la t= ecnolog=C3=ADa de=20 alimentos. El agua es b=C3=A1sica en el procesamiento de alimentos y = las=20 caracter=C3=ADsticas de ella influyen en la calidad de los = alimentos.

Los solutos que se encuentran en el agua, tales como las sales y los=20 az=C3=BAcares, afectan las propiedades f=C3=ADsicas del agua y = tambi=C3=A9n alteran el punto de=20 ebullici=C3=B3n y de congelaci=C3=B3n del agua. Un mol de sacarosa = (az=C3=BAcar) aumenta el=20 punto de ebullici=C3=B3n del agua a 0.52 =C2=B0C, y un mol de cloruro de = sodio=20 aumenta el punto de ebullici=C3=B3n a 1.04 =C2=B0C a la vez que = disminuye del mismo=20 modo el punto de congelamiento del agua.^[79]=20 Los solutos del agua tambi=C3=A9n afectan la actividad de esta, y a su = vez afectan=20 muchas reacciones qu=C3=ADmicas y el crecimiento de microorganismos en = los=20 alimentos.^[80]=20 Se denomina actividad del agua a la relaci=C3=B3n que existe entre la = presi=C3=B3n de=20 vapor de la soluci=C3=B3n y la presi=C3=B3n de vapor de agua pura.^[79]=20 Los solutos en el agua disminuyen la actividad acuosa, y es importante = conocer=20 esta informaci=C3=B3n debido a que la mayor=C3=ADa del crecimiento = bacteriano cesa cuando=20 existen niveles bajos de actividad acuosa.^[80]=20 El crecimiento de microbios no es el =C3=BAnico factor que afecta la = seguridad de los=20 alimentos, tambi=C3=A9n existen otros factores como son la = preservaci=C3=B3n y el tiempo=20 de expiraci=C3=B3n de los alimentos.

Otro factor cr=C3=ADtico en el procesamiento de alimentos es la = dureza del agua,=20 ya que esta puede afectar dr=C3=A1sticamente la calidad de un producto a = la vez que=20 ejerce un papel en las condiciones de salubridad. La dureza del agua = mide la=20 concentraci=C3=B3n de compuestos minerales que hay en una determinada = cantidad de=20 agua, especialmente carbonato de calcio y magnesio.^[79]=20 La dureza del agua se clasifica en:

Agua blanda, = =20 17 mg/l=20
Moderadamente dura, $3D\le=20$ 120=20 mg/l=20
Agua=20 dura, $3D\le=20$ 180=20 mg/l

La dureza del agua puede ser alterada o tratada mediante el uso de un = sistema=20 qu=C3=ADmico de intercambio i=C3=B3nico. El nivel de pH del agua se ve alterado = por su=20 dureza, jugando un papel cr=C3=ADtico en el procesamiento de alimentos. = Por ejemplo,=20 el agua dura impide la producci=C3=B3n eficaz de bebidas cristalinas. La = dureza del=20 agua tambi=C3=A9n afecta la salubridad; de hecho, cuando la dureza = aumenta, el agua=20 pierde su efectividad desinfectante.[79]

Algunos m=C3=A9todos populares utilizados en la cocci=C3=B3n de = alimentos son:=20 la ebullici=C3=B3= n, la cocci=C3= =B3n al vapor, y=20 hervir a fuego lento. Estos procedimientos culinarios requieren la = inmersi=C3=B3n de=20 los alimentos en el agua cuando esta se encuentra en su estado = l=C3=ADquido o de=20 vapor.

Aplicaciones=20 qu=C3=ADmicas

Las reacciones org=C3=A1nicas generalmente se tiemplan = con agua o=20 con una soluci=C3=B3n acuosa que puede estar compuesta por =C3=A1cido, = por una base = o por un tamp=C3=B3n qu=C3=ADmico. El=20 agua es generalmente eficaz para eliminar sal= es inorg=C3=A1nicas.=20 En las reacciones inorg=C3=A1nicas el agua es un solvente com=C3=BAn, = debido a que no=20 disuelve los reactivos en su = totalidad,=20 tambi=C3=A9n es anf=C3=B3tera (puede reaccionar en=20 su estado =C3=A1cido y base) y nucle=C3=B3fi= la. Sin embargo,=20 estas propiedades a veces son deseadas. Tambi=C3=A9n se ha observado que = el agua=20 causa una aceleraci=C3=B3n en la = reacci=C3=B3n de=20 Diels-Alder. Los fluid= os=20 supercr=C3=ADticos est=C3=A1n siendo investigados en la actualidad, = ya que el agua=20 supercr=C3=ADtica (saturada en ox=C3=ADgeno) hace combusti=C3=B3n en los = contaminantes de=20 manera eficiente.

El = agua empleada=20 como disolvente

El agua es descrita muchas veces como el solvente = universal,=20 porque disuelve muchos de los compuestos conocidos. Sin embargo no llega = a=20 disolver todos los compuestos.

En t=C3=A9rminos qu=C3=ADmicos, el agua es un solvente eficaz porque = permite disolver=20 iones y mol=C3=A9= culas polares. La=20 inmensa mayor=C3=ADa de las sustancias pueden ser disueltas en agua. = Cuando el agua=20 es empleada como solvente se obtiene una disolu= ci=C3=B3n acuosa;=20 por lo tanto, a la sustancia disuelta se la denomina soluto y al medio que = la dispersa=20 se lo llama disolvente. En el = proceso de=20 disoluci=C3=B3n, las mol=C3=A9culas del agua se agrupan alrededor de los = iones o mol=C3=A9culas=20 de la sustancia para mantenerlas alejadas o dispersadas. Cuando un compues= to i=C3=B3nico se=20 disuelve en agua, los extremos positivos (hidr=C3=B3geno= ) de la mol=C3=A9cula del=20 agua son atra=C3=ADdos por los aniones que = contienen iones con=20 carga negativa, mientras que los extremos negativos (ox=C3=ADgeno)= de la mol=C3=A9cula son=20 atra=C3=ADdos por los cationes que = contienen iones con=20 carga positiva.^[81]=20 Un ejemplo de disoluci=C3=B3n de un compuesto i=C3=B3nico en agua es el = cloruro de sodio=20 (sal de mesa), y un ejemplo de disoluci=C3=B3n de un compuesto = molecular en agua es=20 el az=C3=BAcar.<= /P>

Las propiedades del agua son esenciales para todos los seres = vivientes, su=20 capacidad como solvente le convierte en un componente necesario de los = fluidos=20 vitales como el citoplasma de la sangre, = la savia de = las plantas, entre = otros.[82]=20 De hecho, el citoplasma est=C3=A1 compuesto en un 90% de agua, las = c=C3=A9lulas vivas=20 tienen un 60 a 90% de agua, y las c=C3=A9lulas inactivas de un 10% a un = 20%.[83]

La solvataci=C3= =B3n o la suspensi=C3=B3n se=20 emplean a diario para el lavado tales como vestimenta, pisos, alimentos, = mascotas, autom=C3=B3viles y el cuerpo humano. Los residuos humanos = tambi=C3=A9n son=20 conducidos por el agua a las instalaciones de tratamiento de aguas = residuales.=20 El uso del agua como solvente de limpieza consume una gran cantidad de = agua en=20 los pa=C3=ADses industrializados.

El agua facilita el procesamiento biol=C3=B3gico y qu=C3=ADmico de = las aguas = residuales. El=20 ambiente acuoso ayuda a descomponer los contaminantes, debido a su = capacidad de=20 volverse una soluci=C3=B3n homog=C3=A9nea, que puede ser tratada de = manera flexible. Los=20 microorganismos que viven en el agua pueden acceder a los residuos = disueltos y=20 pueden alimentarse de ellos, descomponi=C3=A9ndoles en sustancias menos=20 contaminantes. Para ello los tratamientos aer=C3=B3bicos se utilizan de = forma=20 generalizada a=C3=B1adiendo ox=C3=ADgeno o aire a la soluci=C3=B3n, = incrementando la velocidad=20 de descomposici=C3=B3n y reduciendo la reactividad de las sustancias = nocivas que lo=20 componen. Otros ejemplos de sistemas biol=C3=B3gicos para el tratamiento = de las aguas=20 residuales son los ca=C3=B1averales y los = biodigestores=20 anaer=C3=B3bicos. Por lo general en los tratamientos qu=C3=ADmicos y = biol=C3=B3gicos de los=20 desperdicios, quedan residuos s=C3=B3lidos del proceso de tratamiento. = Dependiendo de=20 su composici=C3=B3n, el residuo restante puede ser secado y utilizado = como=20 fertilizante si sus propiedades son beneficiosas, o puede ser desechado = en un vertedero o = incinerado<= /A>.

Otros usos

El = agua como=20 extintor de fuego

=20

El agua tambi=C3=A9n es utilizada para apagar incendios=20 forestales.

El agua posee un elevado calor latente de=20 vaporizaci=C3=B3n y es relativamente inerte, convirti=C3=A9ndole en = un fluido eficaz=20 para apagar incendios. El calor = del fuego=20 es absorbido por el agua para luego evaporarse, extinguiendo por = enfriamiento.=20 Sin embargo, el agua no debe ser utilizada para apagar el fuego de = equipos=20 el=C3=A9ctricos, debido a que el agua impura es un buen conductor de = electricidad.=20 Asimismo, no debe ser empleada para extinguir combustibles l=C3=ADquidos = o solventes=20 org=C3=A1nicos puesto que flotan en el agua y la ebullici=C3=B3n = explosiva del agua tiende=20 a extender el fuego.

Cuando se utiliza el agua para apagar incendios se debe considerar el = riesgo=20 de una explosi=C3=B3n=20 de vapor, ya que puede ocurrir cuando se la utiliza en espacios = reducidos y=20 en fuegos sobrecalentados. Tambi=C3=A9n se debe tomar en cuenta el = peligro de una explosi=C3=B3n=20 de hidr=C3=B3geno, que ocurre cuando ciertas sustancias, como = metales o el grafito caliente,=20 se descomponen en el agua produciendo hidr=C3=B3geno= .

El a= ccidente de=20 Chern=C3=B3bil es un claro ejemplo de la potencia de este tipo de = explosiones,=20 aunque en este caso el agua no provino de los esfuerzos por combatir el = fuego=20 sino del propio sistema de enfriamiento del reactor, = ocasionando una=20 explosi=C3=B3n de vapor causada por el sobrecalentamiento del = n=C3=BAcleo del reactor.=20 Tambi=C3=A9n existe la posibilidad de que pudo haber ocurrido una = explosi=C3=B3n de=20 hidr=C3=B3geno causada por la reacci=C3=B3n qu=C3=ADmica entre el vapor = y el circonio = caliente.

Deportes y=20 diversi=C3=B3n

Los humanos utilizan el agua para varios prop=C3=B3sitos recreativos, = entre los=20 cuales se encuentran la ejercitaci=C3=B3n y la pr=C3=A1ctica de = deportes. Algunos de estos=20 deportes incluyen la nataci=C3=B3n, el esqu=C3=AD acu=C3=A1tico, la=20 navegaci=C3=B3n,=20 el surf y = el salto. Existen adem=C3=A1s=20 otros deportes que se practican sobre una superficie de hielo como el hockey sobre = hielo, y=20 el patinaje sobre=20 hielo.

Las riberas de los lagos, las playas, y los parques = acu=C3=A1ticos son=20 lugares populares de relajaci=C3=B3n y diversi=C3=B3n. Algunas personas = consideran que el=20 sonido del flujo del agua tiene un efecto tranquilizante. Otras personas = tienen=20 acuarios = o estanques con=20 peces y vida marina por diversi=C3=B3n, compa=C3=B1=C3=ADa, o para = exhibirlos. Los humanos=20 tambi=C3=A9n practican deportes de nieve como el esqu=C3=AD o = el snowboarding. = Tambi=C3=A9n se=20 utiliza para juegos de pelea mediante el lanzamiento de bolas de nieve, globos=20 de agua, e inclusive con el uso de pistolas de = agua. Otra=20 de las aplicaciones del agua es para decorar lugares p=C3=BAblicos o = privados con la=20 construcci=C3=B3n de fuentes = o=20 surtidores de agua.

Como est=C3=A1ndar=20 cient=C3=ADfico

El 7 de abril de 1795, el gramo fue definido en Francia como=20 "el peso absoluto de un volumen de agua pura igual a un cubo de la = cent=C3=A9sima=20 parte de un metro, a la temperatura de fusi=C3=B3n del hielo".[84]=20 Por motivos pr=C3=A1cticos, se populariz=C3=B3 una medida mil veces mayor de = referencia para=20 los metales. El=20 trabajo encargado era por tanto calcular con precisi=C3=B3n la masa de = un litro de=20 agua. A pesar del hecho de que la propia definici=C3=B3n de gramo = especificaba los 0=C2=BA=20 C =E2=80=94un punto de temperatura muy estable=E2=80=94 los = cient=C3=ADficos prefirieron=20 redefinir el est=C3=A1ndar y realizar sus mediciones en funci=C3=B3n de = la densidad m=C3=A1s=20 estable, es decir, alrededor de los 4 =C2=B0C.^[85]

La escala de temperaturas Kelvin del S= I se=20 basa en el punto triple del = agua,=20 definido exactamente como 273.16 K (0.01=C2=BA C). La escala Kelvin es = una evoluci=C3=B3n=20 m=C3=A1s desarrollada de la Celsius, que = est=C3=A1 definida=20 tan s=C3=B3lo por el punt= o de ebullici=C3=B3n=20 (=3D100=C2=BA C) y el punto = de fusi=C3=B3n (=3D0=C2=BA C)=20 del agua. El agua natural se compone principalmente de is=C3=B3topos hidr=C3=B3ge= no-1 y ox=C3=ADgeno-= 16,=20 pero hay tambi=C3=A9n una peque=C3=B1a cantidad de is=C3=B3topos = m=C3=A1s pesados como hidr=C3=B3ge= no-2 (deuterio). La=20 cantidad de =C3=B3xidos de deuterio del agua pesada es = tambi=C3=A9n muy=20 reducida, pero afecta enormemente a las propiedades del agua. El agua de = r=C3=ADos y=20 lagos suele tener menos deuterio que el agua del mar. Por ello, se = defini=C3=B3 un=20 est=C3=A1ndar de agua seg=C3=BAn su contenido en deuterio: El VSMOV<= /A>,=20 o Est=C3=A1ndar de Viena Agua del Oc=C3=A9ano Promedio.

La = contaminaci=C3=B3n y la=20 depuraci=C3=B3n del agua

Art=C3=ADculos principales: Contaminaci=C3=B3n=20 h=C3=ADdrica y Tra= tamiento=20 de aguas residuales

=20

Contaminaci=C3=B3n en un r=C3=ADo de = Brasil.

=20

Depuradora de aguas residuales en el r=C3=ADo = Ripoll (Cas= tellar del=20 Vall=C3=A9s).

Los humanos llevamos mucho tiempo depositando nuestros residuos y = basuras en=20 la atm=C3=B3sfera, en la tierra y en el agua. Esta forma de actuar hace = que los=20 residuos no se traten adecuadamente y causen contaminaci=C3=B3n. La = contaminaci=C3=B3n del=20 agua afecta a las precipitaciones, a las aguas superficiales, a las = subterr=C3=A1neas=20 y como consecuencia degrada los ecosistemas naturales.^[86]

El crecimiento de la poblaci=C3=B3n y la expansi=C3=B3n de sus = actividades econ=C3=B3micas=20 est=C3=A1n presionando negativamente a los ecosistemas de las aguas = costeras, los=20 r=C3=ADos, los lagos, los humedales y los acu=C3=ADferos. Ejemplos son = la construcci=C3=B3n a=20 lo largo de la costa de nuevos puertos y zonas urbanas, la = alteraci=C3=B3n de los=20 sistemas fluviales para la navegaci=C3=B3n y para embalses de = almacenamiento de agua,=20 el drenaje de humedales para aumentar la superficie agr=C3=ADcola, la=20 sobreexplotaci=C3=B3n de los fondos pesqueros, las m=C3=BAltiples = fuentes de contaminaci=C3=B3n=20 provenientes de la agricultura, la industria, el turismo y las aguas = residuales=20 de los hogares. Un dato significativo de esta presi=C3=B3n es que = mientras la=20 poblaci=C3=B3n desde 1900 se ha multiplicado por cuatro, la = extracci=C3=B3n de agua se ha=20 multiplicado por seis. La calidad de las masas naturales de agua se = est=C3=A1=20 reduciendo debido al aumento de la contaminaci=C3=B3n y a los factores=20 mencionados.^[87]

La Asamblea General de la ONU=20 estableci=C3=B3 en el a=C3=B1o 2000 ocho objetivos para el futuro = (Objetivos de Desarrollo=20 del Milenio). Entre ellos estaba el que los pa=C3=ADses se esforzasen en = invertir la=20 tendencia de p=C3=A9rdida de recursos medioambientales, pues se = reconoc=C3=ADa la=20 necesidad de preservar los ecosistemas, esenciales para mantener la=20 biodiversidad y el bienestar humano, pues de ellos depende la = obtenci=C3=B3n de agua=20 potable y alimentos.^[88]

Para ello adem=C3=A1s de pol=C3=ADticas de desarrollo sostenible, se = precisan sistemas=20 de depuraci=C3=B3n que mejoren la calidad de los vertidos generados por = la actividad=20 humana. La depuraci=C3=B3n del agua es el conjunto de tratamientos de = tipo f=C3=ADsico,=20 qu=C3=ADmico o biol=C3=B3gico que mejoran la calidad de las aguas o que = eliminan o reducen=20 la contaminac= i=C3=B3n. Hay dos=20 tipos de tratamientos: los que se aplican para obtener agua de calidad = apta para=20 el consumo humano y los que reducen la contaminaci=C3=B3n del agua en = los vertidos a=20 la naturaleza despu=C3=A9s de su uso.

La=20 depuraci=C3=B3n del agua para beber

Art=C3=ADculo principal: Agua = potable

El agua destinada al consumo humano es la que sirve para beber, = cocinar,=20 preparar alimentos u otros usos dom=C3=A9sticos. Cada pa=C3=ADs regula = por ley la calidad=20 del agua destinada al consumo humano. La ley europea protege la salud = de las=20 personas de los efectos adversos derivados de cualquier tipo de = contaminaci=C3=B3n de=20 las aguas destinadas al consumo humano garantizando su salubridad y = limpieza=20 y por ello no puede contener ning=C3=BAn tipo de microorganismo, = par=C3=A1sito o=20 sustancia, en una cantidad o concentraci=C3=B3n que pueda suponer un = peligro para la=20 salud humana. As=C3=AD debe estar totalmente exenta de las bacterias = Escherichia = coli y=20 Enterococcus, = y la=20 presencia de determinadas sustacias qu=C3=ADmicas no puede superar = ciertos l=C3=ADmites,=20 como tener menos de 50 miligramos de nitratos por litro de = agua o=20 menos de 2 miligramos de cobre y otras sustancias = qu=C3=ADmicas.^[89]

Habitualmente el agua potable es captada de embalses, manantiales o=20 extra=C3=ADda del suelo mediante t=C3=BAneles artificiales o pozos de un = acu=C3=ADfero. Otras=20 fuentes de agua son el agua lluvia, los r=C3=ADos y los lagos. No = obstante, el agua=20 debe ser tratada para el consumo humano, y puede ser necesaria la = extracci=C3=B3n de=20 sustancias disueltas, de sustancias sin disolver y de microorganismos=20 perjudiciales para la salud. Existen diferentes tecnolog=C3=ADas para = potabilizar el=20 agua. Habitualmente incluyen diversos procesos donde toda el agua que se = trata=20 puede pasar por tratamientos de filtraci=C3=B3= n, coagulaci=C3= =B3n, floculaci=C3= =B3n o decantaci=C3= =B3n. Uno de los=20 m=C3=A9todos populares es a trav=C3=A9s de la filtraci=C3=B3= n del agua con=20 arena, en donde =C3=BAnicamente se eliminan las sustancias sin disolver. = Por otro=20 lado mediante la cloraci=C3=B3n= se logra eliminar=20 microbios peligrosos. Existen t=C3=A9cnicas m=C3=A1s avanzadas de = purificaci=C3=B3n del agua=20 como la =C3=B3sm= osis inversa.=20 Tambi=C3=A9n existe el m=C3=A9todo de desaliniz= aci=C3=B3n, un=20 proceso por el cual se retira la sal del agua de mar; sin = embargo, es=20 costoso^[90]=20 por el elevado gasto de energ=C3=ADa el=C3=A9ctrica y suele emplearse = con m=C3=A1s frecuencia=20 en las zonas costeras con clima = =C3=A1rido.

La distribuci=C3=B3n del agua potable se realiza a trav=C3=A9s de la = red de=20 abastecimiento de agua potable por tuber=C3=ADas subterr=C3=A1neas o = mediante el agua = embotellada.

En algunas ciudades donde escasea, como Hong Kong, el agua = de mar es=20 usada ampliamente en los inodoros con el prop=C3=B3sito de conser= var el=20 agua potable.^[91]

La=20 depuraci=C3=B3n del agua residual

El tra= tamiento=20 de aguas residuales se emplea en los residuos urbanos generados en = la=20 actividad humana y en los residuos provenientes de la industria.

El agua residual, tambi=C3=A9n llamada negra o fecal, es la que usada = por el=20 hombre ha quedado contaminada. Lleva en suspensi=C3=B3n una = combinaci=C3=B3n de heces=20 fecales y orina, de las aguas procedentes del lavado con detergentes del = cuerpo=20 humano, de su vestimenta y de la limpieza, de desperdicios de cocina y=20 dom=C3=A9sticos, etc. Tambi=C3=A9n recibe ese nombre los residuos = generados en la=20 industria. En la depuraci=C3=B3n se realizan una serie de tratamientos = en cadena. El=20 primero denominado pretratamiento separa los s=C3=B3lidos gruesos = mediante rejas,=20 desarenadores o separadores de grasas. Despu=C3=A9s un tratamiento = denominado=20 primario separa mediante una sedimentaci=C3=B3n f=C3=ADsica los = s=C3=B3lidos org=C3=A1nicos e=20 inorg=C3=A1nicos sedimentables.

Necesidad de = pol=C3=ADticas=20 proteccionistas

V=C3=A9ase tambi=C3=A9n: Anexo:Agua=20 virtual

=20

Tendencias del consumo y la evaporaci=C3=B3n de = acu=C3=ADferos durante=20 el =C3=BAltimo siglo.

=20

Aproximaci=C3=B3n de la proporci=C3=B3n de personas = en los pa=C3=AD= ses en=20 desarrollo con acceso a agua potable desde 1970 al = 2000.

La pol=C3=ADtica del agua es la pol=C3=ADtica dise=C3=B1ada para=20 asignar, distribuir y administrar los recursos h=C3=ADdricos y el = agua.[92]=20 La disponibilidad de agua potable per = c=C3=A1pita ha ido=20 disminuyendo debido a varios factores como la contaminaci=C3=B3n, la = sobrepoblaci=C3=B3n,=20 el riego excesivo,=20 el mal uso^[93]=20 y el creciente ritmo de consumo.^[94]=20 Por esta raz=C3=B3n, el agua es un recurso estrat=C3=A9gico para el = mundo y un importante=20 factor en muchos conflictos contempor=C3=A1neos.^[95]=20 Indudablemente, la escasez de agua tiene un impacto en la salud[96]=20 y la biodiversidad.^[97]

Desde 1990, 1.6 mil millones de personas tienen acceso a una fuente = de agua=20 potable.[1] Se ha calculado que la proporci=C3=B3n de gente = en los pa=C3=ADses=20 desarrollados con acceso a agua segura ha = mejorado del=20 30% en 1970^[7]=20 al 71% en 1990, y del 79% en el 2000 al 84% en el 2004. Se pronostica = que esta=20 tendencia seguir=C3=A1 en la misma direcci=C3=B3n los pr=C3=B3ximos = a=C3=B1os.^[8]=20 Uno de los Objetivos=20 de Desarrollo del Milenio (ODM) de los pa=C3=ADses miembros de las = Naciones=20 Unidas es reducir al 50% la proporci=C3=B3n de personas sin acceso = sostenible a=20 fuentes de agua potable y se estima que la meta ser=C3=A1 alcanzada en = el 2015.[98]=20 La ONU pronostica que el gasto necesario para cumplir dicho objetivo = ser=C3=A1 de=20 aproximadamente 50 a 102 mil millones de d=C3=B3lares.^[99]

Seg=C3=BAn un reporte de las Naciones = Unidas del a=C3=B1o=20 2006, =C2=ABa nivel mundial existe suficiente agua para todos=C2=BB, = pero el acceso ha=20 sido obstaculizado por la corrupci=C3=B3n y la mala = administraci=C3=B3n.[100]

En el Informe=20 de la Unesco sobre el Desarrollo de los Recursos H=C3=ADdricos en el = Mundo (WWDR,=20 2003) de su Programa=20 Mundial de Evaluaci=C3=B3n de los Recursos H=C3=ADdricos (WWAP) = predice que en los=20 pr=C3=B3ximos veinte a=C3=B1os la cantidad de agua disponible para todos = disminuir=C3=A1 al=20 30%; en efecto, el 40% de la poblaci=C3=B3n mundial tiene insuficiente = agua potable=20 para la higiene b=C3=A1sica. M=C3=A1s de 2.2 millones de personas = murieron en el a=C3=B1o 2000=20 a consecuencia de enfermedades transmitidas por el agua (relacionadas = con el=20 consumo de agua contaminada) o sequ=C3=ADas. = En el 2004 la=20 organizaci=C3=B3n sin =C3=A1nimo de lucro WaterAid,=20 inform=C3=B3 que cada 15 segundos un ni=C3=B1o muere a causa de = enfermedades relacionadas=20 con el agua que pueden ser prevenidas^[101] y que usualmente se deben a = la falta=20 de un sistema de tra= tamiento=20 de aguas residuales.

Estas son algunas de las organizaciones que respaldan la = protecci=C3=B3n del agua:=20 International=20 Water Association (IWA), WaterAid,=20 Water=20 1st, y American Water Resources Association. Tambi=C3=A9n = existen varios=20 convenios internacionales relacionados con el agua como: la Convenci=C3=B3n=20 de las Naciones Unidas de Lucha contra la Desertificaci=C3=B3n = (CNULD), el Convenio=20 Internacional para prevenir la contaminaci=C3=B3n por los Buques, la = Convenci=C3=B3n=20 de las Naciones Unidas sobre el Derecho del mar, y el Convenio de = Ramsar.=20 El D=C3= =ADa Mundial del=20 Agua se celebra el 22 de marzo[102] y el D=C3=ADa=20 Mundial del Oc=C3=A9ano se celebra el 8 de junio.

Religi=C3=B3n, = filosof=C3=ADa y=20 literatura

=20

Ceremonia hinduista de purificaci=C3=B3n con agua = en el estado de=20 Tamil=20 Nadu, India.

El agua es considerada como un elemento purificador en la = mayor=C3=ADa de=20 religiones. Algunas de las doctrinas religiosas que incorporan el ritual = de=20 lavado o abluciones = son: el cristianismo, el = hinduismo, el=20 movimiento=20 rastafari, el islam, el sinto=C3=ADsmo<= /A>, el tao=C3=ADsmo = y el=20 juda=C3=ADsmo. Uno de los=20 sacramentos centrales del cristianismo es el bautismo y el cual se = realiza=20 mediante la i= nmersi=C3=B3n, aspersi=C3=B3n= o afusi=C3=B3n=20 de una persona en el agua. Dicha pr=C3=A1ctica tambi=C3=A9n se ejecuta = en otras religiones=20 como el juda=C3=ADsmo donde es denominada mikve y en el sijismo donde toma el = nombre de=20 Amrit=20 Sanskar. Asimismo, en muchas religiones incluyendo el juda=C3=ADsmo = y el islam se=20 realizan ba=C3=B1os rituales de purificaci=C3=B3n a los muertos en el = agua. Seg=C3=BAn el=20 islam, las cinco oraciones al d=C3=ADa (o salat) deben llevarse a = cabo=20 despu=C3=A9s de haber lavado ciertas partes del cuerpo usando agua = limpia o abdesto; sin=20 embargo, en caso de que no hubiese agua limpia se realizan abluciones = con polvo=20 o arena las cuales son denominadas tayammum.=20 En el sinto=C3=ADsmo el agua es empleada en casi todos los rituales para = purificar=20 una persona o un lugar, como es el caso del ritual misogi.=20 El agua es mencionada 442 veces en la Nueva Versi=C3=B3n=20 Internacional de la Biblia y 363 veces en = la Biblia del = rey=20 Jacobo: Pedro 2:3-5 establece, =C2=ABEstos ignoran = voluntariamente que en el=20 tiempo antiguo fueron hechos por la palabra de Dios los cielos y = tambi=C3=A9n la=20 tierra, que proviene del agua y por el agua subsiste=C2=BB.^[103]

Algunos cultos emplean agua especialmente preparada para = prop=C3=B3sitos=20 religiosos, como el agua bendita de = algunas d= enominaciones=20 cristianas o el amrita en el sijismo y = el=20 hinduismo. Muchas religiones tambi=C3=A9n consideran que algunas fuentes = o cuerpos de agua = son=20 sagrados o por lo menos favorecedores; y algunos ejemplos incluyen: la = ciudad de=20 Lourdes de=20 acuerdo con el catolic= ismo, el r=C3= =ADo=20 Jord=C3=A1n (al menos simb=C3=B3licamente) en algunas iglesias = cristianas, el pozo=20 de Zamzam en el islam, y el r=C3=ADo Ganges en el hinduismo = y otros=20 cultos de la regi=C3=B3n. Muchos etn=C3=B3logos, como Frazer, = han=20 subrayado el papel purificador del agua.^[104]

Usualmente se cree que el agua tiene poderes espirituales. En la mitolog=C3= =ADa celta, Sulis es = la diosa de = las aguas=20 termales; en el hinduismo, el Ganges es personificado por una diosa, y = seg=C3=BAn los=20 textos Vedas la=20 diosa hind=C3=BA S=C3=A1rasuati= representa al r=C3=ADo=20 del mismo nombre. El agua es tambi=C3=A9n en el vishnu=C3=ADsm= o uno de los=20 cinco elementos b=C3=A1sicos o mah=C4=81bh=C5=ABta,=20 entre los que constan: el fuego, la tierra, el espacio y el aire.=20 Alternativamente, los dioses pueden ser considerados patrones de = fuentes, r=C3=ADos o=20 lagos. De hecho, en la mitolog=C3=ADa griega y romana, Peneo era el dios=20 r=C3=ADo, uno de los tres mil r=C3=ADos o a veces incluido entre las = tres mil Oce=C3=A1nidas= . En=20 el islam el agua no es s=C3=B3lo la fuente de vida, pero cada vida = est=C3=A1 compuesta de=20 agua: =C2=AB=C2=BFY que sacamos del agua a todo ser = viviente?=C2=BB.^[105] ^[106]

En cuanto a la filosof=C3=ADa<= /A>, podemos=20 encontrar a Tales de = Mileto, uno de=20 los siete sabios griegos, que afirm=C3=B3 que el agua era la sustancia = =C3=BAltima, el Arj=C3=A9,=20 del cosmos, de donde todo est=C3=A1 conformado por el agua. Emp=C3=A9docl= es, un fil=C3=B3sofo de=20 la antigua Grecia, sosten=C3=ADa la hip=C3=B3tesis de que el agua es uno = de los cuatro elementos=20 cl=C3=A1sicos junto al fuego, la tierra y el = aire, y era = considerada=20 la sustancia b=C3=A1sica del universo o ylem. Seg=C3=BAn la teor=C3=ADa de=20 los cuatro humores, el agua est=C3=A1 relacionada con la flema.=20 En la filosof=C3= =ADa tradicional=20 china el agua es uno de los cinco elementos junto = a la=20 tierra, el fuego, la madera, y el metal.

El agua tambi=C3=A9n desempe=C3=B1a un papel importante en la = literatura como s=C3=ADmbolo=20 de purificaci=C3=B3n. Algunos ejemplos incluyen a un r=C3=ADo como el = eje central donde se=20 desarrollan las principales acciones, como es el caso de la novela Mientras = agonizo de=20 William = Faulkner y el=20 ahogamiento de Ofelia en Hamlet.

V=C3=A9ase = tambi=C3=A9n

Agua=20 carbonatada=20
Agua de = mar=20
Agua=20 desionizada=20
Agua = destilada=20
Agua dulce=20
Agua = mineral=20
Agua=20 oxigenada=20
Agua = pesada=20
Agua = vitalizada=20
Aguas = agresivas=20 al hormig=C3=B3n=20
Calidad = del=20 agua=20
Cuerpo de = agua=20

Referencias

=E2=86=91= Kofi A. Annan,=20 op. cit., prefacio V=20
=E2=86=91 = =C2=ABCIA- The world factbook=C2=BB. Central= =20 Intelligence Agency. Consultado el 20 de diciembre de 2008.=20
=E2=86=91 ^=
a=20 ^=
b=20 ^=
c=20 =C2=ABEarth's water distribution=C2=BB. U.S. Geological = Survey.=20 Consultado el 17 de mayo 2007.=20
=E2=86=91= =C2=ABWORLD WATER RESOURCES AT THE BEGINNING OF THE 21ST = CENTURY=C2=BB.=20 Unesco. Consultado el 30 de abril de 2009.=20
=E2=86= =91 Baroni,=20 L.; Cenci, L.; Tettamanti, M.; Berati, M. (2007). =C2=ABEvaluating the = environmental impact of various dietary patterns combined with = different food=20 production systems=C2=BB. European Journal of Clinical = Nutrition 61:=20 pp. 279=E2=80=93286. doi:<= SPAN=20 class=3Dneverexpand>10.1038/sj.ejcn.1602522. =20
=E2=86=91 ^a==20 ^b==20 =C2=ABNo hay crisis mundial de agua, pero muchos pa=C3=ADses = en v=C3=ADas de=20 desarrollo tendr=C3=A1n que hacer frente a la escasez de recursos = h=C3=ADdricos=C2=BB.=20 Fao. Consultado el 30 de abril de 2009.=20
=E2=86=91 ^<=
B>a=20 ^<=
B>b=20 Bj=C3=B6rn Lomborg (2001), The Skeptical Environmentalist = (Cambridge=20 University Press), ISBN=20 0-521-01068-3, p. 22=20
=E2=86=91 ^a=20 ^b=20 MDG Report 2008=20
=E2=86=91 = Davie (2003), p=C3=A1g.2=20
=E2=86=91 = Datos del Centro del=20 Agua del Tr=C3=B3pico H=C3=BAmedo para la Am=C3=A9rica Latina y el = Caribe (CATHALAC), en Tipos de agua, del portal agua.org.mx.=20
=E2=86=91 = Braun,=20 Charles L.; Sergei N. Smirnov (1993). =C2=ABWhy is water=20 blue?=C2=BB (HTML). J. Chem. = Educ.=20 70 (8): pp. 612. http://www.dartmouth.edu/~etrnsfer/water.htm. =20
=E2=86=91 = V=C3=A9anse las tablas elaboradas por un equipo de la Escuela de = Ingenier=C3=ADa=20 de Antioqu=C3=ADa (Colombia).=20
=E2=86=91 = Campbell, = Neil A.;=20 Brad Williamson; Robin J. Heyden (2006). Biology:=20 Exploring Life. Boston, Massachusetts: Pearson Prentice Hall.=20 ISBN 0-13-250882-6. http://www.phschool.com/el_marketing.html. =20
=E2=86=91 = La demostraci=C3=B3n visual de este fen=C3=B3meno, en = www.youtube.com=20
=E2=86=91 = Water en Wolfram|Alpha (Consultado el 27 de = mayo de=20 2009).=20
=E2=86=91 = V=C3=A9ase este v=C3=ADdeo, que intenta probar la posibilidad de = obtener energ=C3=ADa=20 del agua. En realidad, la energ=C3=ADa invertida en el proceso es = mucho mayor que=20 la obtenida tras el mismo.=20
=E2=86=91 = Ball,=20 Philip (14 de septiembre de 2007). =C2=ABBurning water and other myths=C2=BB. Nature = News.=20 Consultado el 14 de septiembre de 2007.=20
=E2=86=91 = As=C3=AD, el c=C3=A9lebre y=20 dudoso estudio de = Jacques=20 Benveniste probando la capacidad mnemot=C3=A9cnica del agua. = V=C3=A9ase este enlace para m=C3=A1s informaci=C3=B3n.=20
=E2=86=91 = Entrevista en The = Independent, 23 de=20 mayo de 1995. Consultado el 22 de abril de 2009.=20
=E2=86=91 = Gary Melnick, Harvard-Smithsonian=20 Center for Astrophysics y David Neufeld, Johns = Hopkins=20 University. citados en: =C2=ABDiscover of Water Vapor Near Orion Nebula Suggests = Possible=20 Origin of H20 in Solar System (sic)=C2=BB, The Harvard = University=20 Gazette, 23 de abril de 1998. =C2=AB"El descubrimiento de vapor de agua cerca de = N=C3=A9bula Ori=C3=B3n=20 sugiere un posible origen del H20 en el Sistema Solar" (en = ingl=C3=A9s). Space=20 Cloud Holds Enough Water to Fill Earth's Oceans 1 Million = Times=C2=BB,=20 Headlines@Hopkins, JHU, 9 de abril de 1998. =C2=ABWater, Water Everywhere: Radio telescope finds water is = common in=20 universe=C2=BB, The Harvard University Gazette, 25 de = febrero de=20 1999.(linked 4/2007)=20
=E2=86=91 = Concretamente, el=20 hidr=C3=B3geno y el ox=C3=ADgeno ocupan el primer y tercer lugar, = respectivamente, en el=20 ranking de elementos qu=C3=ADmicos en el universo conocido. = Datos seg=C3=BAn este informe, (formato pdf)=20
=E2=86=91 = http://www.spiegel.de/wissenschaft/weltall/0,1518,776129,0= 0.html=20
=E2=86=91 = http://www.repubblica.it/scienze/2011/07/23/news/riserva_a= cqua-19511867/index.html?ref=3Dsearch=20 Scoperta la riserva d'acqua pi=C3=B9 grande dell'universo (Descubierta = la reserva=20 de agua m=C3=A1s grande del Universo. La Repubblica, 23 de julio de = 2011) (en italiano)=20
=E2=86=91=20 =C2=ABMESSENGER Scientists 'Astonished' to Find Water in = Mercury's Thin=20 Atmosphere=C2=BB. Planetary Society (3 de julio de 2008). = Consultado el 5 de=20 julio de 2008.=20
=E2=86=91 = Hallada agua en un planeta distante (en = ingl=C3=A9s) 12 de=20 julio de 2007, por Laura Blue, Time=20
=E2=86=91 = Descubren un planeta con agua fuera del sistema = solar,=20 en El = Mundo (edici=C3=B3n=20 digital del 17 de julio de 2007. Consultado el 26 de abril de 2009.=20
= =E2=86=91=20 Encuentran agua en la atm=C3=B3sfera de un = exoplaneta - Space.com=20 (en ingl=C3=A9s).=20
=E2=86=91 = Versteckt in Glasperlen: Auf dem Mond gibt es Wasser -=20 Wissenschaft - SPIEGEL ONLINE - Nachrichten=20
=E2=86=91 = J. C. I. Dooge.=20 "Integrated Management of Water Resources", en E. Ehlers, T. Krafft. = (eds.)=20 Understanding the Earth System: compartments, processes, and=20 interactions. Springer, 2001, p. 116. M=C3=A1s referencias al = final del=20 art=C3=ADculo "Habitable Zone" en The Encyclopedia of Astrobiology, Astronomy and = Spaceflight.=20
=E2=86=91 = =C2=ABNew exoplanet a hot 'ice giant'=C2=BB (en ingl=C3=A9s). CNN (17 de mayo de = 2007). Consultado=20 el 13 de mayo de 2010.=20
=E2=86=91 ^=
a=20 ^=
b=20 ^=
c=20 ZCO-1999. =C2=AB=C2=BFCu=C3=A1l es el origen del agua de la Tierra y = los oc=C3=A9anos?=C2=BB.=20 Consultado el 8 agosto de 2011.=20
=E2=86=91 = Una cuarta parte del planeta ya est=C3=A1 amenazada = por la=20 desertificaci=C3=B3n en 20 minutos, 18 de = junio de=20 2009.=20
=E2=86=91 = La desertizaci=C3=B3n avanza en Espa=C3=B1a y afecta = ya a m=C3=A1s del 30%=20 del territorio, El = Pa=C3=ADs, 16/6/2006.=20 Consultado el 20 de abril de 2009=20
=E2=86=91 = P=C3=A1gina oficial del "D=C3=ADa contra la = desertizaci=C3=B3n", en=20 www.un.org=20
=E2=86=91 ^=
a=20 ^=
b=20 ^=
c=20 ^=
d=20 2=C2=BA Informe de Naciones Unidas sobre Desarrollo Recursos = H=C3=ADdricos en el=20 Mundo, p.123-9=20
=E2=86=91 = =E2=86=91 = Descubren bacterias que viven sin luz ni ox=C3=ADgeno = bajo el hielo de=20 la Ant=C3=A1rtida, El = Mundo, 20 de=20 abril de 2009.=20
=E2=86=91 = Concretamente, en=20 los sistemas hidrotermales marinos profundos. V=C3=A9ase MAHER, Kevin = A., y=20 STEPHENSON, David J., "Impact frustration of the origin of life",=20 Nature, Vol. 331, pp. 612=E2=80=93614. 18 de febrero de 1988.=20
=E2=86=91 = "El pa=C3=ADs que no=20 tiene agua o que tiene dificultades con el agua est=C3=A1 condenado al = subdesarrollo, salvo que tenga petr=C3=B3leo o alg=C3=BAn otro recurso = en cantidades=20 ingentes", Alberto Crespo, en "La crisis del agua refleja otras crisis". BBC.com, 14 de marzo de = 2006.=20 Consultado el 27 de abril de 2009.=20
=E2=86=91 = Paises que=20 conjuntamente con Bolivia han avalado el proyecto de resoluci=C3=B3n = confirmando el=20 "Derecho Humano al Agua y Saneamiento": Angola, Antigua y = Barbuda,=20 Arabia Saudita, Azerbaijan, Bahrein, Bangladesh, Benin, Eritrea, el = Estado=20 Plurinational de Bolivia, Burundi, Congo, Cuba, Dominica, Ecuador, El=20 Salvador, Fiji, Georgia, Guinea, Hait=C3=AD, Islas Salom=C3=B3n, = Madagascar, Maldivas,=20 Mauricio, Nicaragua, Nigeria, Paraguay, Rep=C3=BAblica Centroafricana, = Rep=C3=BAblica=20 Dominicana, Samoa, San Vicente y las Granadinas, Santa Luc=C3=ADa, = Serbia,=20 Seychelles, Sri Lanka, Tuvalu, Uruguay, Vanuatu, la Rep=C3=BAblica = Bolivariana de=20 Venezuela, y Yemen.=20
=E2=86=91 = =C2=BFQu=C3=A9 porcentaje del cuerpo es = agua? Jeffrey Utz, M.D.,=20 The MadSci Network=20
=E2=86=91 = =C2=ABHealthy Water Living=C2=BB. Consultado el 1 de = febrero de 2007.=20
=E2= =86=91=20 Rhoades RA, Tanner GA (2003). = Medical=20 Physiology (2nd ed. edici=C3=B3n). Baltimore: Lippincott Williams = &=20 Wilkins. ISBN 0781719364.=20 OCLC= 50554808. =20
=E2=86=91 = "Bebe al menos ocho vasos de agua al d=C3=ADa." = =C2=BFDe veras? =C2=BFHay=20 alg=C3=BAn indicio cient=C3=ADfico para el "8 =C3=97 8"?, por = Heinz Valdin,=20 Departmento de Fisiolog=C3=ADa, Dartmouth Medical School, Lebanon, New Hampshire=20
=E2=86=91 = Por ejemplo, la=20 relaci=C3=B3n entre el consumo de agua, la p=C3=A9rdida de peso y el = estre=C3=B1imiento.=20
=E2=86=91 = Drinking Water - How Much?, Factsmart.org web site = and=20 references within=20
=E2=86=91 = Food and Nutrition=20 Board, National Academy of Sciences. Recommended Dietary Allowances, = revised=20 1945. National Research Council, Reprint and Circular Series, No. 122, = 1945=20 (agosto), p. 3=E2=80=9318.=20
=E2=86=91 = Dietary Reference Intakes: Water, Potassium, Sodium, = Chloride,=20 and Sulfate, Food and Nutrition Board=20
=E2=86=91 = Agua:=C2=BFCu=C3=A1nta hay que beber cada d=C3=ADa? - = MayoClinic.com=20
=E2=86=91 ^a==20 ^b==20 R=C3=A1mirez Quir=C3=B3s, op. cit., p.8-20=20
=E2=86=91 R=C3=A1mirez=20 Quir=C3=B3s, op. cit., p.21-23=20
=E2=86=91 = 2=C2=BA Informe de=20 Naciones Unidas sobre Desarrollo Recursos H=C3=ADdricos en el = Mundo, p.88-90=20
=E2=86=91 = Seg=C3=BAn este informe de la ONU, publicado en BBC.com=20 el 26 de agosto de 2004. Consultado el 24 de abril de 2009.=20
=E2=86=91 = El "plan de acci=C3=B3n" decidido en la Cumbre de = Evian de=20 2003=20
=E2=86=91 = D=C3=ADa Mundial del Agua: 2.400 millones de = personas la beben=20 contaminada, 22 de abril de 2005. Consultado el 24 de abril de = 2009.=20
=E2=86=91 = World Health Organization. Safe Water and Global = Health.=20
=E2=86=91 = En otras estimaciones, unos 4.000 ni=C3=B1os cada d=C3=ADa.=20
=E2=86=91 = La ONU analizar=C3=A1 la contaminaci=C3=B3n del agua = con ars=C3=A9nico en=20 China y en otros pa=C3=ADses de Asia, 18 de noviembre de 2004. = Consultado=20 el 26 de abril de 2009.=20
=E2=86=91 = Ravindranath, Nijavalli = H.; Jayant=20 A. Sathaye (2002). Climate Change and Developing Countries. = Springer.=20 ISBN 1402001045.=20 OCLC= 231965991. =20
=E2=86=91 = Problemas asociados con la contaminaci=C3=B3n del = agua=20 subterr=C3=A1nea, en www.purdue.edu. Consultado el 26 de abril = de 2009.=20
=E2=86=91 = Miller (2005),=20 p=C3=A1g.173=20
=E2=86=91 = University of=20 Michigan (4 de enero). = =C2=ABHuman Appropriation of the World's Fresh Water = Supply=C2=BB (en ingl=C3=A9s). University of Michigan. = Consultado el=20 29 de=20 abril de 2009.=20
=E2=86=91 = Datos extra=C3=ADdos del=20 "libro=20 Azul" del agua, editado por la compa=C3=B1=C3=ADa de aguas de = B=C3=A9lgica. (en=20 neerland=C3=A9s).=20
=E2=86=91 = Los datos son de Intermon Oxfam, elaboraci=C3=B3n propia.=20
=E2=86=91 = V=C3=A9anse las observaciones de GARC=C3=8DA NART, Marta; "El = segundo cat=C3=A1logo=20 espa=C3=B1ol de Buenas Pr=C3=A1cticas: reflexiones sobre el proceso, = lecciones=20 aprendidas y asignaturas pendientes", Ed. Instituto Juan de = Herrera,=20 Madrid, 1999, ISSN: 1578-097X.=20
=E2=86=91 = NORTEAM=C3=89RICA:=20 333-666 litros/d=C3=ADa, EUROPA: 158 litros/d=C3=ADa, ASIA: 64 = litros/d=C3=ADa, =C3=81FRICA 15-50=20 litros/d=C3=ADa, ESPA=C3=91A: 147 litros/d=C3=ADa. (Datos de Intermon=20 Oxfam, incluyen consumo industrial).=20
=E2=86=91 = El hidr=C3=B3logo sueco=20 Malin Falkenmark formul=C3=B3 el t=C3=A9rmino presi=C3=B3n=20 h=C3=ADdrica, para definir los pa=C3=ADses en los que el = suministro de agua=20 disponible por persona no alcanza los 1700 litros. Para saber m=C3=A1s = sobre=20 presi=C3=B3n h=C3=ADdrica y sostenibilidad, v=C3=A9ase "Escasez de agua", publicado en Population = Information=20 Program, Center for Communication Programs, Volumen XXVIII, = n=C2=BA3, Oto=C3=B1o de=20 2000, Serie M, #15, Ed. por la Universidad Johns Hopkins para la Salud = P=C3=BAblica, Baltimore, Maryland, USA.=20
=E2=86=91 = Por ejemplo, esta declaraci=C3=B3n de Am= nist=C3=ADa=20 Internacional del 24 de marzo de 2003. Consultado el 30 de abril = de 2009.=20
=E2=86=91 = La cuesti=C3=B3n ya fue=20 planteada por un comit=C3=A9 de expertos durante la = celebraci=C3=B3n=20 del III^er Foro Mundial del Agua, en marzo de 2006.=20
=E2=86=91 = Yahoo noticias, 16 de marzo de 2009. Consultado el 30 de = abril de=20 2009.=20
=E2=86=91 = Crisis del agua=3DCrisis Alimentaria, = art=C3=ADculo de La = Cr=C3=B3nica de Hoy,=20 8 de junio de 2008. Consultado el 22 de abril de 2009=20
=E2=86=91 = WBCSD Water Faacts & Trends=20
=E2=86=91 = Animaci=C3=B3n sobre cultivos espaciales (requiere = Flash).=20
=E2=86=91 ^a==20 ^b==20 G=C3=B3mez Lim=C3=B3n, op. cit., p.56-59=20
=E2=86=91 2=C2=BA=20 Informe de Naciones Unidas sobre Desarrollo Recursos H=C3=ADdricos en = el Mundo,=20 p.277=20
=E2=86=91 2=C2=BA=20 Informe de Naciones Unidas sobre Desarrollo Recursos H=C3=ADdricos en = el Mundo,=20 p.281=20
=E2=86=91 2=C2=BA=20 Informe de Naciones Unidas sobre Desarrollo Recursos H=C3=ADdricos en = el Mundo,=20 p. 300-302=20
=E2=86=91 = V=C3=A9anse las tablas=20 finales en el informe de Yurina OTAKI, Masahiro OTAKI y Tomoko = YAMADA,=20 =E2=80=9CAttempt to Establish an Industrial Water Consumption = Distribution Model=E2=80=9D,=20 Journal of Water and Environment Technology, Vol. 6, No. 2, = pp.85-91,=20 2008. (en ingl=C3=A9s)=20
=E2=86=91 ^a=20 ^b=20 ^c=20 ^d=20 Vaclacik and Christian, 2003=20
=E2=86=91 ^a=20 ^b=20 DeMan, 1999=20
=E2=86=91 = American Chemical=20 Society (2006), p=C3=A1g.60=20
=E2=86=91 = Starr (2003),=20 p=C3=A1g.29=20
=E2=86=91 = Rastogi (1996),=20 p=C3=A1g.181=20
=E2=86=91 = Decreto sobre los pesos y las medidas=20
=E2=86=91 = here L'Histoire Du M=C3=A8tre, La D=C3=A9termination De = L'Unit=C3=A9 De=20 Poids=20
=E2=86=91 = 2=C2=BA Informe de=20 Naciones Unidas sobre Desarrollo Recursos H=C3=ADdricos en el = Mundo, p.137=20
=E2=86=91 = 2=C2=BA Informe de=20 Naciones Unidas sobre Desarrollo Recursos H=C3=ADdricos en el = Mundo, p.161=20
=E2=86=91 = 2=C2=BA Informe de=20 Naciones Unidas sobre Desarrollo Recursos H=C3=ADdricos en el = Mundo, p.31=20
=E2=86=91 =C2=ABDIRECTIVA 98/83/CE relativa a la calidad de las aguas = destinadas=20 al consumo humano=C2=BB. Generalitat de Catalunya. Consultado el = 10 de mayo de=20 2009.=20
=E2=86=91 = Costes econ=C3=B3micos y medioambetales de la = desalaci=C3=B3n de agua de=20 mar, por el dr. Manuel Latorre, IV Congreso Ib=C3=A9rico de = Gesti=C3=B3n y=20 Planificaci=C3=B3n del agua, 2004. Consultado el 27 de abril de 2009.=20
=E2=86=91 = Abastecimiento de agua en Hong Kong, en = Arqhys.com.=20 Consultado el 26 de abril de 2009.=20
=E2=86=91 = Park (2007),=20 p=C3=A1g.219=20
=E2=86=91 = Swain (2004), p=C3=A1g.4=20
=E2=86=91 = Tendencias en el consumo humano e industrial de agua, y = su=20 relaci=C3=B3n el ritmo de la evaporaci=C3=B3n de las reservas. = Estudio de Igor A.=20 Shiklomanov, Instituto Hidrol=C3=B3gico Estatal (SHI, San Petersburgo) = y Unesco,=20 Par=C3=ADs, 1999. 1999.=20
=E2=86=91 = Sobre la relaci=C3=B3n=20 entre agua y guerra, v=C3=A9ase La=20 improbable guerra del agua, entrevista al ge=C3=B3grafo = estadounidense=20 Aaron Wolf, informe de la Unesco, octubre de 2001.=20
=E2=86=91 = Millones de enfermos por la falta de agua limpia en=20 Pakist=C3=A1n, en Public Radio International (en ingl=C3=A9s). = Consultado el 26=20 de abril de 2009.=20
=E2=86=91 = Biodiversidad: Est=C3=A1 en el agua, = art=C3=ADculo que expone la=20 relaci=C3=B3n entre precipitaciones, corrientes de agua y = biodiversidad. En=20 www.sciencedaily.com, consultado el 27 de abril de 2009.=20
=E2=86=91 = Reuni=C3=B3n de Alto=20 Nivel, Naciones Unidas (25 de = septiembre).=20 =C2=ABLos Objetivos de Desarrollo del Milenio=C2=BB (en espa=C3=B1ol) p=C3=A1gs. 2. Naciones = Unidas. Consultado=20 el 21=20 de abril de 2009.=20
=E2=86=91 = Herfkens, Eveline.=20 =C2=ABWashing away poverty=C2=BB (en=20 ingl=C3=A9s). Consultado el 29 de abril de 2009.=20
=E2=86=91 = UNESCO. (2006). Water, a shared responsibility. The United Nations = World Water=20 Development Report 2.=20
=E2=86=91 = En http://www.midcoastwater.com.au/site/index.cfm?display=3D8= 3592,=20 referencia original aqu=C3=AD. Consultado el 26 de abril de 2009.=20
=E2=86=91 = Bajo=20 se=C3=B1ales sombr=C3=ADas, en M=C3=A9xico IV Foro Mundial del = agua, Agencia Federal=20 de Noticias (DERF), 15 de marzo de 2006. Consultado el 22 de abril de = 2009=20
=E2=86=91 = Pedro 2:3-5=20
=E2=86=91 = "En un lugar de=20 Nueva Zelandia (sic), cuando se sent=C3=ADa la necesidad de una = expiaci=C3=B3n de los=20 pecados, se celebraba una ceremonia en la cual se transfer=C3=ADan = todos los=20 pecados de la tribu a un individuo; un tallo de helecho previamente = atado a=20 una persona se sumerg=C3=ADa con =C3=A9l en el r=C3=ADo, se desataba = all=C3=AD y se le dejaba ir=20 flotando hacia el mar, llev=C3=A1ndose los pecados." FRAZER, J.G., = La rama=20 dorada: magia y religi=C3=B3n, Fondo de Cultura Econ=C3=B3mica, = 1994, M=C3=A9xico, p=C3=A1g.=20 613.=20
=E2=86=91 = Azora de Al-Anbiya=20 21:30=20
=E2=86=91 = Cort=C3=A9s, p=C3=A1g.307=20

Bibliograf=C3=ADa

Bibliograf=C3=ADa=20 utilizada

AMERICAN CHEMICAL SOCIETY.=20 Chemistry in the community. Nueva York: W.H. Freeman. ISBN 9780716789192. =20
CORT=C3=89S, Julio.=20 El Cor=C3=A1n. Perseus Distribution. ISBN 0940368714. =20
DAVIE, = TIM. =C2=ABI- Hidrology as a Science=C2=BB. Fundamentals of = Hydrology.=20 Londres: Routledge. ISBN 0415220289. http://books.google.com/books?id=3DG3r7Ku07vioC&pg=3DP= A2&dq=3Dwater+is+one+of+the+very+few+substances+to+be+found+naturally= +in+all+three+states+on+earth#PPA2,M1. =20
MILLER, = Tyler. =C2=ABIX-=20 Water resources and water pollution=C2=BB. Sustaining the = earth. Thomson,=20 Brooks & Cole. ISBN 0-534-49672-5. =20
PARK, = Chris. A=20 dictionary of environment and conservation. Oxford: Oxford = University=20 Press. ISBN=20 0198609957. =20
RAM=C3=8DREZ QUIR=C3=93S, = Francisco.=20 Tratamiento de Desinfecci=C3=B3n del Agua Potable. Canal Isabel = II.=20 ISBN 84-933694-3-8. =20
RASTOGI, S.C..=20 Cell and molecular biology. New Age International. ISBN 8122412882. =20
STARR, = Cecie. Mary=20 Arbogast. ed. Biology: Concepts and applications (Fifth edition = edici=C3=B3n). Belmont: Wadsworth - Thomson Learning. ISBN 0-534-38549-4. =20
SWAIN, = Ashok.=20 =C2=ABI-Water Scarcity=C2=BB. Managing water conflict. Nueva = York: Routledge.=20 ISBN 071465566X. =20
TAUTSCHER, Carl.=20 =C2=AB8.4=C2=BB. Contamination Effects on Electronic Products: = Water. Nueva York:=20 M. Dekker. ISBN 0824784235.

Bibliograf=C3=ADa=20 adicional (no utilizada directamente en este art=C3=ADculo)

John M.=20 DeMan (1999). Principles of Food Chemistry 3rd = Edition. =20
Vickie = A. Vaclavik=20 and Elizabeth W. Christian (2003). Essentials of Food Science 2nd=20 Edition. =20
OA Jones, JN Lester and N Voulvoulis, Pharmaceuticals: a threat to = drinking water? TRENDS in Biotechnology 23(4): 163, 2005=20
Franks, F (Ed), Water, A comprehensive treatise, Plenum Press, New = York,=20 1972=E2=80=931982=20
PH Gleick and associates, The World's Water: The Biennial Report = on=20 Freshwater Resources. Island Press, Washington, D.C. (published every = two=20 years, beginning in 1998.)=20
Marks, William E., The Holy Order of Water: Healing Earth's Waters = and=20 Ourselves. Bell Pond Books ( a div. of Steiner Books), Great = Barrington, MA,=20 November 2001 [ISBN=20 0-88010-483-X]=20
DEBENEDETTI, P. G., y STANLEY, H. E.; "Supercooled and Glassy = Water",=20 Physics Today 56 (6), p. 40=E2=80=9346 (2003). Downloadable=20 PDF (1.9 MB)=20
Water=20 SA=20
IRWING, J.J. y SOICHET, B.K., "ZINC: A free database of = commercially=20 available compounds for virtual screening", en el Journal of = Chemical=20 Information and modeling 45, n=C2=BA 1, 2005, p=C3=A1gs. 177-182.=20
POLING, B.E., PRAUSNITZ, J.M. y REID, R.C., The properties of = gases and=20 liquids (4=C2=AA edici=C3=B3n), McGraw-Hill, 1987.=20
PRAUSNITZ, J.M. REID, R.C. y SHERWOOD, T.K, The properties of = gases and=20 liquids (3=C2=AA edici=C3=B3n), McGraw-Hill, 1977.=20
REKLAITIS, G.V., Introduction to material and energy = balances, John=20 Wiley and Sons, Inc., 1983.

El agua = como recurso=20 natural

Gleick, = Peter H. (10 de=20 noviembre de 2006). The World's Water: The Biennial Report on = Freshwater=20 Resources. Washington: Island Press. ISBN 978-1-59726-105-0. =20
Postel, Sandra (1997, second = edition).=20 Last Oasis: Facing Water Scarcity. New York: Norton = Press. =20
Anderson (1991).=20 Water Rights: Scarce Resource Allocation, Bureaucracy, and the=20 Environment. =20
Marq=20 de Villiers (2003, revised edition). Water: The Fate of Our = Most=20 Precious Resource. =20
Diane=20 Raines Ward (2002). Water Wars: Drought, Flood, Folly and the = Politics of=20 Thirst. =20
Miriam R.=20 Lowi (1995). Water and Power: The Politics of a Scarce Resource in = the=20 Jordan River Basin. Cambridge Middle East Library. =20
Worster, Donald=20 (1992). Rivers of Empire: Water, Aridity, and the Growth of the = American=20 West. =20
Reisner, Marc=20 (1993). Cadillac Desert: The American West and Its Disappearing=20 Water. =20
Maude Barlow, Tony Clarke = (2003).=20 Blue Gold: The Fight to Stop the Corporate Theft of the World's=20 Water. =20
Vandana=20 Shiva (2002). Water Wars: Privatization, Pollution, and Profit. = London:=20 Pluto Press [u.a.]. ISBN 0-7453-1837-1.=20 OCLC= 231955339. =20
Anita Roddick, et al (2004). = Troubled=20 Water: Saints, Sinners, Truth And Lies About The Global Water=20 Crisis. =20
William=20 E. Marks (2001). The Holy Order of Water: Healing Earths Waters and = Ourselves.

Enlaces = externos

Wikimedia = Commons=20 alberga contenido multimedia sobre AguaCommons. =

Wikilibros

Wikilibros = alberga un libro=20 o manual sobre Manual=20 de Ingenier=C3=ADa Sostenible del Agua.=20
Wikiquote alberga = frases=20 c=C3=A9lebres de o sobre Agua. Wikiquote=20
Directiva Marco del Agua Legislaci=C3=B3n = Comunitaria Europea de=20 protecci=C3=B3n de las aguas=20
Legislaci=C3=B3n Comunitaria Europea sobre la calidad = de las aguas=20 destinadas al consumo humano=20
Portal del agua de la Unesco Unesco Agua, = desarrollo=20 sostenible y protecci=C3=B3n de los recursos mundiales de agua dulce=20
Programa=20 Mundial de Evaluaci=C3=B3n de los Recursos H=C3=ADdricos=20
Programa GEMS/Agua de la ONU=20
La gota=20 de agua. Un ensayo sobre la privatizaci=C3=B3n del agua, por Cathy = Garc=C3=ADa.=20
OECD Estad=C3=ADsticas sobre agua

Obtenido de =C2=ABhttp://es.wikipedia.org/w/index.php?title=3DAgua&oldid=3D540313= 70=C2=BB=20

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