Groundwater in a sentence

(1) Alachlors can contaminate groundwater.

(2) Rain can help replenish the groundwater.

(3) Arsenic is commonly found in groundwater.

(4) Horsts can affect the flow of groundwater.

(5) The chemicals leached into the groundwater.

(6) The sewage can contaminate the groundwater.

(7) The cadmium was detected in the groundwater.

(8) The groundwater was depleted beneath the city.

(9) The landfill is contaminating the groundwater.

(10) The cesspool is contaminating the groundwater.

Groundwater sentence

(11) The chemical leak contaminates the groundwater.

(12) The groundwater levels deplete during droughts.

(13) The contaminant was present in the groundwater.

(14) Landfills can contaminate groundwater and soil.

(15) The bedrock is a reliable source of groundwater.

(16) The tubewell is used for groundwater extraction.

(17) Investigate the leachability of the groundwater.

(18) The esker is an important source of groundwater.

(19) Siderite can be dissolved by acidic groundwater.

(20) Rain can help to replenish groundwater supplies.

Groundwater make sentence

(21) The alluvial aquifer is a source of groundwater.

(22) Quinoline is a common contaminant in groundwater.

(23) The industrial waste is polluting the groundwater.

(24) Alluviums can be a source of groundwater recharge.

(25) The calcaria was a natural filter for groundwater.

(26) The tubewell was dug deeper to access groundwater.

(27) Arsenic can be found in groundwater in some areas.

(28) Arsenic can be found in some types of groundwater.

(29) The use of pesticides can contaminate groundwater.

(30) Monsoon rains help to replenish groundwater levels.

Sentence of groundwater

(31) The extraction of groundwater can affect sea level.

(32) Contaminate the soil with contaminated groundwater.

(33) The defoliant was known to contaminate groundwater.

(34) A piezometer is used to monitor groundwater levels.

(35) The groundwater was depleted underneath the desert.

(36) Piezometers are used to measure groundwater levels.

(37) The hydrometry study focused on groundwater levels.

(38) Hexachlorethane is a known groundwater contaminant.

(39) The toxic chemicals were befouling the groundwater.

(40) Landfills can be a source of groundwater pollution.

Groundwater meaningful sentence

(41) Isarithms can be used to analyze groundwater levels.

(42) Groundwater is often stored in underground aquifers.

(43) The chemical spill is contaminating the groundwater.

(44) The groundwater had a nitrate concentration of 3 ppb.

(45) The groundwater had a uranium concentration of 4 ppb.

(46) Tetrachloride is a common contaminant in groundwater.

(47) The denudations of the soil have affected groundwater.

(48) The overuse of groundwater is desertifying the region.

(49) The leachy oil drum polluted the soil and groundwater.

(50) The vadose zone is important for groundwater recharge.

Groundwater sentence examples

(51) Salt up above the landfill can affect the groundwater.

(52) The groundwater had a pesticide concentration of 2 ppb.

(53) Improper disposal of batteries can pollute groundwater.

(54) The pollutant was contaminating the groundwater supply.

(55) The subsurface can be a source of groundwater recharge.

(56) The calcitic groundwater is a source of drinking water.

(57) Contaminated groundwater can contaminate water sources.

(58) The salinized groundwater is not suitable for drinking.

(59) The wacke deposit is a potential source of groundwater.

(60) Hexachlorethane is a potential groundwater contaminant.

Sentence with groundwater

(61) The contaminated groundwater is affecting nearby wells.

(62) Carbamyl is a common contaminant in groundwater sources.

(63) The effluences of chemicals seeped into the groundwater.

(64) The marl layer acts as a natural filter for groundwater.

(65) Farmers rely on groundwater for irrigation in dry areas.

(66) The allobar layer is an important source of groundwater.

(67) The extraction of groundwater can affect sea level rise.

(68) Fluoride can also be found in some types of groundwater.

(69) The loess layer acts as a natural filter for groundwater.

(70) Contamination of groundwater can pollute the environment.

Use groundwater in a sentence

(71) Poor irrigation practices can deplete groundwater levels.

(72) The alluvial plain is an important source of groundwater.

(73) Saturate soil can also affect the quality of groundwater.

(74) The depletion of groundwater can lead to land subsidence.

(75) The tritium concentration in the groundwater is a concern.

(76) Hydrometry is used to monitor groundwater levels in wells.

(77) Drouths can lead to the depletion of groundwater reserves.

(78) The cherty layer acts as a natural filter for groundwater.

(79) Sideritic minerals can be dissolved by acidic groundwater.

(80) Micropores in rocks can act as reservoirs for groundwater.

Sentence using groundwater

(81) Fracking can contaminate groundwater if not done properly.

(82) Podzol soils are often associated with acidic groundwater.

(83) Alluvial plains can be important for groundwater recharge.

(84) The pollution from landfills is contaminating groundwater.

(85) The drought has caused the groundwater to become depleted.

(86) Over-exploitation of groundwater can cause land subsidence.

(87) Selenate contamination in groundwater is a growing concern.

(88) The morainal deposits acted as a reservoir for groundwater.

(89) Hydrogeology plays a vital role in groundwater exploration.

(90) The groundwater was depleted underneath the urbanized city.

Groundwater example sentence

(91) The depletion of groundwater reserves is a growing concern.

(92) Groundwater contamination can be caused by chemical spills.

(93) Groundwater is often used for geothermal energy production.

(94) Radionuclides can be found in certain types of groundwater.

(95) The flood-plains play a vital role in groundwater recharge.

(96) The contaminant was found to be present in the groundwater.

(97) The pesticides on the crops can leach into the groundwater.

(98) The overuse of groundwater can lead to saltwater intrusion.

(99) Geoelectric data can be used to estimate groundwater levels.

(100) The groundwater in this area is depleted in drinkable water.

Sentence with word groundwater

(101) The subsurface is an important area for groundwater storage.

(102) The presence of niton in groundwater can pose a health risk.

(103) The cesspit was a potential source of groundwater pollution.

(104) The molasse formation is an important source of groundwater.

(105) Geophysics can help in studying the movement of groundwater.

(106) The salinized groundwater is causing corrosion in the pipes.

(107) Let's figure out chloride levels in this groundwater sample.

(108) The monsoons can replenish groundwater levels in the region.

(109) The hydrologist measured the groundwater levels in the area.

(110) Human-induced landfills are polluting groundwater resources.

Sentence of groundwater

(111) The contaminated soil can affect the quality of groundwater.

(112) The construction site nearby made the groundwater turbid out.

(113) The company was sued for knowingly toxifying the groundwater.

(114) Alachlor can leach into groundwater if not applied correctly.

(115) The potability of the groundwater is being monitored closely.

(116) Pervious surfaces can help to replenish groundwater supplies.

(117) The particulates in the coal ash can contaminate groundwater.

(118) The geosynclinal basin is an important source of groundwater.

(119) The piezometer readings indicate a stable groundwater system.

(120) The lateritic layer acts as a natural filter for groundwater.

Groundwater used in a sentence

(121) Geologies study the distribution and movement of groundwater.

(122) The gypseous layer acts as a natural barrier for groundwater.

(123) The vadose zone plays a crucial role in groundwater recharge.

(124) Groundwater pollution can be caused by industrial activities.

(125) The hydrometry report showed a decline in groundwater levels.

(126) Minimize the leachability of contaminants in the groundwater.

(127) The siltstone formation was a valuable source of groundwater.

(128) The drought has led to the depletion of groundwater reserves.

(129) The aquifer is a source of groundwater for many nearby towns.

(130) The extraction of groundwater can cause environmental damage.

Groundwater sentence in English

(131) Stormwater infiltration systems can help recharge groundwater.

(132) The layer with carbonate is a potential source of groundwater.

(133) Swallow-holes can be a natural source of groundwater recharge.

(134) Calcicoles are often found in areas with alkaline groundwater.

(135) The aquiferous layer acts as a natural filter for groundwater.

(136) The claystone layer acts as a natural barrier for groundwater.

(137) Arsenites can contaminate groundwater if not properly managed.

(138) The groundwater table was depleted beneath the critical level.

(139) The tubings in the water well are used to extract groundwater.

(140) The brickearth provided a natural barrier against groundwater.

(141) Overuse of groundwater depletes our underground water sources.

(142) The team is working out sulfate levels in groundwater sources.

(143) Geoelectric data can be used to model the flow of groundwater.

(144) Groundwater levels can be influenced by geological formations.

(145) The presence of anticlines can affect the flow of groundwater.

(146) The groundwater advects minerals through underground aquifers.

(147) The depletions in the groundwater levels are causing droughts.

(148) The new fracking site will encroach on the groundwater supply.

(149) The silt off the landfill caused contamination of groundwater.

(150) The hydrograph records the fluctuations in groundwater levels.

(151) Stratigraphy can help identify potential groundwater resources.

(152) The alluvial aquifer provides a reliable source of groundwater.

(153) The water will drain through the soil and into the groundwater.

(154) The floodplain is a valuable resource for groundwater recharge.

(155) Some studies suggest that fracking can contaminate groundwater.

(156) The permeameter provides valuable data for groundwater studies.

(157) Groundwater contamination can pose health risks to communities.

(158) Groundwater pollution can be difficult to detect and remediate.

(159) Dinitrobenzene is a common contaminant in soil and groundwater.

(160) The small-bore borehole was drilled for groundwater monitoring.

(161) Geochemically, the groundwater in this region is highly saline.

(162) Benzanthracene is a common contaminant in soil and groundwater.

(163) The quality of groundwater can be affected by human activities.

(164) Geoelectric data can be used to model groundwater flow patterns.

(165) The snowpack is essential for replenishing groundwater supplies.

(166) Landfilling can contaminate groundwater if not properly managed.

(167) The leaking chemical barrels were contaminating the groundwater.

(168) Landfills are monitored for potential groundwater contamination.

(169) The untreated sewages are polluting the groundwater in the area.

(170) The misuse of aldicarb can lead to contamination of groundwater.

(171) The putrescence of the sewage leak contaminated the groundwater.

(172) The silt round the well affected the quality of the groundwater.

(173) The presence of sulphides can affect the quality of groundwater.

(174) The sludge behind the landfill was seeping into the groundwater.

(175) The bottomlands are an important source of groundwater recharge.

(176) Sabkhas are important for groundwater recharge in coastal areas.

(177) Groundwater levels can fluctuate depending on rainfall patterns.

(178) Groundwater recharge occurs when rainwater infiltrates the soil.

(179) Groundwater depletion can lead to land subsidence in some areas.

(180) Groundwater levels can be monitored using wells and piezometers.

(181) Groundwater is an essential resource for sustaining agriculture.

(182) Diking is a technique used to prevent groundwater contamination.

(183) The hazardous waste dump conterminated the soil and groundwater.

(184) The piezometer measures the pressure of groundwater in the soil.

(185) Toxics in industrial waste can contaminate soil and groundwater.

(186) The chemicals from the landfill can contaminate the groundwater.

(187) The effluence of the landfill was contaminating the groundwater.

(188) The availability of groundwater can impact economic development.

(189) The clastic rock can be used as a natural filter for groundwater.

(190) The septic tank is designed to prevent groundwater contamination.

(191) Improper disposal of household chemicals can pollute groundwater.

(192) The waste from the mine was contaminating the nearby groundwater.

(193) The flood-plains are an important source of groundwater recharge.

(194) The subsurface can be a source of valuable groundwater resources.

(195) The old well was a vestige of the town's reliance on groundwater.

(196) Pedologists investigate the role of soil in groundwater recharge.

(197) Swallow-holes can be used as indicators of groundwater pollution.

(198) The watersupply in the town is supplemented by groundwater wells.

(199) The permeameter is commonly used in groundwater modeling studies.

(200) The flood plain was a valuable resource for groundwater recharge.

(201) The harmful substance can contaminate nearby groundwater sources.

(202) The alluvial fan is a significant source of groundwater recharge.

(203) Paleosol can help identify areas with high groundwater potential.

(204) The unabsorbed chemicals in the soil can contaminate groundwater.

(205) The presence of dieldrin in the soil can contaminate groundwater.

(206) The presence of evaporites can affect the quality of groundwater.

(207) The drouth has resulted in the depletion of groundwater reserves.

(208) Piezometers provide valuable data on the movement of groundwater.

(209) The presence of antimonite in groundwater can pose a health risk.

(210) Groundwater pollution can impact the health of aquatic organisms.

(211) The sparger is used in the treatment of contaminated groundwater.

(212) Bioremediations can be used to clean up contaminated groundwater.

(213) The use of simazine has been linked to groundwater contamination.

(214) The use of alachlor has been linked to groundwater contamination.

(215) The sludge beyond the landfill was contaminating the groundwater.

(216) The cesspool was a potential source of groundwater contamination.

(217) The pollution from the landfill is contaminating the groundwater.

(218) Salinity can impact the salinity of groundwater in coastal areas.

(219) The dumping of chemicals in the soil can contaminate groundwater.

(220) The presence of antimonite in groundwater can be a health concern.

(221) Geotechnical surveys provide information about groundwater levels.

(222) Dumping toxic substances in landfills can contaminate groundwater.

(223) The contaminated groundwater poses a risk of leaching into dioxin.

(224) The low groundwater level is posing a threat to local agriculture.

(225) Overuse of groundwater can deplete from underground water sources.

(226) Groundwater can be contaminated by industrial waste and chemicals.

(227) Hydrogeology studies the movement and distribution of groundwater.

(228) Hydrogeology plays a key role in groundwater remediation projects.

(229) The presence of calcrete can indicate the presence of groundwater.

(230) The tufaceous layer in the soil helps regulate groundwater levels.

(231) The cesspits were a potential source of groundwater contamination.

(232) The gypsiferous layer can act as a natural filter for groundwater.

(233) The caliches acted as a natural filter, purifying the groundwater.

(234) Groundwater pollution can have long-lasting effects on ecosystems.

(235) Despite diking the area, the groundwater levels continued to rise.

(236) The use of biosolid reduces the risk of groundwater contamination.

(237) Arsenic-acid is a common contaminant in some types of groundwater.

(238) The groundwater was depleted underneath the suburban neighborhood.

(239) The permeableness of the rock allowed for the flow of groundwater.

(240) The chemicals from the landfill have leached into the groundwater.

(241) The silt out of the fracking process contaminated the groundwater.

(242) The contaminated groundwater in the area is not safe for drinking.

(243) The effluence from the landfill was contaminating the groundwater.

(244) The toxins from the landfill can leach into the nearby groundwater.

(245) The industrial waste was causing toxic runoff into the groundwater.

(246) The presence of sulfates in groundwater can indicate contamination.

(247) The sewered neighborhood had a lower risk of groundwater pollution.

(248) Nitrate contamination in groundwater can be difficult to remediate.

(249) The precipitation is crucial for replenishing groundwater reserves.

(250) The drought has led to a significant drop in the groundwater level.

(251) Trihalomethanes can be found in both surface water and groundwater.

(252) The siliceous groundwater in the area is not suitable for drinking.

(253) The groundwater level is expected to recover once the drought ends.

(254) The disposal of toxicants in landfills can contaminate groundwater.

(255) The use of nitroform can reduce nitrogen leaching into groundwater.

(256) Pervious surfaces are important for maintaining groundwater levels.

(257) The leachable contaminants in the groundwater need to be addressed.

(258) Dioxane contamination in groundwater can be difficult to remediate.

(259) Groundwater contamination can be caused by improper waste disposal.

(260) The presence of harmful chemicals can conterminate the groundwater.

(261) The colluviums can be a source of groundwater recharge and storage.

(262) The salinized groundwater has caused damage to the local ecosystem.

(263) The chemicals leeched into the soil, contaminating the groundwater.

(264) The permeabilities of soils can affect the movement of groundwater.

(265) The new fracking operation will encroach on the nearby groundwater.

(266) The contaminant in the water was causing groundwater contamination.

(267) The pollution from fracking operations can contaminate groundwater.

(268) The basinal sediments are often used as reservoirs for groundwater.

(269) The source area of the water scarcity is the overuse of groundwater.

(270) The presence of residual soil can affect the quality of groundwater.

(271) The groundwater level is an integral part of the hydrological cycle.

(272) The presence of sulphates in groundwater can indicate contamination.

(273) Speleologists investigate the role of caves in groundwater recharge.

(274) The sissoo tree has a deep taproot that helps it access groundwater.

(275) Radioactive dating can be used to track the movement of groundwater.

(276) Capillarity is the driving force behind the movement of groundwater.

(277) The monsoonal rains replenish the groundwater levels in this region.

(278) Pisolite is commonly found in areas with high levels of groundwater.

(279) The extraction of groundwater can modify sea level in coastal areas.

(280) Hexane is a common contaminant in groundwater near industrial sites.

(281) The streamflow was impacted by the excessive pumping of groundwater.

(282) The tubewell was drilled deep into the ground to access groundwater.

(283) The deoiling process helps remove oil from contaminated groundwater.

(284) Arsenic is often found in groundwater in certain parts of the world.

(285) The water table indicates the depth at which groundwater is located.

(286) Landfills can pollute the soil and groundwater with toxic substances.

(287) The leeching of chemicals from landfills can contaminate groundwater.

(288) The heavy rainfall last month caused a rise in the groundwater level.

(289) The rainstorm helped saturate the soil and replenish the groundwater.

(290) Magmas can interact with groundwater and create hydrothermal systems.

(291) The groundwater levels were depleted near the excessive pumping area.

(292) The isoline on the map denotes areas with the same groundwater level.

(293) Some mesophytes have evolved deep root systems to access groundwater.

(294) The construction site was diked to prevent groundwater contamination.

(295) The dissolution of limestone can generate carbonate-rich groundwater.

(296) The quality of groundwater can be affected by agricultural practices.

(297) The presence of bisulfates in groundwater can indicate contamination.

(298) The rainwater seeped into the airths and replenished the groundwater.

(299) Amitroles should not be used in areas where groundwater is a concern.

(300) The water can transfer throughout the soil and reach the groundwater.

(301) The formation of palsas is influenced by the presence of groundwater.

(302) The footwall was the source of the groundwater that flooded the mine.

(303) The contaminated groundwater was a cesspool of toxins and pollutants.

(304) The toxicant was responsible for the contamination of the groundwater.

(305) The hydrologist conducted field surveys to measure groundwater levels.

(306) The alkalinity of the groundwater affects the taste of drinking water.

(307) Cover crop can help reduce the leaching of nutrients into groundwater.

(308) It is crucial to work out the sulfate levels in this groundwater well.

(309) Karstification can have a significant impact on groundwater resources.

(310) The pore space in this limestone formation is filled with groundwater.

(311) Aridisols are often found in areas with limited groundwater resources.

(312) The waterworks project aims to reduce reliance on groundwater sources.

(313) The lithological composition of the rocks affects groundwater quality.

(314) The hydrometric measurements indicate a decline in groundwater levels.

(315) The presence of nitres in groundwater can pose a risk to human health.

(316) The analysis revealed a level of 35 ppb of benzene in the groundwater.

(317) I can't put up with phosphate contamination affecting our groundwater.

(318) The presence of sulfates in groundwater can affect its taste and odor.

(319) The lab analysis revealed micrograms of pollutants in the groundwater.

(320) The tritium concentration in the groundwater was found to be elevated.

(321) The engineer used a borehole to install a groundwater monitoring well.

(322) Endosulfan has been found to contaminate groundwater in certain areas.

(323) The salinizing of the groundwater has made it unsuitable for drinking.

(324) Arsenic-trioxide is a common contaminant in some types of groundwater.

(325) The water can nullify down through the soil and reach the groundwater.

(326) The outfall of the mining operation was contaminating the groundwater.

(327) Dumping chemicals in a landfill can lead to groundwater contamination.

(328) The contaminated groundwater can affect the quality of drinking water.

(329) The layer with carbonate is a natural filter for purifying groundwater.

(330) The hygrophyte's roots extend deep into the soil to access groundwater.

(331) The presence of sulfuryl in groundwater can be a sign of contamination.

(332) Using organic fertiliser reduces the risk of groundwater contamination.

(333) The syncline's presence influenced the flow of groundwater in the area.

(334) The groundwater level can be influenced by changes in climate patterns.

(335) Radioisotopic tracers can be used to study the movement of groundwater.

(336) The pore-space in this rock matrix affects the movement of groundwater.

(337) Overexploitation of groundwater can lead to depletion of water sources.

(338) The depletions in the groundwater reserves are causing land subsidence.

(339) Perchlorate contamination in groundwater can be difficult to remediate.

(340) Perchlorate has been detected in groundwater wells near military bases.

(341) Chlorobenzenes are commonly found in contaminated soil and groundwater.

(342) The nullahs are being studied for their impact on groundwater recharge.

(343) The piezometer is installed in boreholes to measure groundwater levels.

(344) The geochemist studied the isotopic composition of groundwater samples.

(345) Many denialists reject the idea that fracking contaminates groundwater.

(346) Groundwater plays a crucial role in sustaining wetlands and ecosystems.

(347) Groundwater depletion can lead to saltwater intrusion in coastal areas.

(348) Isopach data can help identify potential areas for groundwater storage.

(349) The reclamation of a landfill can prevent contamination of groundwater.

(350) Dumping toxic waste in landfills can lead to groundwater contamination.

(351) The Chicot Aquifer is an important source of groundwater in the region.

(352) The depletion of groundwater has caused the land to become desertified.

(353) The presence of chlorate in groundwater can be a sign of contamination.

(354) Groundwater contamination can pose a health risk to humans and animals.

(355) The silt within the landfill posed a risk to groundwater contamination.

(356) The toxic waste dump is a potential source of groundwater contamination.

(357) Acrylamides are soluble in water and can easily contaminate groundwater.

(358) The company was sued for befouling the groundwater with toxic chemicals.

(359) Acid precipitation can lead to the acidification of groundwater sources.

(360) The presence of polysulphides in groundwater can indicate contamination.

(361) The degradative nature of certain chemicals can contaminate groundwater.

(362) Heavy rainfall has caused a rise in the groundwater level in the region.

(363) Xylene is a common contaminant in groundwater due to its widespread use.

(364) The alluvium is being studied for its potential as a groundwater source.

(365) The presence of decollements can affect the groundwater flow in an area.

(366) Stratigraphic mapping can help identify potential groundwater resources.

(367) The contaminated groundwater has created a dead zone for drinking water.

(368) The magnesian content of this groundwater affects its taste and quality.

(369) The piezometric measurements indicated a decrease in groundwater levels.

(370) The uncontaminated groundwater is a valuable resource for the community.

(371) The presence of saltbushes indicates the presence of saline groundwater.

(372) The gypsiferous content of the soil can affect the taste of groundwater.

(373) Inceptisols are important for water filtration and groundwater recharge.

(374) Groundwater extraction should be managed sustainably to avoid depletion.

(375) What an amazing tool the lysimeter is for studying groundwater recharge!

(376) The toxicities of certain industrial byproducts can pollute groundwater.

(377) The runoff from the mining operations was contaminating the groundwater.

(378) The geological study of groundwater helps us manage our water resources.

(379) As the rain percolates through the soil, it replenishes the groundwater.

(380) The hydrometric measurements indicated a decrease in groundwater levels.

(381) The overthrust of the fault line caused a shift in the groundwater flow.

(382) The management of groundwater resources is important for sustainability.

(383) The shale between the sandstone layers is often a source of groundwater.

(384) Geochemical reactions can alter the composition of groundwater over time.

(385) The rainy season is a boon for farmers as it replenishes the groundwater.

(386) The contaminant was detected in the groundwater near the industrial site.

(387) The construction of a new well will help replenish the groundwater level.

(388) The presence of trihalomethane in groundwater can indicate contamination.

(389) The siliceous layer in the soil acts as a natural filter for groundwater.

(390) The aquiferous channels act as natural conduits for groundwater movement.

(391) Boreholes are commonly used to extract groundwater for drinking purposes.

(392) The depletions in the groundwater levels are affecting well availability.

(393) Bathyliths can have a significant impact on the local groundwater system.

(394) San Joaquin Valley Groundwater Authority oversees groundwater management.

(395) Toluene is a common contaminant in groundwater due to its widespread use.

(396) The researcher was able to point out phosphate in the groundwater sample.

(397) Nitrosamine contamination in groundwater can pose a risk to human health.

(398) The presence of chlorates in groundwater can pose a risk to human health.

(399) The presence of selenates in groundwater can pose a risk to human health.

(400) The scientists dug a pit in support of their study on groundwater levels.

(401) The aggradation of the river can cause changes in the groundwater levels.

(402) The extraction of groundwater can elevate sea levels in coastal aquifers.

(403) Groundwater levels can be influenced by human activities such as pumping.

(404) The study found a concentration of 12 ppb of chromium in the groundwater.

(405) Properly dispose of petrol to prevent soil and groundwater contamination.

(406) The presence of residual soil can affect the availability of groundwater.

(407) The silicic deposits in the ground can affect the quality of groundwater.

(408) The landfill was monitored for potential contaminants in the groundwater.

(409) The bentonitic layer in the ground can affect the quality of groundwater.

(410) The sewage water will seep into the soil and contaminate the groundwater.

(411) Understanding hydrogeology is crucial for managing groundwater resources.

(412) The piezometric head is a measure of the pressure exerted by groundwater.

(413) The study of karst geology can provide insights into groundwater systems.

(414) It is important to work out the sulfate levels in this groundwater source.

(415) Trichloroethylene is a common groundwater contaminant in industrial areas.

(416) The transport of selenate in groundwater is influenced by various factors.

(417) The permeameter is a valuable tool for studying groundwater contamination.

(418) Improper waste disposal pollutes the land and can contaminate groundwater.

(419) Hydrologists study the interactions between surface water and groundwater.

(420) Hydrogeology is used in modeling and predicting groundwater flow patterns.

(421) The silt under the forest floor acted as a natural filter for groundwater.

(422) The presence of aluminium-silicate can affect the behavior of groundwater.

(423) The gypsiferous content of the soil can affect the quality of groundwater.

(424) The piezometer readings help in understanding the movement of groundwater.

(425) The formation of maars involves the interaction of magma with groundwater.

(426) The contamination of groundwater can elevate sea levels in affected areas.

(427) Groundwater is a valuable resource for industries such as bottling plants.

(428) Groundwater contamination can affect the taste and odor of drinking water.

(429) Groundwater is replenished through natural processes such as infiltration.

(430) Overexploitation of groundwater is causing water scarcity in many regions.

(431) The environmentalist used a borehole to monitor groundwater contamination.

(432) The limestone cave was eroded by millions of years of groundwater seepage.

(433) Arsenic is a common contaminant in groundwater in some parts of the world.

(434) The chemicals perm down through the soil and contaminated the groundwater.

(435) Irrigation depletes groundwater resources and can lead to land subsidence.

(436) Atrazine can leach into groundwater and contaminate drinking water sources.

(437) The presence of hydrogen sulfide in groundwater can indicate contamination.

(438) The extraction of groundwater from aquifers is regulated in many countries.

(439) Arsenates can be transported through groundwater and surface water systems.

(440) The presence of eskers can affect the flow and distribution of groundwater.

(441) The groundwater level is currently below the average for this time of year.

(442) A sudden drop in the groundwater level has raised concerns among residents.

(443) The groundwater level is expected to rise during the upcoming rainy season.

(444) Lixiviated substances can have a significant impact on groundwater quality.

(445) The overuse of groundwater is a depleter of water reserves in arid regions.

(446) Sandhills play a crucial role in water filtration and groundwater recharge.

(447) The leachate monitoring wells provide valuable data on groundwater quality.

(448) It's frustrating to put up with phosphate contamination in our groundwater.

(449) The depletive use of chemical fertilizers is polluting groundwater sources.

(450) Researchers are analyzing the interannual variations in groundwater levels.

(451) Hydrometric surveys are conducted to assess groundwater levels in the area.

(452) The contour map displayed the changes in groundwater levels in the aquifer.

(453) Groundwater contamination can be prevented through proper waste management.

(454) Over-exploitation of groundwater is causing water scarcity in many regions.

(455) The storage of coal ash in landfills poses a risk of groundwater pollution.

(456) The groundwater will channel up from the aquifer, providing drinking water.

(457) The water table can be lowered by excessive pumping from groundwater wells.

(458) Groundwater is an important resource for many communities around the world.

(459) Anticlines can affect the flow of groundwater and the formation of aquifers.

(460) Hydrology is used in groundwater management to monitor and protect aquifers.

(461) The nitrate levels in this groundwater source are being monitored regularly.

(462) The geochemically altered groundwater had high levels of dissolved minerals.

(463) The presence of monoclines can influence the flow of groundwater in an area.

(464) The contaminated groundwater was deemed unreclaimable for drinking purposes.

(465) The geologist studied rock formations to address the acidity of groundwater.

(466) Mesitylene is a common contaminant in groundwater due to its widespread use.

(467) The lithologic mapping helps in identifying potential groundwater resources.

(468) The denitration of contaminated soil can help prevent groundwater pollution.

(469) The groundwater reserves were depleted near the excessive irrigation region.

(470) The sludge around the waste disposal site was contaminating the groundwater.

(471) Reservoiring water in catchment areas can help recharge groundwater sources.

(472) The careless disposal of hazardous materials can befoul groundwater sources.

(473) The turbidity of the groundwater was tested before it was used for drinking.

(474) Atrazines can leach into groundwater and contaminate drinking water sources.

(475) The talweg can be used to identify potential areas for groundwater recharge.

(476) The desalinized water was used to fill reservoirs and replenish groundwater.

(477) The gossan was a result of the interaction between minerals and groundwater.

(478) The vadose zone can have a significant impact on the quality of groundwater.

(479) The disposal of coal ash in landfills can lead to groundwater contamination.

(480) The decomposition process of petroleum products can contaminate groundwater.

(481) The contamination of groundwater can have severe environmental consequences.

(482) Groundwater contamination can result from leaking underground storage tanks.

(483) The snowpack in the region is crucial for replenishing groundwater reserves.

(484) Geologists use isopachs to identify potential areas for groundwater storage.

(485) The dip angle of a rock layer can influence the flow of groundwater and oil.

(486) The outfalls from the industrial complex were contaminating the groundwater.

(487) The maars are formed when magma interacts with groundwater or surface water.

(488) The effluence from the chemical waste dump was seeping into the groundwater.

(489) The protection of groundwater resources is essential for future generations.

(490) Overexploitation of groundwater can cause water scarcity and land subsidence.

(491) Geoelectric data can be used to estimate the depth of groundwater reservoirs.

(492) Geochemistry helps us understand the behavior of contaminants in groundwater.

(493) The mineral deposit is being studied for its potential impact on groundwater.

(494) Over-exploitation of groundwater can cause water scarcity in certain regions.

(495) The karst geology plays a crucial role in groundwater storage and filtration.

(496) The carbon content in this groundwater sample indicates contamination levels.

(497) Monitoring the groundwater level is crucial for sustainable water management.

(498) The groundwater level is expected to rise with the onset of the rainy season.

(499) The groundwater level in coastal areas is susceptible to saltwater intrusion.

(500) The calcareous groundwater contributed to the formation of underground caves.

(501) The presence of arsenate in groundwater can render it unsafe for consumption.

(502) The presence of grabens can affect the flow of groundwater and surface water.

(503) Capillary action is responsible for the movement of groundwater through soil.

(504) Hydrogeology is used to assess the impact of human activities on groundwater.

(505) Geomorphic mapping is used to identify areas with high groundwater potential.

(506) The barytic concentration in the groundwater was found to exceed safe levels.

(507) The piezometric measurements provided evidence of groundwater flow direction.

(508) The catchwaters have helped in replenishing groundwater levels in the region.

(509) Ozonation is a cost-effective solution for treating contaminated groundwater.

(510) The piezometer is an essential instrument in groundwater resource management.

(511) It's essential to know how to deal with sulfate in groundwater contamination.

(512) The hydrogeologist conducted extensive research on groundwater contamination.

(513) The upwarping of the Earth's crust can cause changes in the groundwater flow.

(514) The accuracy of piezometers is essential for reliable groundwater monitoring.

(515) The presence of residual soil can affect the groundwater recharge in an area.

(516) Overexploiting groundwater resources can result in the depletion of aquifers.

(517) The hydrometry report indicated a significant decrease in groundwater levels.

(518) Chemosorbing is a reliable method for removing heavy metals from groundwater.

(519) The groundwater level is closely linked to the health of the local ecosystem.

(520) Carbon disulfide is a common contaminant in groundwater near industrial sites.

(521) The presence of carbonates in groundwater can affect its quality for drinking.

(522) The drainage system is designed to handle both surface runoff and groundwater.

(523) The anticline's presence indicated the potential for groundwater accumulation.

(524) Ethylbenzene is a common contaminant in groundwater due to its widespread use.

(525) The chlorinity of the groundwater is being monitored to prevent contamination.

(526) The phospho levels in this groundwater source are above the recommended limit.

(527) The potability of the groundwater is affected by nearby industrial activities.

(528) Hydrogeology is used in designing and managing groundwater extraction systems.

(529) Hydrogeology helps in understanding the recharge and discharge of groundwater.

(530) Understanding the lithology of an area is crucial for groundwater exploration.

(531) The fen's water level fluctuates depending on rainfall and groundwater levels.

(532) The humaninduced contamination of groundwater has made it unsafe for drinking.

(533) The presence of benzols in groundwater can contaminate drinking water sources.

(534) The seleniferous groundwater in the region is being monitored for its quality.

(535) The dolomitisation of limestone can occur in areas with high groundwater flow.

(536) The overuse of groundwater is leading to the depletion of depletable aquifers.

(537) The isopleth diagram illustrated the concentration of nitrates in groundwater.

(538) The salinities in the groundwater were affected by nearby saltwater intrusion.

(539) The hydrogeologist recommended measures to protect groundwater from pollution.

(540) The dissolution of carbonates in groundwater can release harmful contaminants.

(541) Hydrostatics is used in the analysis of groundwater flow and aquifer behavior.

(542) Geoelectric data can provide valuable information about groundwater resources.

(543) The storage of coal ash in unlined pits can lead to groundwater contamination.

(544) Geoelectric data can help identify potential sites for groundwater extraction.

(545) The strip mine has negatively impacted the quality of groundwater in the area.

(546) The groundwater will channel up from the well, providing irrigation for crops.

(547) The sorption of pollutants onto soil particles can affect groundwater quality.

(548) The groundwater was enriched with dioxin, requiring extensive cleanup efforts.

(549) The nuclear meltdown at the power plant spread radiation into the groundwater.

(550) The deposition of nitrogen in the form of nitrate can contaminate groundwater.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Groundwater. They do not represent the opinions of TranslateEN.com.