「ground-water」の共起表現一覧(1語右で並び替え)
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e of the claimed derogation of river flows, | groundwater abstractions and local springs due to histo |
ellite images for both detecting subsurface | groundwater accumulation and land / submarine springs u |
g of waters (such as from precipitation and | groundwater) and the level of groundwater contribution |
tically alters the acidity and chemistry of | groundwater and streams, and may endanger plant and ani |
eam is contaminated from the mixture of the | groundwater and surface streams due to mining. |
more generally called a hydrograph (in both | groundwater and surface water). |
es - Investigating and raising awareness of | groundwater and water resource issues in Australia |
t pollution from the plant leached into the | groundwater and caused increased rates of cancer amongs |
in mobility and availability of uranium to | groundwater and soil from nuclear wastes which leads to |
corrosion of iron and steel in oxygen-free | groundwater and in reducing soils below the water table |
es, extinct plant and animal species, toxic | groundwater, and increased flooding. |
districts that is responsible for managing | groundwater and surface water resources in a 15-county |
e sources of water were explored, including | groundwater and rivers, but none were considered adequa |
heavy metals from the slag heaps as well as | groundwater and surface runoff from the metal smelters |
metre clay cap over the site, and extensive | groundwater and soil vapour monitoring, testing and rep |
3 past the Ship Pond Road bridge, is fed by | groundwater and has over two miles (3 km) of shoreline. |
mm)) characterized by the presence of both | groundwater and relatively nutrient-poor windblown sand |
ants to surface water) and contamination of | groundwater, and to maintain and/or improve the conditi |
cidentally infiltrate some of its volume to | groundwater); and from a retention basin, which is desi |
The pond is fed by | groundwater and cranberry bog outlets. |
er operations, exploring conjunctive use of | groundwater and surface water, evaluating and improving |
These kettleholes are fed by | groundwater and have no inlet streams. |
otal of £54,000 for causing petrol to enter | groundwater and a tributary of the Foudry Brook, from i |
Also, 'Gotjawal' has abundant | groundwater and excellent effects of heat-retaining and |
are design to withstand site specific soil, | groundwater and traffic loading conditions provide valu |
It is fed by | groundwater and supply pipe of the near Taxer spring. |
The source for this pond is | groundwater, and there is no outlet. |
stormwater though permeable soils into the | groundwater aquifer. |
stormwater though permeable soils into the | groundwater aquifer. |
le will seep into the soil and recharge the | groundwater aquifer. |
to seep into the streambed, recharging the | groundwater aquifer. |
stormwater though permeable soils into the | groundwater aquifer. |
when concerns arose about the status of the | groundwater aquifers which sat under the reservation. |
tial within the rocks and soils; and e) the | groundwater aquifers that contain groundwater resources |
's crust, especially oil and gas fields and | groundwater aquifers. |
jor contaminants in the soil, sediment, and | groundwater are volatile organic compounds (VOCs), poly |
At sites where soil and | groundwater are contaminated with chlorinated ethenes, |
Regular monitoring of soil and | groundwater around manure holding facilities and land r |
U.S. gallons (1 billion m3) of contaminated | groundwater as a result of the leaks. |
The use of | groundwater as a source of renewable energy will greatl |
generalization is arsenic contamination of | groundwater, as arsenic is a very serious pollutant whi |
collected specimens of P. subterraneus from | groundwater at his farm near Eyreton, Canterbury, and l |
at are inundated or saturated by surface or | groundwater at a frequency and duration sufficient to s |
at are inundated or saturated by surface or | groundwater at a frequency and duration sufficient to s |
In addition to the association of | groundwater availability with this locale along the Bal |
Using one of several classification of | groundwater based on Total Dissolved Solids, brine is w |
Since every | groundwater basin recharges at a different rate dependi |
trates into the ground recharging the local | groundwater, because the water table is below the botto |
er waste handling and removal, the soil and | groundwater beneath the property became contaminated an |
Overdrafting is the process of extracting | groundwater beyond the safe yield or equilibrium yield |
canyon, or on the edge of a grassland where | groundwater bubbles to the surface. |
rocessing area is isolated from surrounding | groundwater by creating fractured areas ("pockets"), ap |
ws a downward grade from its recharge zone, | groundwater can become pressurized as it flows. |
dissolved substances from soil and shallow | groundwater can be flushed into streams. |
Groundwater can either be privately owned or publicly o | |
ers of North America, where the majority of | groundwater chemistry data has been acquired. |
Note that in fields that commonly deal with | groundwater chemistry, arsenite commonly refers to As2O |
f historic mining waste and $100 million on | groundwater cleanup. |
Hexazinone is a known and pervasive | groundwater contaminant, due to its high water solubili |
on Agency have identified numerous soil and | groundwater contaminants on and near the development ar |
Light Non-Aqueous Phase Liquid (LNAPL) is a | groundwater contaminate that is not soluble and has a l |
inhalation or ingestion of contaminants in | groundwater contaminated through soil. |
re at the facility, but has determined that | groundwater contamination is not under control. |
their useful life is over or when a risk of | groundwater contamination arises. |
Hinkley | groundwater contamination |
e freeze wall these methods can still cause | groundwater contamination as the hydraulic conductivity |
s tebuthiuron to have a great potential for | groundwater contamination, due to its high water solubi |
e for sites where there is a possibility of | groundwater contamination, or where there is soil with |
reater risks lie in soil vapor exposure and | groundwater contamination. |
ous acidic environments and Tharsis-centric | groundwater discharge dating to the late Noachian, much |
ther water activities such as discharges to | groundwater, discharges to surface water, abstractions, |
The use of | groundwater drains has been suggested by hydrologist Dr |
Groundwater elevation is approximately at the elevation | |
tation watered by waterfalls emanating from | groundwater emerging from the upper cliff faces. |
As the | groundwater enters the cave, the excess carbon dioxide |
MT is also used for | groundwater exploration and mapping, hydrocarbon reserv |
uses both the GIS and Hydrologic model for | groundwater exploration in the northern United Arab Emi |
The volume of | groundwater extracted from the catchment has fallen in |
and reliable chemical indicator of river / | groundwater fecal contamination, as chloride is a non-r |
Groundwater feeds soil moisture through percolation, an | |
rface runoff from adjacent hillslopes, from | groundwater flow out of the ground, and from water disc |
Some | groundwater flow occurs across this fault boundary, but |
Groundwater flow is defined as the "...part of streamfl | |
In hydrogeology it is measured by the | Groundwater flow equation. |
2 gallons of precipitation per year, though | groundwater flow is unknown. |
As a result the | groundwater flow is diverted around the tailings. |
(Darcy's law of | groundwater flow) |
This vector describes the direction of the | groundwater flow, where negative values indicate flow a |
ervoir storage, crop growth and irrigation, | groundwater flow, reach routing, nutrient and pesticide |
h frequent saline water degeneration of the | groundwater flow. |
d dynamics, Land for hydrology and Soil for | groundwater flow. |
is slower than throughflow but faster than | groundwater flow. |
It should not be confused with | groundwater flow. |
In A, | groundwater flows through the barrier and is remediated |
,000,000 US gallons (380,000 m3) per day of | groundwater for public water use, industrial supply, an |
al cleaning and has been shown to remain in | groundwater for a long time if leaked. |
avajo Aquifer is the main source of potable | groundwater for the Navajo and Hopi tribes, who use the |
soil particles and can continue to pollute | groundwater for years after its application. |
elp understanding of formations which store | groundwater for drinking or irrigation, and to help loc |
This form of arsenate is often found in | groundwater from deep wells and is a toxic substance. |
mbrella" of bitumen-coated paper to prevent | groundwater from seeping into the station. |
Farmers had been drinking fresh | groundwater from wells, whereas previously they had had |
wers results in a significant extraction of | groundwater from the Ogallala Aquifer. |
ors, and unstable building material allowed | groundwater from the Nile to seep into the walls, causi |
a depth of 3,800 feet, were turned off, and | groundwater from the surrounding aquifers began to slow |
als; a situation explained by the inflow of | groundwater from an area larger than suggested by the e |
It emerged that the | groundwater has been polluted since the 1970s. |
ence here may be due to upwellings of fresh | groundwater high in calcium carbonate. |
osive because basaltic magma interacts with | groundwater in aquifers below the surface producing vio |
ion in the country and only plant that used | groundwater in such a way. |
a primary cause for the increased amount of | groundwater in the lowlands. |
rocarbons in oil and gas reservoirs, and of | groundwater in aquifers. |
to the problem of arsenic contamination of | groundwater in Eastern India and Bangladesh. |
ota and Prince Edward Island, as well as in | groundwater in Long Island, New York and Florida. |
There is such an absence of usable | groundwater in the area that Eunice, N.M., the closest |
e electromagnetic technology to rapidly map | groundwater in 3D deep beneath arid basins . |
It is endemic to caves and | groundwater in Australia. |
water (arguably the largest single body of | groundwater in the world, although the overall volume o |
The uranium mining caused some of the | groundwater in Fry Canyon to become radioactive. |
They receive their nutrients through | groundwater infiltration. |
duced surface water availability, increased | groundwater inflow, water logging, polluted incoming wa |
on top of clay compact the clay beneath as | groundwater is drawn down and water is wrung out of the |
While | groundwater is a renewable source, reserves replenish r |
Groundwater is scarce, and hikers generally rely on wat | |
n oxide adsorption treatment for arsenic in | groundwater is a commonly practiced removal process whi |
Deep | groundwater is fed to the creek by the Black Creek aqui |
ion for those within disciplines related to | groundwater, its occurrence, utilization, testing and m |
However, leaching and | groundwater leakage still causes some pollution. |
appened when the magmatic plume reached the | groundwater level of the Rhine (about 50m higher than t |
arce that there has been a rapid decline of | groundwater level in large parts of the Ghouta. |
The statue is currently leaning due to | groundwater level changes causing movement of the found |
bricklayers to build supporting walls, the | groundwater level had to be lowered. |
has risen to within 150 feet of the natural | groundwater level. |
In some cases it requires the lowering of | groundwater levels below the level of the oil shale str |
high | groundwater levels, close to the infiltrating surface; |
ues have persisted in contaminated soil and | groundwater long after applications have ceased. |
converts 1,2-DCE to VC, and its presence in | groundwater may be necessary for proper bioremediation |
Groundwater may have existed at both Gusev and Meridian | |
ruptions; the application of soil, rock and | groundwater mechanics to the design and predicted perfo |
n exposure to contaminants and contaminated | groundwater migration are under control. |
e of an hydrogeological water balance and a | groundwater model (e.g. |
Cambridge, Massachusetts doing research in | Groundwater modeling) and the Jawaharlal Nehru Fellowsh |
me-was the first fully-integrated graphical | groundwater modelling software. |
c. (WHI) is a company that specializes with | groundwater modelling software, training, and consultin |
ces of benzene and toluene were detected in | groundwater monitoring bores. |
l Water Quality Control Board reported that | groundwater monitoring at the site had detected 26 vola |
The lake lies on the Jandakot | Groundwater Mound - a region of elevated groundwater be |
The Jandakot Mound, or Jandakot | Groundwater Mound, is an unconfined aquifer in south-we |
into the earth by infiltration and becomes | groundwater, much of which eventually enters streams. |
dies, paid for by Rohm and Haas, showed the | groundwater never affected the town's well water. |
ns, and thus can render large quantities of | groundwater non-potable. |
ure or lies in deep underground aquifers as | groundwater not accessible to human use. |
natural in- and outflow and mainly receives | groundwater of the Inn River and from rain. |
Not all ecosystems need | groundwater, of course. |
reach there is a large historic release to | groundwater of solvent from manufacturing uses stemming |
The soil and | groundwater of the site was contaminated during operati |
eated landfills which have contaminated the | groundwater on Saipan, which could lead to disease. |
de and trichloroethene were detected in the | groundwater on the plant, but were only detected in lim |
ordane adheres to soil particles and enters | groundwater only slowly owing to its low solubility (0. |
nd cavities by circulation of chloride rich | groundwater or connate fluids. |
It may also be precipitated by | groundwater or in other sedimentary conditions, or form |
coming into contact with abundant, shallow | groundwater or surface water. |
when contaminants, either dissolved in the | groundwater or as DNAPL, come into contact with the iro |
Calcite can be either dissolved by | groundwater or precipitated by groundwater, depending o |
Cooling | groundwater or mixing of different groundwaters will al |
rom the mountains, as well as supplementary | groundwater; owing to the lesser use of water to irriga |
stems in more hospitable environments where | groundwater plays no central role, groundwater is in fa |
ions with test wells, including the uranium | groundwater plume extending south of the plant area, st |
A major | groundwater plume containing the contaminant PCE was di |
trol Board has indicated MTBE is one of the | groundwater pollutants of most widespread concern in th |
nding the fate and transport of surface and | groundwater pollutants. |
area have been similarly badly affected by | groundwater pollution and other toxic emissions. |
rite can result from hydrothermal or direct | groundwater precipitation. |
book of his recent work is forthcoming with | Groundwater Press. |
ndenburger Tor was delayed owing to extreme | groundwater problems at the site of the latter new stat |
The USGS | groundwater program had already determined that there w |
islative accomplishments of his include the | Groundwater Protection Act (1983), California Clean Air |
he San Joaquin Valley of the United States, | groundwater pumping for crops has gone on for generatio |
Groundwater pumping continues at a higher rate than the | |
The combination of | groundwater pumping for power production and water extr |
tain future, being threatened by changes in | groundwater quality and level, changes in aquifer chara |
l legislation to preserve wetlands, protect | groundwater quantity and quality, strengthen air qualit |
s a moist or wet place where water, usually | groundwater, reaches the earth's surface from an underg |
Baseflow (also called drought flow, | groundwater recession flow,, low flow, low-water flow, |
It acts as a | groundwater recharge zone for the Duffins Creek watersh |
Reclamation and provides flood control and | groundwater recharge of the aquifer. |
If the inflow to the reservoir exceeds the | groundwater recharge capacity of the spreading grounds |
he aquifer, to determine what is coming in ( | groundwater recharge from the surface), what is leaving |
Groundwater recharge, which is an important process tha | |
quently used for water quality improvement, | groundwater recharge, flood protection, aesthetic impro |
e forests provide several functions such as | groundwater recharge, water quality enhancement through |
o used to regulate flows for irrigation and | groundwater recharge. |
lorida's the Brooksville Ridge and protects | groundwater recharge. |
educing the runoff from a site and allowing | groundwater recharge. |
The river provides water for irrigation and | groundwater recharge. |
minating rainwater infiltration and natural | groundwater recharge. |
he lower part of the river is only used for | groundwater recharge. |
oaches to application of iron particles for | groundwater remediation: Fig. A, a conventional PRB mad |
raction of water from such non-replenishing | groundwater reserves (known as low safe-yield reserves) |
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