Groundwater. Any water, except capillary moisture, beneath the land surface or beneath the bed of any stream, lake, reservoir or other body of surface water within the boundaries of this state, whatever may be the geologic formation or structure in which such water stands, flows, percolates, or otherwise moves.
Groundwater. The groundwater shall not be degraded as a result of the waste maintained at the facility.
Groundwater. The Basin surface water divide shall be used for the purpose of managing and regulating New or Increased Diversions, Consumptive Uses or Withdrawals of surface water and groundwater. Withdrawal systems
Groundwater a) The Parties will establish and implement RIM classifications, Learning Plans, Transboundary Groundwater Objectives and monitoring in accordance with the RIM approach and Appendices F, H, and I.
b) The Parties will manage Transboundary Groundwater, including the water quantity, water quality, physical structure and transboundary surface water ecosystems supported by Transboundary Groundwater, in a manner that is protective and that maintains the Ecological Integrity of the Aquatic Ecosystem.
c) The Parties will use and share Transboundary Groundwater reasonably and equitably, as determined on a case-by-case basis in consideration of, but not limited to, the following factors:
i. Geographic, hydrographic, hydrologic, hydrogeologic, climatic, ecological, and other natural features;
ii. The social and economic needs of the Parties including human health;
iii. The population dependent on the use;
iv. The effects of use by one Party on the other Party;
v. Existing and potential licensed and unlicensed uses, including traditional uses;
vi. Conservation, protection, Developments and Activities, and economy of use and the costs of measures taken to achieve these purposes;
vii. The availability of alternatives, of comparable value, to the particular planned or existing use;
viii. The sustainability of proposed or existing uses;
ix. The maintenance of the Ecological Integrity of the Aquatic Ecosystem.
Groundwater i. Slope Stability Analysis
Groundwater. The Long Beach Peninsula, including the Long Beach area, has a groundwater system similar to that of a homogeneous “island” groundwater flow system, where a lens of less dense freshwater “floats” on top of a body of more dense salt water. Recharge to the groundwater system is from infiltration/percolation of rainfall. Groundwater generally moves perpendicular to the spine of the Peninsula. A groundwater divide exists where groundwater is its most shallow along a north-south axis, and groundwater moves away from this divide west or east toward either the Pacific Ocean or Willapa Bay, respectively. The most prominent groundwater features in the dune area are interdunal wetlands located in the deflation plain🕈 behind the foredune🕈.
Groundwater. City shall continue to utilize and expand its existing groundwater system to reduce peaks and as an emergency back-up supplement to its surface water supply. In furtherance of City’s ability to develop its groundwater resources, Developer hereby agrees to dedicate to City all rights to the groundwater underlying the Property, provided such dedication of underlying groundwater rights is required by City of other major developers or subdividers in City. The dedication of such groundwater rights shall take place prior to approval of the first final large lot map for the Project and shall be in a form acceptable to the City Attorney.
Groundwater. Groundwater samples shall be analyzed as outlined in Table A (Attached). Groundwater elevations shall be recorded quarterly and reported semi-annually in the July and January semi-annual monitoring reports.
Groundwater. Water beneath the surface of the earth within the zone below the water table in which the soil is completely saturated with water, but does not include water that flows in known and definite channels.
Groundwater. Depth to groundwater will be important for design and construction of the proposed facilities. For this reason, borings will be drilled dry and the depth at which groundwater is encountered will be recorded. Twenty-four hour water levels will not be measured. Borehole Grouting. All of the geotechnical boreholes will be grouted with cement and bentonite, after drilling and sampling.
