What does QSGW mean?
QSGW means Quantity of Surface and Ground Water
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Quantity of Surface and Ground Water?
Quantity of Surface and Ground Water can be abbreviated as QSGW
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Most popular questions people look for before coming to this page
Q: A: |
What does QSGW stand for? QSGW stands for "Quantity of Surface and Ground Water". |
Q: A: |
How to abbreviate "Quantity of Surface and Ground Water"? "Quantity of Surface and Ground Water" can be abbreviated as QSGW. |
Q: A: |
What is the meaning of QSGW abbreviation? The meaning of QSGW abbreviation is "Quantity of Surface and Ground Water". |
Q: A: |
What is QSGW abbreviation? One of the definitions of QSGW is "Quantity of Surface and Ground Water". |
Q: A: |
What does QSGW mean? QSGW as abbreviation means "Quantity of Surface and Ground Water". |
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What is shorthand of Quantity of Surface and Ground Water? The most common shorthand of "Quantity of Surface and Ground Water" is QSGW. |
Abbreviations or Slang with similar meaning
- SSWM - Surface and Storm Water Management
- ASGW - Actual Surface and Ground Water
- ASIW - Association of State and Interstate Water
- CLOUDMAP 2 - Sub-grid scale parameterisation through the validation and data assimilation of CLOUD properties for weather Prediction and cliMAte modelling from fusion of eo and ground-based instruments
- ESGWD - Existing Surface and Ground Water Discharges
- IMUGW - Impact of Mining Upon Ground Water
- ISGW - Impacted Surface and Ground Waters
- ISGW - Integrated Surface and Ground Water
- ISG - Impacted Surface and Ground
- PUSGW - Planned Use of Surface or Ground Water
- QSW - Quantity of Surface Water
- RGWD - Runoff and Ground Water Discharge
- SGW - Seepage and Ground Water
- SGW - Surface and Ground Water
- SGW - Surface or Ground Water
- SGWF - Seepage and Ground Water Flow
- SGWS - Surface and Ground Water Systems
- SSGW - Springs Seepage and Ground Water
- SWGW - Surface Water and Ground Water
- MINTEQA2 - Metal Speciation Equilibrium For Surface And Ground Water