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== Thermal management == ...e removed. This occurs either via [[Thermal conduction|conduction]] or air/water cooling, depending on application requirements.<ref name=":1" /> ...

...state.edu/umatilla/mf/sites/default/files/pnw597-e.pdf Managing irrigation water quality, Oregon State University, USA], Retrieved on 2012-10-04.</ref> .../docrep/x5871e/x5871e00.htm#Contents|title= Salt-Affected Soils and their Management, refer para 4.7|author=I.P. Abrol, J.S.P. Yadav and F.I. Massoud|accessdate ...

...e '''sodicity''' hazard of a [[soil]], as determined from analysis of pore water extracted from the soil.<ref>{{cite journal|doi=10.2136/sssaj1954.036159950 ...r is also used to determine the stability of [[colloid]]s in suspension in water. ...

{{short description|Remote sensing-derived indexes related to liquid water}} ...o one of at least two [[remote sensing]]-derived indexes related to liquid water: ...

...ef> The ammonia will likely escape to the atmosphere unless it reacts with water to form ammonium (NH₄⁺) according to the following re == Management considerations== ...

...horus, nutrient ratios, and algal assemblage composition in hypereutrophic water resources|url=https://doi.org/10.1007/s11356-017-0832-2|journal=Environment ...wStaticCategory.aspx?CategoryID=172&masterpage=5 About Phoslock], Phoslock Water Solutions</ref> ...

...-speed reliable [[power line communication]]s by [[electricity meter]]s, [[water meter]]s and [[SCADA]].<ref>IEC 61334-5-1, preface.</ref> ...ell-adapted physical layer, a workable low-power media access layer, and a management interface. Related standards use the physical layer (e.g. [[Internet Proto ...

...R., Willis, D.W., and Springer, T.A The Relative Weight Index in Fisheries Management: Status and Needs. Fisheries, 16(2):30-38, 1991</ref> Practically, weight-l ...a species has lentic (living in still water) and lotic (living in flowing water) populations. For example, separate standard weight equations have been pub ...

...required stone weight for [[armourstone]] under the influence of (wind) [[water waves|waves]]. This is necessary for the design of [[Breakwater (structure) ...s the density of the stone and ''&rho;_w'' is the density of the water ...

[[File:Island water basin freshwater lens.png|thumb|A freshwater lens on an island.]] ...on small coral or limestone islands and atolls. This [[aquifer]] of fresh water is [[Groundwater recharge|recharged]] through precipitation that [[Infiltra ...

...ays.<ref>Groover, M. P. (2007). ''Work Systems: The Methods, Measurement & Management of Work'', Prentice Hall, {{ISBN|978-0-13-140650-6}}</ref> By providing a s ...clude going to the [[Public toilet|restroom]], phone calls, going to the [[water fountain]], and similar interruptions of a personal nature. However, it is ...

...sport#Depth-slope product|Shear stress]] <math>t</math> is proportional to water mass, gravity, and WSS: ...in glaciology. Increases in slope, depth, or density of water increase the water's potential to cause erosion.<ref>{{cite journal |doi=10.1002/esp.3462 |tit ...

...k, may be used to quantify the topological aspect of network resilience in water distribution networks.<ref name=Third> ...ing Network Theory to Quantify the Redundancy and Structural Robustness of Water Distribution Systems ...

...is a technique used to predict the changes in shape of a [[hydrograph]] as water moves through a [[river channel]] or a [[reservoir]]. In [[flood forecastin ...called a [[flood event]], can cause a bulge in the graph, as the increased water travels down the river, reaches the flow gauge at A, and passes along it. I ...

{{short description|Rise of water due to wind blowing over the water surface}} ...counters a shoreline, the water level increases due to the accumulation of water, which creates a [[hydrostatics|hydrostatic]] counterforce that balances th ...

...ts of water, and two empty jugs of sizes 5 and 3. The solver must pour the water so that the first and second jugs both contain 4 units, and the third is em ...zzles''') are a class of [[puzzle]] involving a finite collection of [[Jug|water jug]]s of known [[integer]] capacities (in terms of a [[Units of volume|liq ...

{{Short description|Global goal to achieve clean water and sanitation for all people by 2030}} | mission_statement = "Ensure availability and sustainable management of water and sanitation for all" ...

...8938-5}}</ref> The most commonly used model for predicting soil loss from water erosion is the ''[[Universal Soil Loss Equation|Universal Soil Loss Equatio ...]] factors representing length and slope, and ''C'' and ''P'' are cropping management factors. ...

|image = Water flowing in creek looped.gif |caption = Water flowing in creek ...

...he [[Mississippi River]] has greatly affected the species that live in the water, as well as those who rely on the river for food and recreational purposes. ...can lead to a [[Dead zone (ecology)|dead zone]]. A dead zone is a body of water that has a depleted oxygen concentration that is low and can lead to the su ...