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subsu

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The answer SUBSU has 0 possible clue(s) in existing crosswords.

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The word SUBSU is NOT valid in any word game. (Sorry, you cannot play SUBSU in Scrabble, Words With Friends etc)

There are 5 letters in SUBSU ( B³S¹U¹ )

To search all scrabble anagrams of SUBSU, to go: SUBSU?

Rearrange the letters in SUBSU and see some winning combinations

4 letters out of SUBSU

BUSS SUBS

3 letters out of SUBSU

BUS SUB

2 letters out of SUBSU

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Definitions of subsu in various dictionaries:

SUBSU - Subsurface Textile Irrigation (SSTI) is a technology designed specifically for subsurface irrigation in all soil textures from desert sands to heavy ...

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Subsu might refer to
Subsurface Textile Irrigation (SSTI) is a technology designed specifically for subsurface irrigation in all soil textures from desert sands to heavy clays. Use of SSTI will significantly reduce the usage of water, * fertilizer and herbicide. It will lower on-going operational costs and, if maintained properly, will last for decades. By delivering water and nutrients directly to the root zone, plants are healthier and have a far greater yield. * It is the only irrigation system that can safely use recycled water or treated water without expensive “polishing” treatment because water never reaches the surface. * A typical subsurface textile irrigation system has an impermeable base layer (usually polyethylene or polypropylene), a drip line running along that base, a layer of geotextile on top of the drip line and, finally, a narrow impermeable layer on top of the geotextile (see diagram). Unlike standard drip irrigation, the spacing of emitters in the drip pipe is not critical as the geotextile moves the water along the fabric up to 2m from the dripper. * SSTI is installed 15–20 cm below the surface for residential/commercial applications and 30–50 cm for agricultural applications.* To increase effectiveness, SSTI products should have an impermeable base layer to slow gravitational loss of water and to create an elliptical wetting pattern under the soil surface (see diagram). It should also have a small impermeable top layer to ensure that water from the dripper does not “tunnel” through the geotextile and up to the surface (again a common problem with bare subsurface drip pipe). The effect of these two layers is dramatic as it maximizes the spread of water through the geotextile (up to 10,000 times faster than a clay loam soil as tested by Charles Sturt University). * When comparing SSTI with surface drip, using the same amount of water, SSTI can cover 2.5 times the volume of soil and takes six times longer to dry down until the next irrigation is required * *

Subsu might refer to

Subsurface Textile Irrigation (SSTI) is a technology designed specifically for subsurface irrigation in all soil textures from desert sands to heavy clays. Use of SSTI will significantly reduce the usage of water,
* fertilizer and herbicide. It will lower on-going operational costs and, if maintained properly, will last for decades. By delivering water and nutrients directly to the root zone, plants are healthier and have a far greater yield.
* It is the only irrigation system that can safely use recycled water or treated water without expensive “polishing” treatment because water never reaches the surface.
* A typical subsurface textile irrigation system has an impermeable base layer (usually polyethylene or polypropylene), a drip line running along that base, a layer of geotextile on top of the drip line and, finally, a narrow impermeable layer on top of the geotextile (see diagram). Unlike standard drip irrigation, the spacing of emitters in the drip pipe is not critical as the geotextile moves the water along the fabric up to 2m from the dripper.
* SSTI is installed 15–20 cm below the surface for residential/commercial applications and 30–50 cm for agricultural applications.* To increase effectiveness, SSTI products should have an impermeable base layer to slow gravitational loss of water and to create an elliptical wetting pattern under the soil surface (see diagram). It should also have a small impermeable top layer to ensure that water from the dripper does not “tunnel” through the geotextile and up to the surface (again a common problem with bare subsurface drip pipe). The effect of these two layers is dramatic as it maximizes the spread of water through the geotextile (up to 10,000 times faster than a clay loam soil as tested by Charles Sturt University).
* When comparing SSTI with surface drip, using the same amount of water, SSTI can cover 2.5 times the volume of soil and takes six times longer to dry down until the next irrigation is required
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