Results 61 to 70 of about 274,826 (197)
New Phytologist, Volume 250, Issue 5, Page 3486-3498, June 2026.Summary Plant root‐associated anoxic microsites may influence the fate of nutrients and contaminants in the rhizosphere, but their dynamics remain relatively unknown. To examine the formation of root‐induced anoxic microsites over space and time, we use microfluidic devices integrated with transparent, planar oxygen sensors in a wheat (Triticum ...
Emily M. Lacroix +7 more
wiley +1 more source
, 2015 The maximum height of a siphon is generally assumed to be dependent on barometric pressure—about 10 m at sea level. This limit arises because the pressure in a siphon above the upper reservoir level is below the ambient pressure, and when the height of a
Boatwright, A. +5 more
core +1 more source
Restoration Ecology, Volume 34, Issue 4, May 2026.Abstract Introduction Seagrass meadows, composed of submersed aquatic vegetation (SAV), are changing due to climate change, increasing the need for adaptive restoration approaches such as incorporating native species that thrive under new environmental regimes.
Cassidy A. Gersten +2 more
wiley +1 more source
Capillary Wicking on Heliamphora minor-Mimicking Mesoscopic Trichomes Array
BiomimeticsLiquid spontaneously spreads on rough lyophilic surfaces, and this is driven by capillarity and defined as capillary wicking. Extensive studies on microtextured surfaces have been applied to microfluidics and their corresponding manufacturing.
Fenglin Chen +3 more
doaj +1 more source
CHARACTERISTIC OF SIPHONIC ROOF DRAINAGE SYSTEM – PRINCIPLES AND DESIGN CONDITIONS
Czech Journal of Civil Engineering, 2016 Amount and intensity of rainfalls are increasingly changing by clime changing and increasing of temperature variations. There is increase of torrential rains, which extremely burden the construction by the huge volume of rainwater and thus effect on whole building construction.
Lenka Jágerská, Jana Peráčková
openaire +2 more sources
Warragamba weir pumping station [picture]
, 1941 Part of the album: A selection of photographs of the Metropolitan Water, Sewerage & Drainage Board's works, Sydney, N.S.W. [i.e. New South Wales]; Inscription: "18.2.41"--Bottom left corner.; Condition: Glued to mount.; Also available in an electronic ...
New South Wales. Metropolitan Water, Sewerage and Drainage Board.
core
, 1939 Part of the album: A selection of photographs of the Metropolitan Water, Sewerage & Drainage Board's works, Sydney, N.S.W. [i.e. New South Wales]; Inscription: "3, 13.1.39"--Bottom right corner.; Condition: Glued to mount.; Also available in an ...
New South Wales. Metropolitan Water, Sewerage and Drainage Board.
core
Ryde pumping station [picture]
, 1938 Part of the album: A selection of photographs of the Metropolitan Water, Sewerage & Drainage Board's works, Sydney, N.S.W. [i.e. New South Wales]; Inscription: "3, 16.3.38"--Bottom left corner.; Condition: Glued to mount.; Also available in an electronic
New South Wales. Metropolitan Water, Sewerage and Drainage Board.
core
Warragamba weir under construction, [1] [picture]
, 1939 Part of the album: A selection of photographs of the Metropolitan Water, Sewerage & Drainage Board's works, Sydney, N.S.W. [i.e. New South Wales]; Inscription: "28.8.39"--Bottom left corner.; Condition: Glued to mount.; Also available in an electronic ...
New South Wales. Metropolitan Water, Sewerage and Drainage Board.
core
Megarrity's Ck. [i.e. Megarritys Creek] bridge, Warragamba pipe line [picture]
, 1941 Part of the album: A selection of photographs of the Metropolitan Water, Sewerage & Drainage Board's works, Sydney, N.S.W. [i.e. New South Wales]; Inscription: "18.2.41"--Bottom right corner.; Condition: Glued to mount.; Also available in an electronic ...
New South Wales. Metropolitan Water, Sewerage and Drainage Board.
core