Man is subject to a continuous flood of communication.
Because of the intense competition here among companies, and the continuous flood of new products, there is a saying in Silicon Valley that "loyalty is just one mouse-click away". But you can take that too far.
Near-Earth objects like asteroids and comets — mineral-rich bodies bathed in a continuous flood of sunlight — may also be the ultimate resource depots for the long-term exploration of space.
A software filter is also included in this receive function in order to prevent continuous flooding of the network when requesting paths.
The temperate climate and fertile soil brought by the continuous flooding of the Tigris and Euphrates rivers, made the Mesopotamian region ideal for early revolutions in agriculture and farming.
In a study involving three common sedge weeds of rice, C. difformis, C. iria and F. miliacea, Chauhan and Johnson (2009) observed that continuous flooding of 2 cm depth was sufficient to reduce the emergence of C. difformis to <10%% of that of seeds sown in saturated soils, and 4 cm of flooding was sufficient to completely inhibit the emergence and growth of C. difformis (Fig. 3).
Therefore, we conducted a field experiment with an experimental design of split-plot in the Tarai region of the Western Himalayas, India, in two irrigation regimes i.e., of continuous flooding and of aerobic condition, using four high-yielding rice genotypes: DRRH-2, PA6444, KRH-2 and Jaya.
The most striking features of the October 2015 flooding were a short time to peak (Tp) and a multi-hour continuous flood peak which caused intensive and widespread damages to human lives, properties, and infrastructure.
Sampling was performed three times a year from July 2005 to April 2007: 1) at the end of two months of continuous flooding after puddling, 2) after drying by the release of poding water, and 3) after the wet fallow period in winter.
Seasonal variations in river levels subject trees to periods of up to 210 days of continuous flooding each year.
This experiment was designed to examine the effects of continuous flooding (CF) and partial flooding (PF) on aerenchyma formation and radial oxygen loss (ROL) in black willow cuttings.
