Seeding Technique Articles & Analysis
13 articles found
Combined with increasing consumer demand for tasty, fresh and well-presented carrots, the pressure is on growers to invest in seed technology and post-harvest management techniques that will give them an edge and help secure their position as preferred supplier for one of these two ...
Companies often compare hydroseeding to hand seeding since both use seeds that have comparable costs. However, hydroseeded lawns have an advantage because a typical application takes about one sixth of the time required for hand-seeding. ...
This combination of materials helps ensure consistent and uniform grass or plant growth in areas that can otherwise be difficult to reach and seed. The hydroseeding process is also particularly applicable for projects where large areas need to be seeded in a short time, and with a relatively small crew of people. ...
Hydroseeding is especially well suited to mine reclamation seeding initiatives because it delivers seeds, water, fertilizers, and stabilizing materials simultaneously, helping mine reclamation operators cover several bases at once. ...
A radar-domain-index algorithm (RD1) was proposed to analyze the seeding effect. The threshold strategy and the tracking radar echo by correlation (TREC) technique was applied in the domain selection. Factors analyzed include echo reflectivity parameters such as the mean and maximum echo intensity, the anomaly percentage of the grid number of effective echoes, ...
Moringa oleifera seeds are well known for their ability to cause flocculation in turbid water and facilitate bacterial inhibition. ...
One manmade strategy for this is to stimulate rain through cloud seeding, a technique used in the U.S. to produce snow on mountains to ensure adequate water supply, says Watts. ...
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One innovation in this respect is genetically modified cotton which has seeds free of a toxin that usually prevents protein-rich cotton seed waste from being used as a feed in aquaculture, and pig and poultry farming. ...
But these “hard” intervention techniques may have limited scope as they do not encompass the root causes of disaster risks such as ecosystem degradation. ...
The level of phytomass disintegration caused by transmission of the pressure shockwaves (50–60 MPa) followed by this expansion was analyzed using gas adsorption techniques. The dynamics of the external surface area and the micropore volume on multiple pretreatment stages of maize silage and sunflower seeds was approximated with robust analytical ...
Tissue engineering small diameter vascular grafts requires excessive culture times to produce an appropriate extracellular matrix (ECM). The use of decellularised exogenous tissue as a scaffold has the potential to overcome this limitation due to the preformed ideal ECM architecture that remains after decellularisation. While this scaffold reduces ECM maturation times cell seeding is difficult ...
Merr.] breeders and physiologists are commonly interested in evaluating single plants for seed protein and oil concentration. Moreover, breeders tend to prefer nondestructive techniques so that soybean seed may be retained for variety development. Near infrared spectroscopy (NIRS) technology can be an inexpensive and convenient method for ...
This paper presents an overview of solution-phase methods for generating one-dimensional (1D) nanostructures of chalcogens and chalcogenides. The first part describes self-seeding techniques for the formation of pure Se, pure Te, and alloy nanostructures. ...