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Plant Stress Product Applications In North America
5 applications found
Greenhouse-grown plants represent an increasingly important segment of the horticulture industry. Greenhouse operations produce a variety of annuals and perennials in a controlled environment. These plants are then sold at independent garden centers and mass merchants before becoming fixtures in consumers’ homes and commercial landscapes. Studies have shown that plants can reduce stress, clean air, decrease utility bills and improve the ...
ByGIE Media, Inc. based in Valley View, OHIO (USA)
Salt Out™ reduces or eliminates salinity stress in plant growth by sequestering sodium and chloride ions from penetrating plant root tissues. These conditions usually occur due to the buildup of salts as a result of fertilizer applications, irrigating with reclaimed, well or pond water, as well as salts deposited by ocean mist. Salt Out™ coats the plant roots disallowing the update of the salts thereby enhancing nutrient uptake resulting in rapid ...
ByTerawet Green Technologies, Inc. (TGT) based in San Diego, CALIFORNIA (USA)
Muriate of Potash (MOP) is the most widely used and the most concentrated (min 60% K2O) source of potassium for plants. It is suitable for all types of soils and crops that are tolerant to chloride-containing fertilizers. Depending on the level of agricultural development, farmers apply MOP manually or with mechanical spreaders. Granular MOP is also used as a component in fertilizer blends. Granular MOP produced by Uralkali is similar in grain size to nitrogen and phosphate fertilizers thus ensuring homogeneous ...
ByUralkali Trading SIA based in Riga, LATVIA
MicroCool’s advanced fogging technology creates — and maintains — the conditions plants need to achieve their maximum potential. We work with growers everywhere to help create the perfect greenhouse environment for every kind of crop, in every kind of ...
ByMicroCool based in Thousand Palms, CALIFORNIA (USA)
Validation and accuracy of phenotyping information is crucial for plant research and crop improvement. Conventional phenotypic analysis in plant relies on the assessment and characterization of vegetation constitution mainly with manual observations. But visual assessment and manual measurements can be subjective, prone to human bias, time-consuming and labour-intensive, leading to variations in interpretations and being impractical for large-scale. Due to the subjectivity in data collection, reproducibility is ...
ByKonica Minolta Sensing based in Ramsey, NEW JERSEY (USA)