Results 151 to 160 of about 1,667 (176)

INCREASING THE GERMINATION OF ALFALFA SEEDS BASED ON THE USE OF BIOLOGICAL SCARIFICATION

BIOTECHNOLOGY: STATE OF THE ART AND PERSPECTIVES, 2021
A method has been developed to increase the germination of alfalfa seeds based on the use of cellulolytic bacteria (biological scarification). It is shown that inoculation of seeds with bacteria increases the germination and productivity of the green mass of alfalfa.
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Seed Coat Anatomy and the Scarification of Cicer Milkvetch Seed¹

Crop Science, 1987
The impermeable seed coat of cicer milkvetch (Astragalus cicer L.) restricts water imbibition and results in poor seed germination and subsequent stand establishment. Our objectives were to study the seed coat anatomy, areas of initial water imbibition, scarification effects on the seed coat, and the relationships between seed characters and percentage
P. N. Miklas, C. E. Townsend, S. L. Ladd
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Cupule Removal and Caryopsis Scarification Improves Germination of Eastern Gamagrass Seed

Crop Science, 2002
Eastern gamagrass ( Tripsacum dactyloides L.) is a warm‐season, perennial grass with high palatability and productivity. However, poor stand establishment, often due to seed dormancy, limits its widespread use.
X., Tian, A. D., Knapp, K. J., Moore, E. C., Brummer, T. B., Bailey   +4 more
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Scarification of Black Locust Seed to Increase and Hasten Germination

Journal of Forestry, 1936
Abstract The extensive planting of black locust in various parts of the country for erosion control requires the production of many millions of seedlings annually. A large proportion of black locust seed have impermeable coats which prevent or delay germination in the nursery beds.
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Effect of Scarification on Longevity of Alfalfa Seed

Agronomy Journal, 1948
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Scarification and Germination of Black Locust Seeds

Journal of Forestry, 1937
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ETHEPHON OVERCOMES SEED SCARIFICATION REQUIREMENTS OF PELARGONIUM

Acta Horticulturae, 1987
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Effect of Acid Scarification on Seed Coat Structure, Germination and Seedling Vigour of Aspalathus linearis

Journal of Plant Physiology, 1985
J van Staden
exaly  

Effects of Scarification, Temperature and Sulfuric Acid Treatments on Seed Germination of White Lotus (Nelumbo nucifera)

Korean Journal of Plant Resources, 2012
Yong-Seo Park, Buk-Gu Heo
exaly  

Acid Scarification of the Seed of Two Cuban Fiber Plants

Agronomy Journal, 1942
Claud L. Horn, Jose E. Natal Colon
openaire   +1 more source