Define post-harvest treatments, Chemistry

Post-harvest treatments

Certain post-harvest treatments to fruits and vegetables can bring down spoilage significantly. A wide range of chemicals used to control post-harvest diseases include chlorine, sulphur dioxide, dichloran etc. Extension of storage life of fresh produce could be obtained by treatment with skin coatings like wax coating of fresh fruits and vegetables. Treatment of fruits with ethylene or ethylene-releasing chemicals such as  ethrel or calcium  carbide helps in the induction of early and uniform ripening.  

 

Posted Date: 7/4/2013 5:21:18 AM | Location : United States







Related Discussions:- Define post-harvest treatments, Assignment Help, Ask Question on Define post-harvest treatments, Get Answer, Expert's Help, Define post-harvest treatments Discussions

Write discussion on Define post-harvest treatments
Your posts are moderated
Related Questions
caustic embrittlement

Determine about the Silicon Silicon has a unique ability to be oxidized into silica that produces a chemically stable, protective and insulating layer on the surface of water.

What are the Advantages of cold working (i) No heat is required. (ii) Better surface finish is obtained. (iii) Superior dimension control. (iv) Improved strength and h

Synthetic Detergents - Oils and Fats The synthetic Syndets or detergents are substitutes of soaps. They comprise cleansing power as good or better as compared to ordinary soaps

Q. Effect of addition of ingredients on egg foam stability? The addition of other ingredients also influences stability. Sometimes salt is added to an egg white foam for flavou

formation of energy bonds in solids are in accordance to? give reasons .


The density of gold is 19.30g/ml how much volume of gold will have a mass of 34.5kg ion..

Q. Explain Kinetic Molecular Theory? Ans. The Kinetic Molecular Theory can be used to explain the properties of liquids and solids, as well as gases. As the following di

DIFFRACTION BY SOLIDS Diffraction performs when a wave interacts with a lattice whose dimensions are of the same order of magnitude as that of the wavelength of the waves. The