Science for agriculture

Agriculture science refers to the output of product  through the growth of plants, animals and other life forms. Agribusiness includes many topics, including , horticulture, animal husbandry,  aquaculture agronomy.  These themes can be partitioned in addition: For example, agricultural engineering and include sustainable farming and intensive farming and husbandry and agriculture includes farming and intensive farming of  cattle and sheep . Agrarian

Productions include food ( fruits ,vegetables,  and grains), fiber (wool, cotton, hemp, flax and silk, fuel (ethanol ,methane from biodiesel,and  biomass), cut flowers  ,decorative nurseries, tropical birds and fish for the pet or trade, and legal and illicit drugs (pharmacy, tobacco, ) and other useful documents such as resins. Recently,  crops have been designed for the production of pharmaceuticals  , plastics items  production.  History of agriculture is central to human being history, as agricultural progression  has becoming  a significant element in the social and economic changes throughout the world.

Wealth building specialties, and militarism, rare in hunter-gatherer cultures are banal in agriculture and agro-industrial companies - when farmers become able  of growing food on the far side the demands of their families, were released by other members of the  tribe/village/city, State/nation dedicated projects more than  food  acquisition. Evolution of agricultural civilization.

 In 2006, nearly 38 per cent of the  globe's workers engaged in agriculture (from 41 per cent in 1996). Yet,  the relational importance of agriculture

a steady decline from the commencement of industrialisation, and in 2003, first in history-the service sector had agriculture as economic sector utilizing the more and more workers world wide. and in spite of these  facts that agribusiness engages more than one one-third of the existence population, farming product accounts for lower  than 5 percent of gross world product (total per of GDP)

Farmers face uncertainty and pressure. At the same time's new opportunities for emerging new cultivation. These changes will come in handy, and can have a lasting  impact in agriculture. Approx. 1 billion people live in poverty and hunger. Many small-scale farmers in developing countries. Decide whether to sending their children to  educational institute(like school), their success or failure will just eat enough. Now the last two third world agricultural production structure has changed. Promotes the adoption of agricultural  research institutes in various industries. Poor farmers especially how everything's new high technology of this agriculture such as the use of precision agriculture is  expected. Where increased yields even anticipated that this new high-tech the use of "precision agriculture" are supposed to benefit all farmers, in particular the poor and  will increase performance.

So agriculture is one of the sectors in the world both physically and economically most important. Decades of technology has played a key role improving growing conditions. Contribution of modern science and technology  is still making enhancement of this sector and is on it’s way.new discovery and research ,technology is facilitating  people related with it’s all others fields