Methods for classification and identification of essential activities in the analysis seeds is great technical economic importance agricultural sector contributes to added value final production crop. With technology field, demand solve several problems, human intellectual capacity inherent. The objective was portray challenges evident solutions use artificial intelligence agriculture specify t...

the main objective of this study is to examine the impacts of two demand side policies, namely; expanding food industries and externally increase in households’ demand for agricultural goods ,on the growth of products in agricultural subsector. to this end, a social accounting matrix (sam) is constructed based on the latest iranian input- output table released in 2001. then, production multipli...

hoosing the appropriate site is important in the construction of units such as agricultural processing industries. In this study, we try to determine the factors affecting the exploitation of the agricultural processing industries and measure the share of location as one of the important issues in locating research. The 2572 data were collected from the Agricultural Jihad Organization of Mazand...

in order to identify the strengths, weaknesses, opportunities and threats of horticulture processing industries in north khorasan province, this study was used in the analysis of strategic factors approach. required information through interviews and questionnaires completed by 20 people of professional management and agricultural industries, horticulture experts and owners horticulture process...

In recent years, Jilin’s FDI(foreign direct investment) has grown faster, the amount of investment has been increasing, investing industries have presented variety, investing districts have been a steady expansion. Jilin province fostered a lot of powerful and large-scaled enterprise groups in three pillar industries--automobile industry, petrochemical industry and agricultural products process...

▶ Covers technologies for ripeness, quality, damage and disease assessment and prediction; Grading and classification techniques; postharvest treatments, value-addition, and traceability ▶ Examines processing technologies for agricultural and horticultural products; explores properties of foods and agricultural products ▶ Reviews sensors, sensing technology and process control ▶ Focuses on rese...

▶ Covers technologies for ripeness, quality, damage and disease assessment and prediction; Grading and classification techniques; postharvest treatments, value-addition, and traceability ▶ Examines processing technologies for agricultural and horticultural products; explores properties of foods and agricultural products ▶ Reviews sensors, sensing technology and process control ▶ Focuses on rese...

▶ Covers technologies for ripeness, quality, damage and disease assessment and prediction; Grading and classification techniques; postharvest treatments, value-addition, and traceability ▶ Examines processing technologies for agricultural and horticultural products; explores properties of foods and agricultural products ▶ Reviews sensors, sensing technology and process control ▶ Focuses on rese...

▶ Covers technologies for ripeness, quality, damage and disease assessment and prediction; Grading and classification techniques; postharvest treatments, value-addition, and traceability ▶ Examines processing technologies for agricultural and horticultural products; explores properties of foods and agricultural products ▶ Reviews sensors, sensing technology and process control ▶ Focuses on rese...

▶ Covers technologies for ripeness, quality, damage and disease assessment and prediction; Grading and classification techniques; postharvest treatments, value-addition, and traceability ▶ Examines processing technologies for agricultural and horticultural products; explores properties of foods and agricultural products ▶ Reviews sensors, sensing technology and process control ▶ Focuses on rese...