Study Progress of Crop Disease Stress Detecting
The methods of crop disease stress detecting based on remote sensing technology,image processing technique and AES(agricultural expert system),the development of these three methods and comparison of their advantage and defect were reviewed. The study state of NAH(near field acoustic holography)was introduced. A study method of crop disease stress detecting based on NAH theory was proposed,which exploits a new approach for integrated accurate prevention and cure of crop disease.
Outline Motivation & background work at the JRC EU agricultural emissions in perspective Methodology: CAPRI Model Scenario assumptions Main results Limitations Conclusions Conclusions •Without further action, agricultural GHG emissions in the EU-28 are projected to decrease by 2.3% by 2030 compared to 2005. •The setting of GHG emission reduction obligations for the EU agriculture sector without financial support shows important production effects, especially in the EU livestock sector •The decreases in domestic production are partially offset by production increases in other parts of the world (leakage) •Adverse effects on EU agricultural production and emission leakage are significantly reduced if subsidies are paid for the application of technological emission mitigation options… however, with considerable budgetary costs to trigger adoption