Abstract: To solve the limitations of crop models and quantificational remote sensing parameters in agricultural applicat ions, this paper suggests improving the export interface of quantificational remote sensing and the import interface of crop models and constructing relative chlorophyll content and the leaf nitrogen content, humidity index and the plow ing level soil moisture, plant water con tent and yield quality to make wide and dynamic inspection and diagnosis possible in agricultural production. It also studies the prospects on the cont rol of the crop yield and quality by the application of fertilizer and w ater management measures under the guidance of interlinkage models.

Key words: Remote sensing parameters, Crop models, Interlinkage

CLC Number: 

• TP9

• S152.