Fluorescence technology, optical-fiber technology and a calibration method based on RBF(Radial Basis Function Neural Network) neural network are combined, and an optimal RBF network architecture for the on-line inspecting the chlorophyll-a content in sea-water is set up.

The effects of temperature and illumination on the growth rate and chlorophyll-a content of this species were studied by single factor experiments and orthogonal test.

The chlorophyll-a contents have been measured in lab at the same time.

Effect of Atmosphere Pollution on Chlorophyll Content in Greening Plant Leaves;

Study on Rapid Determination of Chlorophyll Content of Leaves;

Estimation models of rice LAI and Chlorophyll content based on MOD09.;

The effect of the content of chlorophyll in flag leaf with regulation of treasury source in different panicle wheat

4% of the control,the content of chlorophyll and nitrate reductase activity were 75.

Effects of sulfur nutrition on the chlorophyll content of maize leaf under Zinc and drought stress;

Genetic Analysis of Dry Matter Weight and Chlorophyll Content in Seedling;

Effects of chlorophyll content and POD activity on osmosis stress at seedling stage of maize hybrids;

Inverse model for estimating soybean chlorophyll concentration using in-situ collected canopy hyperspectral data;

Extracting winter wheat chlorophyll concentration vertical distribution based on bidirectional canopy reflected spectrum;

Hyperspectral estimation model for chlorophyll concentrations in top leaves of rice

Relationship between SPAD readings chlorophyll contents and yield of potato(Solanum tubersosum L.);

A pot experiment was carried out to study the effect of phosphor and zinc fertilizer applied on chlorophyll contents and SOD activities of maize three-ear-leaves.

The correlation between the leaves SPAD values and cotton leaves chlorophyll contents and relation between SPAD value and plant total nitrogen concentration were analyzed.