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Steadily increasing fertilizer input might contribute the most to the rise of cereal aphids.
Increasing fertilizer input has a major influence on the material flow in the agroecosystem15.
Crop diversity, fertilizer input, and wheat yield per unit area were all increasing during this period.
Data on fertilizer input (FI, kg) in each year were available only for the entire agroecosystem in Henan province, so we could only assess the primary trend of fertilizer input to the entire system.
Selected models comprised fertilizer input, mean temperature in February, precipitation in April, and wheat yield per unit area (Table 1), of which only fertilizer input and mean temperature in February were significant in determining the PD of cereal aphids.
This provides us a possible explanation for different impacts of fertilizer input on cereal aphids and armyworms.
Besides, large yield of crop resulted mainly from increasing fertilizer input could also support larger populations of pests.
As such, fertilizer input and temperature in February could have strong effects on the population dynamics of cereal aphids.
We found that fertilizer input and mean temperature in February were significantly correlated with pest damage of cereal aphids.
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About 56% of the total grain yield variability in our experiments was explained by a linear regression model with management, altitude and N-fertilizer input.
With low-fertilizer input, the low in vitro plant density was the primary factor to maximize the concentration of curcuminoids in the rhizomes.
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