The Effect Analysis of Soil Tested Formula Fertilization on Drip Irrigation Processing Tomatoes
Cofco Tunhe
Abstract
Cofco Tunhe
Abstract
In order to further enhance the fertilizer level of processing tomato, to validate and improve thescientific rationality of soil testing and formulated fertilization in different soil fertility conditions, to providereference basis for reasonable fertilization of the processing tomato in Xinjiang. To select different fertility soil,set the soil testing and fertilizer and conventional fertilization, comparing the effects of the processing tomatonutrient uptake, yield, fertilizer benefit. Under the same cultivation conditions, soil testing formula fertilizationof processed tomatoes, plant height, fruit number per plant, leaf N, P, K nutrient content and yield of all hadcertain influence. Soil testing fertilization fertilizer efficiency significantly, fruit weight, fruit number per plantand yield of flat or increase, the highest yield increased by 10.19%, but the amount of fertilizer significantlyreduced, net income increased 913-5323.5 yuan/hm2. The fertilization treatments on tomato fruit solids, pHand total acid content had no significant effect, soil testing formula fertilization treatment increased the contentof lycopene.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
In order to further enhance the fertilizer level of processing tomato, to validate and improve thescientific rationality of soil testing and formulated fertilization in different soil fertility conditions, to providereference basis for reasonable fertilization of the processing tomato in Xinjiang. To select different fertility soil,set the soil testing and fertilizer and conventional fertilization, comparing the effects of the processing tomatonutrient uptake, yield, fertilizer benefit. Under the same cultivation conditions, soil testing formula fertilizationof processed tomatoes, plant height, fruit number per plant, leaf N, P, K nutrient content and yield of all hadcertain influence. Soil testing fertilization fertilizer efficiency significantly, fruit weight, fruit number per plantand yield of flat or increase, the highest yield increased by 10.19%, but the amount of fertilizer significantlyreduced, net income increased 913-5323.5 yuan/hm2. The fertilization treatments on tomato fruit solids, pHand total acid content had no significant effect, soil testing formula fertilization treatment increased the contentof lycopene.
Key concepts: Human fertilization, Fertilizer, Agronomy, Lycopene, Yield (engineering), Soil nutrients, Soil fertility, Nutrient