Abstract Effective biofertilizer re

Abstract Effective biofertilizer reduces not only the load of chemical fertilizers in crop production but also minimizes
the pollution by excessive uses of the latter. The impact of Trichoderma-enriched biofertilizer (BioF), i.e., BioF/compost
(household/kitchen wastes composted by Trichoderma harzianum T22) and BioF/liquid (T. harzianum T22 grown in liquid
media, i.e., broth culture) were evaluated to recognize their roles in growth, yield and nutritional quality of tomato
(Lycopersicon esculentum Mill.) in field studies. Encouraging responses were monitored in all respects. Above 200 and
336.5 % yield increase were recorded over control by BioF/compost alone (T3) and its combination with N:P:K (Nitrogen:
Phosphorus:Potassium) application (T4), respectively. Application of 50 % BioF/compost and 50 % BioF/liquid with
50 % N:P:K, provided statistically similar and significant (P B 0.05) performance over control but not significant with
standard dose of N:P:K. Total soluble solids, sugar, ascorbic acid, b-carotene, lycopene, phosphorus and manganese
content in tomato were significantly higher when fertilized with BioF/compost. In addition, protein content and some
essential minerals were increased in 50 % BioF/compost ? 50 % N:P:K treatment. Trichoderma composted kitchen
wastes can serve as prospective biofertilizer for improvement in yield and quality of tomato cultivation.

ผลลัพธ์ (อังกฤษ) 2:

Not only abstract Effective biofertilizer Reduces The load of Crop Chemical fertilizers in production but also minimizes.
The Pollution by excessive uses of The latter. The Impact of Trichoderma-enriched biofertilizer (BIOF), IE, BIOF / Compost.
(Household / kitchen wastes composted by Trichoderma harzianum T22) and BIOF / Liquid (T. harzianum T22 Grown in Liquid.
Media, IE, broth Culture) were evaluated to recognize. their roles in growth, yield and Nutritional Quality of Tomato.
(Lycopersicon esculentum Mill.) in Field Studies. Encouraging responses were monitored in all respects. Above 200 and
336.5% yield increase over Control were Recorded by BIOF / Compost alone (T3) and ITS Combination with N: P: K (Nitrogen:.
Phosphorus: Potassium) Application (T4), respectively. Application of 50% BIOF / Compost and 50% BIOF / Liquid with.
50% N: P: K, Provided similar and statistically significant (PB .05) Performance Control but Not significant over with.
standard dose of N: P: K. Total soluble solids, Sugar, ascorbic acid, B-carotene, lycopene, phosphorus and manganese.
content in Tomato were significantly Higher When fertilized with BIOF / Compost. In addition, protein content and some.
Essential MINERALS were increased in 50% BIOF / Compost? 50% N: P: K treatment. Trichoderma composted kitchen
wastes for biofertilizer Can serve As prospective Improvement in yield and Quality of Tomato Cultivation.

ผลลัพธ์ (อังกฤษ) 3:

Abstract Effective biofertilizer reduces not only the load of chemical fertilizers in crop production but also minimizes
the. Pollution by excessive uses of the latter. The impact of Trichoderma-enriched biofertilizer (BioF), i.e, BioF / compost
(household / kitchen. Wastes composted by Trichoderma harzianum T22) and BioF / liquid (T. Harzianum T22 grown in liquid
media i.e,,.Broth culture) were evaluated to recognize their roles in growth yield and, nutritional quality of tomato
(Lycopersicon. Esculentum Mill.) in field studies. Encouraging responses were monitored in all respects. Above 200 and
336.5% yield increase. Were recorded over control by BioF / compost alone (T3) and its combination with N: P: K (Nitrogen:
Phosphorus: Potassium application.) (T4), respectively.Application of 50% BioF / compost and 50% BioF / liquid with
50% N: P: K provided statistically, similar and significant. (P B 0.05) performance over control but not significant with
standard dose of N: P: K. Total soluble solids sugar ascorbic,,, ,,, acid B-carotene lycopene phosphorus and manganese
content in tomato were significantly higher when fertilized with BioF / compost.? In, additionProtein content and some
essential minerals were increased in 50% BioF / compost? 50% N: P: K treatment. Trichoderma composted. Kitchen
wastes can serve as prospective biofertilizer for improvement in yield and quality of tomato cultivation.Protein content and some
essential minerals were increased in 50% BioF / compost? 50% N: P: K treatment. Trichoderma composted. Kitchen
wastes can serve as prospective biofertilizer for improvement in yield and quality of tomato cultivation.