Results showed that aniseed sown on April 1st had higher fruit yield in comparison with two weeks delayed sowing.
Fertilizers including microelements (M and FF) resulted in higher fruit yield and loading and lower fruit cracking; while, fertilizers, including macroelements (M and CF), were more effective in enhancing the unit weight of fruit.
The drip irrigation at 0.5 × Epan irrespective of fertigation treatments giving a saving of 48.1% of irrigation water and resulted in 51.7% higher fruit yield as compared to recommended practices inside the Greenhouse.
This might have led to increased uptake of essential nutrients which in turn resulted in increased vegetative growth of the plant to help for better carbohydrate build up that subsequently contributed to higher fruit yield and quality components (Suge et al. 2011).
If you want to promote better growth and a higher fruit yield, pluck the suckers off of your tomato plant using your fingers when they appear.
In the present study, combinations of PM applied at 10 t/ha and FF produced the highest fruit yield.
The highest fruit yield was recorded at the rate of N3 and time of nitrogen application in T3 treatment.
The highest fruit yield of watermelon (36.7 t/ha) was obtained from organomineral fertilizer Grade A at 2.5 t/ha and NPK.
In the present experiment, the application of FOF at a rate of 5.54 t ha−1 produced the highest fruit yield, which was significantly superior to all other treatments.
The highest fruit yield was related to lower plant densities of 39 plants m−2 (Giessen) and 200 and 374 plants m−2 (Gross-Gerau).
