Feb 16, 2020
The Volcano Witch. 2018 "The little witch just wanted to leave the volcano and go on vacations. Having hair made of lava can be problematic and leave some piece of magma on the way."
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The Volcano Witch. 2018 "The little witch just wanted to leave the volcano and go on vacations. Having hair made of lava can be problematic and leave some piece of magma on the way."
The experiments were conducted to investigate the effect of B levels on growth and yield of cabbage, cauliflower, carrot, potato and radish. The soil was medium fertility with low B content. The experiments were laid out in RCBD with 3 replications. There were seven levels of B viz. 0, 1, 2, 3, 4, 5 & 6 kg /ha. The B was used as boric acid. The results revealed that the application of B in deferent levels significantly influenced the growth and yield of vegetable crops. The yield of cabbage, cauliflower, potato and radish responded significantly to added B up to 3 kg/ha. The yield advantages due to B application are cabbage (68.32 %), cauliflower (70.84 %), potato (47.74 %) and radish (49.07 %) over control. Whereas, application of 2 kg B/ha produced the maximum root yield of carrot (40.47 %) yield over control also. The yield of vegetables was reduced without appropriate rate of B application. It is concluded that the suitable range of B application is 2-3 kg/ha for maximum vegetable crop production in upland soils of Bangladesh. The rate of 2 kg B/ha is applicable for relatively low biomass yielded vegetable crops and 3 kg B/ha for higher yielded vegetable crops, respectively. Interestingly, it can be also stated that the B application 5 kg/ha or above will be harmful and stunted or may be toxic their vegetative growth of vegetables.
A study was conducted to evaluate the effect of vermicompost and NPKS fertilizers on the growth and yield of carrots and potatoes in the Level Barind Tract of Bangladesh. The soil was low in organic matter and nutrients (N, P, K, S), with a pH of 5.4. Twelve treatments were applied in a Randomized Complete Block Design (RCBD) with three replications. The treatments included different combinations of vermicompost (2.5,5,10 t/ha) and NPKS fertilizers, with doses of 80-40-100-18 kg/ha for carrots and 90-40-100-18 kg/ha for potatoes. The results showed that the application of vermicompost and NPKS significantly improved growth and yield. Treatment T10 (10 t/ha VC + 100% NPKS) produced the highest carrot yield (18.35 t/ha) and potato tuber yield (25.56 t/ha), followed by T7. The lowest yields were observed in the control (T1). Vermicompost (10 t/ha) outperformed 100% NPKS in promoting the highest growth and yield. Carrot yield correlated with plant height, while potato tuber yield correlated with tuber weight per hill.
Transforming Vegetable Farming with Drip Irrigation Systems
Drip irrigation is revolutionizing vegetable farming in India by significantly reducing water use—by up to 70%—while boosting crop yield and quality. It enables precise water and nutrient delivery, reduces weed growth, and minimizes soil erosion. Farmers like Ramesh from Kolar have achieved impressive results, growing tomatoes efficiently even with limited water supply. With benefits like labor savings, government subsidies, and fast ROI, drip irrigation systems—especially from leaders like Netafim—are becoming essential for sustainable and profitable vegetable farming.
Read more: https://www.netafimindia.com/blog/best-drip-irrigation-systems-for-vegetable-farming-in-india/
The experiments were conducted to investigate the effect of B levels on growth and yield of cabbage, cauliflower, carrot, potato and radish. The soil was medium fertility with low B content. The experiments were laid out in RCBD with 3 replications. There were seven levels of B viz. 0, 1, 2, 3, 4, 5 & 6 kg /ha. The B was used as boric acid. The results revealed that the application of B in deferent levels significantly influenced the growth and yield of vegetable crops. The yield of cabbage, cauliflower, potato and radish responded significantly to added B up to 3 kg/ha. The yield advantages due to B application are cabbage (68.32 %), cauliflower (70.84 %), potato (47.74 %) and radish (49.07 %) over control. Whereas, application of 2 kg B/ha produced the maximum root yield of carrot (40.47 %) yield over control also. The yield of vegetables was reduced without appropriate rate of B application. It is concluded that the suitable range of B application is 2-3 kg/ha for maximum vegetable crop production in upland soils of Bangladesh. The rate of 2 kg B/ha is applicable for relatively low biomass yielded vegetable crops and 3 kg B/ha for higher yielded vegetable crops, respectively. Interestingly, it can be also stated that the B application 5 kg/ha or above will be harmful and stunted or may be toxic their vegetative growth of vegetables.
Jai Ho Kisan App Helps Farmers to get Crop Advisory, Weather Alerts, Daily Market Rates and Online Agri equipment’s like Seeds & Pesticides at E-shop.
Due to the Heavy Production of Paddy crops in Telangana, Farmers are now Cultivating Vegetable Crops in the upcoming Rabi Season. Download Jai Ho Kisan Mobile App for more information.