Products / Fruity Veg / Bottle Gourd
FRUITY VEGVigorous vine hybrids bred for long, uniform fruit and strong field performance.
Explore our bottle gourd hybrids below for detailed package of practices.
Physiological disorders, Symptoms & Management
| Parameter | Description |
|---|---|
| Scientific Name | Lagenaria siceraria |
| Hybrid | Ratna F1 |
| Soil | Well drained fertile silt loam is ideal for cultivation of bottle gourd. |
| Land Preparation | Land prepared by 2–3 times ploughing and made into fine tilth, with furrows made for sowing. |
| Spacing | 150 × 60 cm |
| Climate | Bottle gourd is a typical warm season vegetable; it tolerates cool climate but cannot tolerate frost. |
Season
June–July, October–November, February–March are well suited for sowing
Seed Rate
1.5–2 kg/ha
Fertilizers & Manures
| Type | Quantity / Notes |
|---|---|
| FYM | 20 t/ha |
| Nitrogen (N) | 200 Kg/ha — half the N and the entire P & K should be applied before planting; the balance N is given at flowering, applied in a ring 6–7 cm from the base of the stem |
| Phosphorus (P₂O₅) | 125 Kg/ha |
| Potassium (K₂O) | 125 Kg/ha |
Any special cases: No
Irrigation
Irrigation is given at weekly intervals to keep moisture well maintained at the root zone and to promote rapid taproot development.
Weed Control
The crop needs 2–3 weeding operations to keep it free from weeds. The first weeding is normally done 30 days after planting, with subsequent weeding at monthly intervals.
Any Special Crop Practices
Proper training and pruning are advantageous for bottle gourd cultivation. Training plants to a bower helps tap sunlight more effectively for higher yield. Axillary buds of growing vines should be removed until vines reach the bower height; when the vine reaches the bower, the apical bud is removed 10–15 cm below the bower to allow 2–3 branches to spread on it. After formation of 4–5 fruits, vines are again pruned, allowing only 2–3 axillary buds to grow on the primary vines. It is also advisable to remove all yellow and pale-coloured older leaves near the bottom of the plant.
Diseases
| Disease | Symptoms & Control Measures |
|---|---|
| Gummy Stem Blight | A soil-borne fungal disease producing water-soaked lesions on leaves and stems, which can turn brown or tan and eventually become cankers that exude a gummy substance. Control with disease-free seeds, crop rotation, and pasting the stem with COC 50% WP (3g/L) or Chlorothalonil 75% @2g/L. |
| Fusarium Wilt | Characterized by wilting, yellowing, stunting, and eventually death of the plant. Control with resistant hybrids, crop rotation, and drenching with Propiconazole 5% EC (2ml/L). |
| Powdery Mildew | Favoured by high humidity; a white powdery residue appears primarily on the upper leaf surface, with circular patches or spots on the lower surface. Severely attacked leaves turn brown and defoliate. Control with Carbendazim (1ml/L), Karathane (0.5ml/L), Tebuconazole 50% + Trifloxystrobin 25% @0.5g/L, or Meptyldinocap @0.5g/L. |
| Downy Mildew | Caused by Pseudoperonospora cubensis; prevalent in high humidity, first seen as yellow angular spots on the upper leaf surface, with whitish powdery growth on the lower surface under humid conditions, spreading rapidly through defoliation. Control with Metalaxyl 4% + Mancozeb 64% (2g/L) or Carbendazim 12% + Mancozeb 64% WP @2g/L. |
| Mosaic | A viral disease producing small irregular yellowish patches on leaves; some show vein clearing, reduced leaf size, and distorted, malformed young leaves, sometimes with a "shoe-string" effect. Transmitted by aphids. Control with Acephate 20% SP (1g/L). |
Pests
| Name of the Pest | Symptoms & Management |
|---|---|
| Aphids & White Flies | Colonies of nymphs and adults attack leaves and tender shoots, sucking sap; leaves curl and dry up. Control with Acephate 75% SP (1.5g/L), Dimethoate (1.5ml/L), Imidacloprid 30.5% SC @0.25ml/L, Diafenthiuron 50% WP @1g/L, or 30–35 blue sticky traps/ha. |
| Leaf Cutter | Damages leaves by feeding on them. Control with Chloro (Organophosphate) 20 EC @2ml/L. |
| Fruit Borer | Adult moths lay eggs inside the fruit; after hatching, larvae feed on the flesh, causing damage. Control with clean cultivation, removal of infested fruits, deep ploughing, spray baits, and 30–35 yellow sticky traps/ha. |
| Fruit Fly | Attacks fruits; maggots feed on the pulp, causing infested fruits to rot and fall prematurely. Control with clean cultivation, removal of infested fruits, deep ploughing, spray baits, and 30–35 pheromone traps/ha. |
Harvesting
Fruits are harvested at the tender stage, 10–12 days after anthesis. Harvesting starts 50–55 days after sowing and is done at 3–4 day intervals. Care is taken to avoid injury to vines and fruits, plucking individual fruits with sharp knives while keeping a small part of the fruit stalk attached.
Yield
65–70 t/ha
Physiological disorders, Symptoms & Management
| Parameter | Description |
|---|---|
| Scientific Name | — |
| Hybrid | Anant F1 |
| Soil | Add soil requirement here. |
| Land Preparation | Add land preparation details here. |
| Spacing | Add spacing details here. |
| Climate | Add climate requirement here. |
Season
| Season Type | Sowing Period |
|---|---|
| Winter Sowing | — |
| Rainy Sowing | — |
| Summer Sowing | — |
Seed Rate
| Method | Seed Rate |
|---|---|
| Broadcasting | — |
| Dibbling | — |
Fertilizers & Manures
| Type | Quantity / Notes |
|---|---|
| FYM | — |
| Nitrogen (N) | — |
| Phosphorus (P₂O₅) | — |
| Potassium (K₂O) | — |
Irrigation
Add irrigation details here.
Weed Control
Add weed control details here.
Diseases
| Disease | Symptoms & Control Measures |
|---|---|
| — | Add disease details here. |
Pests
| Name of the Pest | Symptoms & Management |
|---|---|
| — | Add pest details here. |
Harvesting
Add harvesting details here.
Yield
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