Spinach Seeds (100 seeds)
₹15.0
Spinach is a leafy green vegetable. It has vitamins and minerals that support immune system. Being the richest source of iron for our body, it is also considered as a superfood. Try our non-GMO Spinach seeds. Also, check out our workshops for more details.
PRODUCT DESCRIPTION
Number of seeds in a packet – 100
PLANT DESCRIPTION
- Difficulty Level – Easy
- Plant Height – 8 – 12 inches
- Type – Indoor (Balcony / Terrace) or Outdoor
- Feed – VermiCompost for nutrients every week, Seaweed and Epsom salt once a month for greener leaves.
- Watering – 2 times a week
- Sunlight – Full sunlight with partial shade
- Germination time – 5 to 7 days
- Suitable Temperature – 15°C – 22°C
- Season – All except summer
- Sowing – September – November
ALTERNATE NAME
Botanical name: Beta vulgaris var. bengalensis
spinach seed in hindi: Paalak (पालक)
spinach seed in tamil: Kirai (கீரை)
spinach seed in telugu: Baccalikūra (బచ్చలికూర)
spinach seed in kannada: Soppu (ಸೊಪ್ಪು)
spinach seed in bengali: Palam Saka (পালং শাক)
spinach seed in marathi: Palaka (पालक)
spinach seed in malayalam: Cira (ചീര)
spinach seed in odia: Palanga (ପାଳଙ୍ଗ)
Other names: Spunach, Malabar spinach
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Q & A
The sustainability of vegetable seeds depends on several factors, including their origin, cultivation practices, and conservation efforts. Here are some aspects to consider regarding the sustainability of vegetable seeds:
Open-pollinated vs. hybrid seeds: Open-pollinated seeds are considered more sustainable because they can be saved and replanted year after year while maintaining their genetic traits. On the other hand, hybrid seeds, which are a cross between two parent varieties, do not produce stable offspring, so farmers need to purchase new hybrid seeds each year.
Genetic diversity: Maintaining a diverse gene pool of vegetable seeds is crucial for long-term sustainability. Genetic diversity enhances the resilience of crops, making them more adaptable to environmental changes, pests, and diseases. Seed banks and conservation programs play a vital role in preserving and protecting genetic diversity.
Organic and regenerative practices: Seeds grown using organic and regenerative practices contribute to the overall sustainability of vegetable production. These practices minimize the use of synthetic inputs, promote soil health and biodiversity, and reduce environmental impacts.
Local adaptation: Seeds that are adapted to local conditions and climates are more sustainable as they require fewer resources such as water, fertilizers, and pesticides. Locally adapted seeds can also better withstand local pests and diseases, reducing the need for chemical interventions.
Seed saving and sharing: The practice of saving and sharing seeds among farmers promotes sustainability. It allows for the preservation of heirloom varieties and traditional knowledge while reducing dependence on commercial seed sources.
Access and affordability: Ensuring that sustainable vegetable seeds are accessible and affordable to farmers, particularly small-scale and resource-limited farmers, is crucial for promoting long-term sustainability.
Intellectual property rights: The issue of intellectual property rights, such as patents and plant variety protection, can impact the sustainability of vegetable seeds. It is important to strike a balance between protecting breeders' rights and ensuring the availability and exchange of seeds for future generations.
Overall, the sustainability of vegetable seeds lies in preserving genetic diversity, promoting organic and regenerative practices, encouraging seed saving and sharing, and ensuring accessibility and affordability for farmers.
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