Maize H629 Highland (2kg)

Maize H629 Highland is a high-yielding maize variety that is well adapted to high altitude areas in East Africa, particularly in Kenya, Uganda, Tanzania, and Rwanda. This hybrid maize variety is known for its high yield potential, good disease resistance, and tolerance to drought and low soil fertility.

Here are some of the key features and benefits of Maize H629 Highland:

1. High yield potential: Maize H629 Highland has a high yield potential, with an average yield of 8-10 tons per hectare. This makes it an ideal maize variety for farmers who want to increase their productivity and profitability.
2. Good disease resistance: Maize H629 Highland is resistant to common maize diseases such as maize streak virus, gray leaf spot, and northern leaf blight. This reduces the risk of crop losses due to diseases and improves the overall health and quality of the maize crop.
3. Tolerance to drought and low soil fertility: Maize H629 Highland is tolerant to drought and low soil fertility, which makes it suitable for cultivation in areas with erratic rainfall and poor soil quality. This reduces the risk of crop failure and ensures a more consistent yield.
4. Early maturity: Maize H629 Highland has an early maturity period of 90-100 days, which means that it can be harvested earlier than other maize varieties. This reduces the risk of crop losses due to weather-related events such as drought, pests, and diseases.
5. Good grain quality: Maize H629 Highland produces high-quality grain that is suitable for both human consumption and animal feed. The grain has a high starch content, good taste, and aroma, which makes it popular among consumers and livestock farmers.

Overall, Maize H629 Highland is a high-performing maize variety that offers a range of benefits to farmers in high altitude areas in East Africa. Its high yield potential, good disease resistance, and tolerance to drought and low soil fertility make it an ideal maize variety for farmers who want to increase their productivity and profitability.