Seed Co Develops and markets certified cropseeds, mainly hybrid maize seeds, but also wheat, soya beans, barely, sorghum and seeds.

Most of our hybrid and non-hybrid cereals and oil crop seed varieties are proprietary, having been developed and bred at our research station through market oriented research and breeding programs.

Tip of the Day

Basal fertilisers should be applied at or before planting for root development and early crop establishment


Frequently Asked Questions

Can't find the answer you are looking for? We have shared some of our frequently asked questions to help you out.

This is a question that most farmers especially aspiring new farmers ask at the inception of a cropping programme. The best way to address this question is for the farmer to do a cost benefit analysis of the input costs versus the output costs of the crop that they wish to establish. Market research is important in this regard. The farmer should factor in all costs associated with the production to arrive at the profitability derived from growing each crop.

Maximizing productivity (maximum attainable yield) increases the return per dollar invested in any cropping programme.

The success of any cropping programme lies in one’s ability to employ strict management practices for maximum productivity. Farming is a business that requires one to adopt Good Agronomic Practices (Good Agronomic Practices/ GAP) and as such ALL crops should be managed well.

If the farmer is unable to attend to the crop on a frequent basis, the employment of a skilled manager or supervisor is encouraged to enable timeliness of operations and regular scouting which will result in the detection of changes in the crop and promote a quick response.

Maize planting windows differ depending on the Agro-ecological region. Maize is sensitive to frost as a result planting of maize should be done before or after winter in frost prone areas like the Highveld and middleveld. In the Lowveld and in some frost free pockets of the country, farmers can plant maize throughout the year depending on irrigation capacity and their rotation plan (Monocropping is not encouraged)

It has been noted that the highest yields are obtained with October plantings as this period is characterised by very high heat units that promote crop growth however this should be guided by ones ability to irrigate or information on the seasonal forecast. Most farmers under dryland maize production plant when they receive the 1st effective rains (rains of >35mm in 3 days). Planting time affects the yields obtained hence early planting is encouraged especially for late and medium maturing varieties.

Seed Co has a wide product basket with varieties suited for different agro-ecological regions and cropping programs. These varieties range from ultra-early maturing/ 300 series varieties, very early maturing/400 series varieties, early maturing/500 series varieties, medium maturing/600 series varieties and late maturing/ 700 series varieties.

Variety selection should be done based on the Agro –ecological region especially for dryland/rained agriculture. Under irrigation, a farmer can establish the late-maturity maize hybrids in the 700 series as these varieties give the highest yields (>16t/ha) under optimum management.

This is a question on most farmer’s minds. Farmers need to move away from the dependence on general fertilizer recommendations and embrace custom made fertilizer recommendation that are guided by soil analysis.

Soil analysis plays a pivotal role in increasing fertilizer use efficiency and enables custom made fertilizer recommendations to be made, based on the soil status (Ph level and Soil Organic Matter/SOM).

As a general rule farmers need apply fertilizers in the range of 300 to 400kg/ha of basal fertilizer (7:14:7) compound D (Adjust accordingly for specialised fertilizers such as blends). Top dressing the range is 350kg to 400kg/ha of a nitrogenous fertilizer (Ammonium Nitrate AN (34.5%N) or Urea (46%N)

The use of inorganic fertilizers like manure is greatly recommended as we move towards the attainment of sustainable Agriculture. However farmers should get the manure analysed for nutrient constitution and establish the nutrients that will be availed. Some farmers use inorganic fertilizers as complements (together with) organic fertilizers to meet the crops nutrient requirements.

Inorganic fertilizers/manure should be fully decomposed before use to reduce the introduction of insect pests and diseases in the field.

When using any fertilizer, farmers are implored on to check the nutrient constitution stated on the label as this will inform them on the nutrients that will be availed to the crop.

In fertigation programs for both horticulture or in large scale production field crops, farmers use soluble fertilizers that can be applied through the irrigation system (drip or centre pivot).

Some farmers use foliar fertilizers as boosters to standard fertilizers like compounds and blends to add to the Macro and Micro nutrients that will have been availed.

A weed is anything that is growing were its not wanted, with that in mind farmers should strive to make sure that crops grow in a weed free environment. Effective weed management is guided by the following principles:

  • Weed Spectrum (type of weeds, broadleaf, grasses, surges)
  • Time of application (pre-emergence, post-emergence)
  • Weed stage of growth (seedling stage is ideal for effective control)
  • Rotation plan (Herbicide use and residual effects)
  • Cost of control (Mechanical or Chemical)

The drive for environmentally friendly agrochemicals has resulted in the barn most broad spectrum insecticides. This has resulted in the need to effectively identify the problematic insect pest in order to control it.

In maize production the most significant insect pests are bollworms, African Army Worms and the ravaging Fall Army Worms (FAW).

Insect management tips:

  • Regular scouting (systematically, the whole field)
  • Determination of threshold levels
  • Timeous control (based on insect life cycle)
  • Rotation of insecticides (with different modes of actions)

Disease management is best done at variety selection. Varieties with inbuilt disease tolerance and resistance will withstand disease pressure.

Regular scouting and spraying of preventative fungicides can manage the development of the disease. When a disease had been detected farmers should spray systemic curative chemicals to control it before it spreads to other plants.