Finding the right variety of maize seed


Choosing the right maize variety is of utmost importance to farmers and agricultural professionals. The choice of maize variety can have a significant impact on cultivation, yield and overall profitability. Each maize variety has unique characteristics that determine its adaptability to certain environmental conditions, disease resistance and yield potential.

By choosing the right maize variety, farmers can optimise the performance of their crop and minimise risks associated with external factors such as diseases, pests and environmental stresses. A well-suited maize variety can withstand adverse weather conditions, resist diseases prevalent in the region and have high yield potential.

In addition, the right maize variety can also be tailored to the farmer’s specific goals and requirements. For example, some varieties are better suited for livestock feed, while others are more suitable for ethanol production. By selecting the right maize variety, farmers can meet market demand and maximise their profitability.

The selection of the right maize variety cannot be overstated. It directly affects crop productivity, disease resistance and marketability. By considering factors such as adaptability, disease resistance and yield potential, farmers can make informed decisions that lead to successful maize production and overall agricultural success.

There are as many as around 5,000 different varieties of maize in the world and new ones are constantly being added, including genetically modified varieties. However, the cultivation of genetically modified varieties is not authorised in the European Union. Even when imports of this type of corn are allowed, they are subject to specific restrictions.( )

Factors to consider when selecting maize varieties

When selecting a maize variety, several factors should be considered to ensure optimal crop performance. One crucial factor is the yield potential of the variety. Farmers should choose a variety that has a proven track record of high yields in their growing area.

Adaptability is another important factor. Maize varieties with high adaptability can thrive under different environmental conditions, such as different soil types, temperatures and rainfall. This adaptability ensures that the crop can withstand different stress factors, such as drought or heat, and perform well.

Disease resistance is also an important aspect. Different maize varieties have different levels of resistance to diseases that are common in certain regions. By selecting a variety with high disease resistance, farmers can minimise the risk of crop losses and reduce the need for chemical inputs.

Finally, agronomic traits such as length of maturity and plant height should also be evaluated. These traits should match farmers’ specific requirements and cultivation methods. For example, farmers in regions with a shorter growing season may opt for early-maturing varieties to ensure a successful harvest.

By carefully considering factors such as yield potential, adaptability, disease resistance and agronomic traits, farmers can make an informed decision when selecting a maize variety. This thoughtful selection process increases the likelihood of a successful and high-yielding maize crop.

Understanding direction of use when selecting maize varieties

Direction of use is an important consideration when selecting a maize variety. Maize varieties can be used for different purposes, such as livestock feed, human consumption or ethanol production. Each use requires specific characteristics of the maize variety.

For example, maize varieties used as livestock feed should have a high starch content, high digestibility and high protein content. Maize varieties used for human consumption, on the other hand, should have a high sugar content, good taste and texture. Maize varieties used for ethanol production should have a high starch content and a low protein content.

Farmers should consider market demand and their specific objectives when selecting a maize variety. By choosing a variety that matches the intended use, farmers can maximise profitability and meet market demand.

Knowledge of the intended use is a crucial factor in the selection of maize varieties. Different uses require specific maize variety characteristics, and farmers should select a variety that matches their objectives and market demand.

Better understanding of utilization direction when selecting maize varieties

Different maize varieties are grown for different purposes, such as livestock feed, human consumption or industrial applications such as ethanol production. Each type of use requires certain properties and characteristics of the selected maize variety.

For livestock feed, farmers should prefer maize varieties with high nutritional value, e.g. those with high protein content and high digestibility. Maize varieties intended for human consumption should have the desired taste, texture and nutritional value, including high sugar content. In contrast, maize varieties used for industrial purposes such as ethanol production should have a high starch content and a low protein content.

If farmers know the direction in which the maize will be used, they can select maize varieties that meet the specific requirements of the market in question. This ensures that the chosen variety delivers the desired results in terms of quality, productivity and profitability.

Location and climate considerations when selecting maize varieties

Location and climate are important factors to consider when selecting a maize variety. Maize varieties vary in their adaptation to different environmental conditions such as temperature, rainfall and soil texture. Therefore, farmers should choose a variety that is well suited to their specific growing region.

Maize varieties that do well in cooler climates may not be so well suited in warmer regions. Similarly, maize varieties that require a lot of moisture may not be suitable for regions with low rainfall. Farmers should also consider the length of the growing season in their region and choose a variety that can mature within that time frame.

Soil texture is another important factor. Maize varieties adapt differently to different soil types, e.g. sandy, loamy or clayey soils. Farmers should choose a variety that thrives in the specific soil type of their growing region.

By choosing a maize variety that is well suited to the particular location and climate, farmers can maximise their crop yields and minimise the risk of crop losses due to environmental stressors.

There are several important factors to consider when choosing a maize variety for your farm. Here are some tips to help you make the best choice:

  1. understand your objectives: Determine the purpose of growing maize on your farm. Do you want to produce high yields, grow high quality forage or meet specific market demands? Knowing your goals will guide your choice of varieties.
  2. Consider your location and climate: Take into account the specific conditions of your farm, such as temperature, rainfall and soil type. Choose a maize variety that is well adapted to the climate in your region and that grows well on your soils.
  3. Check for resistance to diseases and pests: Look for maize varieties that are resistant to common diseases and pests in your region. This will help reduce overuse of pesticides and protect your crop.
  4. Assess yield potential: Consider the yield potential of different maize varieties. Look for varieties that have a proven track record of high yields and good performance under similar growing conditions.
  5. Seek expert advice: Consult local agricultural extension services, seed dealers or experienced farmers in your area. They can give you valuable advice and recommendations based on their knowledge and experience.


By considering these tips and doing thorough research, you can select the best maize variety for your farm that meets your goals, suits your location and climate, and offers the potential for a successful and profitable crop.


  • Amina Muchdar, Sudirman Numba, Andi Takdir, Growth and production evaluation of corn varieties and genotypes grow from seed with different storage ages , Study Program of Agrotechnology Faculty of Agriculture, University of Muslim Indonesia, 2021
  • Harold Willis, How to Grow Top Quality Corn, Acres U.S.A.; Revised edition (January 15, 2009)
  • Subaedah, St & Edy, Edy & Mariana, Kiky. (2021). Growth, Yield, and Sugar Content of Different Varieties of Sweet Corn and Harvest Time. International Journal of Agronomy. 2021
  • Wayne Smith, Javier Betrán , Edward C. A. Runge , Corn: Origin, History, Technology, and Production, Willey, 2004


Dear visitor,
We would like to ask you to fill in this short survey of 6 questions in order to continuously improve the quality of the information made available to you. Thank you for your participation.