Abstract
Even with CS2017’s hybrid nature and its capacity to surpass traditional corn in productivity, Greenest Acres Seed Farm is apprehensive about its lower yields compared to the conventional variety. The company’s management encountered a dilemma when determining why corn yields were low despite ideal weather conditions.
Introduction
The goal of producing hybrid seeds is to achieve high yields on par with the best. A crucial problem in hybrid production is finding the blend of parent lines that produces highly yielding hybrids, which begins once scientists have identified elite inbreds for parents.
Management Question
A remarkable development in global maize farming has been made possible by Greenest Acres Seed Farm’s CS2017 maize seed. This seed can withstand environmental factors such as excessive or insufficient rainfall while producing exceptional harvests (Ali et al., 2020). Despite CS2017’s hybrid status and its ability to outyield conventional maize, the company remains concerned about its lower yields. A conundrum for the company’s management was why maize yields are poor even when weather conditions are ideal.
The company’s director may be curious about why certain plants grow abnormally tall and green, rather than producing any maize at all. Whether the seed is a hybrid or just a lower-quality version of regular maize, every stakeholder involved in the company needs to know (Bahtiar et al., 2020). The central dilemma is: Is it better to settle for the original CS2017 or invest in producing an improved version? Hybrid maize, or CS2017, should live up to its name and quality. The company will solve the mystery and develop genuine hybrid maize by carefully comparing natural and hybrid varieties in terms of structure, yield, resistance to environmental factors, and nutritional value.
Research Question Justification
Two possibilities might be considered in light of the daring risk of financing the creation of hybrid maize. The first step, which could be time-consuming and costly, is to collect various maize varieties from other countries and regions to assess their flexibility (Ali et al., 2020). The second possibility is that the company could continue to engage locally with the operating factors thoroughly and extensively to develop a better, high-yielding maize seed, as there was some success in developing the original CS2017. Is it more important to refine the current approach or to alter the research method?
Greenest Acres Seed Farm may identify the genes responsible for desirable seed qualities more quickly and with less trial-and-error, thanks to new genomic analysis methods. These technologies also provide indicators for enhanced quality control of seed reproduction and varietal management after commercial release, enabling farmers to develop crop varieties more quickly. These days, conventional marker analysis using DNA fingerprints costs about $2 per sample (Esperante et al., 2020). Verifying varietal authenticity in seed distribution, farming, aggregation, and marketing channels is possible via DNA fingerprinting. An increase in fingerprinting and sampling would lead to more precise descriptions of the structure of varietal demand, easier introduction of desirable features into new varieties, and faster (before planting) proof of the reliability of seed supply channels.
Investigative Questions
What should Greenest Acres Seed Farm do to raise the seed quality while keeping costs down? Trying to figure out how to grow hybrid maize locally sounds like a better, more efficient option. The plant breeders at the company will cautiously cross-pollinate two maize plants—one that yields two ears of corn and another that produces huge ears—to determine if the resulting hybrid would be superior.
Victory is likely to be achieved after repeated attempts with different maize varieties over an extended period (Byerlee, 2020). When growing corn, it is essential to consider factors such as pollination temperature, plant nutrition, and water availability during ear growth. Typically, a corn plant grows one or two ears of corn, with the first being larger and healthier, and the second smaller and less healthy.
Another vital question when planting corn is: how far apart should the plants be to maximize yield? Less air, water, and warmth will be available on a densely populated plantation. Therefore, planting maize with 30-inch row spacing is recommended to ensure that each plant has adequate room to grow (Esperante et al., 2020). Otherwise, the plants would become less productive, and the farmer would only get one ear per plantation rather than two or more. Otherwise, if one would rather have silage than grain, they can make the corn more green and barren by planting it too close together, which will cause the plants to produce more stems and leaves with less grain.
Measurement questions
Once cross-pollination attempts are complete and the first corn results are visible, it may be prudent to ask the following question. Is the new corn more productive than the old one, CS2017, based on feedback from 1,000 farmers who will have grown both types of corn? Can the new seed eventually be referred to as fully hybrid? Is it an improvement over conventional, which has not been cross-pollinated? Is the new seed highly productive in both heavy and light rain? What is the number of corn ears it produces, and how much healthier is it than conventional maize?
To keep providing seed to their clients, resilient seed producers should withstand and swiftly recover from shocks caused by weather, disease, and conflict. Resilience can be achieved, for example, by selectively breeding plants to withstand extreme weather conditions, harmful diseases, and pests like insects (Esperante et al., 2020). Another approach is to strengthen the seed system’s ability to withstand operational challenges. This can be achieved using performance-anchored management, product trackability systems, quality testing (both biological and DNA), input insurance, pre-sanctioned credit lines, and the rapid availability of resources to farmers and seed vendors.
To successfully develop the CS2017 hybrid maize seedling, which would revolutionize maize farming, Green Acres Seed Farm should approve the alternative approach based on the research methodology. Due to management’s diligence and financial support, a hybrid maize seedling will soon be born (Baek et al., 2020). Authentic hybrid corn is a seedling that can withstand both light and heavy rainfall, producing yields comparable to conventional maize while offering higher nutritional value and no artificial chemical composition.
To build a stand effectively, farmers need high-quality seeds that germinate promptly, produce healthy seedlings, and are not overly sensitive to environmental conditions such as temperature, oxygen availability, and soil water potential. Top-notch seeds have the remarkable ability to germinate across a wide range of climates. A thriving agricultural program should begin with the production of high-quality seed (Esperante et al., 2020). Such an approach is a powerful marketing technique for boosting crop sales, particularly in the current market. Environmental factors significantly affect seed growth and maturity, with some regions producing high-quality agricultural seed while others do not.
Conclusion
The development of hybrid maize enhances farmers’ efficiency while promoting a high and sustainable supply. Greenest Acres Seed Farm intends to unveil the enigma and produce authentic hybrid maize after meticulously evaluating the structural characteristics, yield, tolerance to environmental effects, and nutritional value of natural and hybrid varieties.
References
Ali, A., Qadri, S., Mashwani, W. K., Brahim Belhaouari, S., Naeem, S., Rafique, S., Jamal, F., Chesneau, C., & Anam, S. (2020). Machine learning approach for the classification of corn seed using hybrid features. International Journal of Food Properties, 23(1), 1110-1124.
Baek, S. B., Son, B. Y., Kim, J. T., Bae, H. H., Go, Y. S., & Kim, S. L. (2020). Changes and prospects in the development of corn varieties in Korea. Korean Society of Breeding Science, 52, 93-102.
Bahtiar, B., Zanuddin, B., & Azrai, M. (2020). Advantages of hybrid corn seed production compared to corn grain. International Journal of Agriculture System, 8(1), 44-56.
Byerlee, D. (2020). The globalization of hybrid maize, 1921–70. Journal of Global History, 15(1), 101-122.
Esperante, B., Prieto, L. F., & Cabo, M. (2020). Old and new plants from the Americas to Europe: Potatoes, corn and the genetics of double hybrid corn (1800–1940). Rural History, 31(1), 53-62.