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6 Steps to Enhancing Farming Productivity

tips for Farming Productivity and crop efficiency in high plains

Agriculture, a cornerstone of the United States’ economy, has long been a vital force across diverse regions and cultures throughout history. In the vast expanse of the US High Plains/Great Plains region, farming assumes a paramount significance, both in meeting the population’s sustenance needs and as a pivotal source of income for its inhabitants. Despite the remarkable strides made in agricultural technology, the path towards optimizing productivity and securing a competitive edge in this demanding market is not without its challenges.

Important Factors for Improving Crop Efficiencies

While these steps have proven themselves to be robust solutions, it is important to acknowledge the unique characteristics of each individual farm. Recognizing the distinct nature of your farm is the first step towards making improvements in production. By assessing and identifying potential obstacles within your farming operation, you can begin to strategically address and overcome them, paving the way for enhanced outcomes.

Step 1: Harnessing the Power of Precision Agriculture Technology

Leveraging cutting-edge tools such as GPS, drones, satellites, and sensors can revolutionize farming practices, empowering farmers with accurate and real-time data. By harnessing these technologies, farm owners can closely monitor crop performance, assess soil conditions, and make informed decisions critical to their farm’s success.

The integration of modern farm technologies brings numerous benefits. Firstly, it enables farmers to gain a comprehensive understanding of their crops’ growth patterns, allowing for precise interventions and targeted adjustments. Real-time data on soil moisture levels, nutrient content, and temperature variations can guide farmers towards optimized irrigation and fertilization strategies, thereby ensuring efficient resource utilization and reducing waste.

One notable example is the implementation of automated irrigation systems like FieldNET. By seamlessly integrating with precision agriculture technology, these systems can precisely determine the exact amount of water required by specific crops, delivering it at the optimal time. This level of precision helps prevent over or under-watering, minimizing water usage while maximizing crop health and productivity.

Step 2: Embracing Sustainable Farming Practices for Long-Term Prosperity

In addition to harnessing state-of-the-art technologies, the significance of sustainability in modern farming cannot be overstated. Sustainable farming practices offer a myriad of benefits, not only for your farm but also for the environment at large. With increasing awareness of the positive impact it can have, adopting sustainable methods has become a priority for forward-thinking farmers. Moreover, in certain counties, government subsidies are available to ease the financial burden associated with implementing sustainable farming practices, making it even more accessible and beneficial.

pivot irrigation automation for productivity and sustainabilityBy prioritizing sustainability, you contribute to the preservation and health of your soil. This reduces the reliance on harmful fertilizers and conserves precious water resources. As a result, you not only mitigate environmental impact but also lay the foundation for long-term economic advantages. Sustainable farming practices, such as irrigation automation, play a crucial role in minimizing water waste. By optimizing irrigation systems and employing water-saving techniques, you can maximize water efficiency without compromising crop health.

The advantages of sustainable farming extend beyond environmental considerations. By adopting well-planned and well-managed sustainable farming practices, you can achieve lower production costs, enhance product quality, and increase overall crop yield. This holistic approach not only ensures the long-term prosperity of your farm but also contributes to a more sustainable future for the US High Plains/Great Plains region.

Step 3: Enhancing Soil Health and Fertility for Optimal Crop Yield

One of the potential culprits behind a lack of crop yield on your farm could be compromised soil health and fertility. If you suspect this to be the case, there are effective methods you can employ to rejuvenate your soil. These approaches not only combat soil infections but also enhance overall soil structure, leading to improved productivity.

Practicing the right crop rotation is one advisable soil-recovery strategy. This technique safeguards your land against soil-borne diseases by preventing the build-up of pathogens and provides a conducive environment for healthy root development and nutrient absorption. Implementing a well-designed crop rotation plan tailored to your farm’s needs can significantly enhance soil health and fertility.

Another effective method to consider is incorporating cover crops. Legumes, winter wheat, and clover are excellent choices as they not only nourish the soil but also serve as protective barriers against erosion. These cover crops play a vital role in stabilizing nitrogen levels and increasing organic matter content. By integrating cover crops into your farming practices, you enhance soil fertility and structure, setting the stage for robust crop growth.

Finally, incorporating organic matter and introducing essential nutrients are key steps. One notable soil amendment to explore is PrairieFood, a highly regarded product that enriches the soil with a comprehensive range of macro and micronutrients. By stimulating soil microbial activity, PrairieFood enhances nutrient availability and reduces the reliance on chemical inputs. This sustainable approach not only improves soil health but also promotes long-term ecological balance.

Step 4: Investing in High-Quality Seed Varieties

While soil quality may not always be the culprit, selecting the appropriate crops for the US High Plains region is crucial for optimizing farming outcomes. Below is a curated list of top-performing seed varieties for key crops tailored to the specific conditions of our central regions. These high-quality seeds have proven their resilience and productivity, ensuring a fruitful harvest in the challenging climate of the High Plains.


  • Wheat: Opt for esteemed varieties such as TAM 111 or Oakley CL.
  • Corn: Consider Pioneer 1184AM and AgriGold A6499VT2P for superior performance.
  • Soybeans: Pioneer P22T47R and Channel CHS 3615RX are reliable choices.
  • Sorghum: Pioneer 84G62, Dyna-Gro 77B04, and Croplan 752T offer exceptional yields.


  • Wheat: Overland, AgriPro SY Wolf, and Joe are ideal options for wheat cultivation.
  • Corn: DeKalb DKC64-08RIB and Croplan 433-90VT2P are recommended corn varieties.
  • Soybeans: Pioneer P24A80X and Croplan 2141LL exhibit excellent performance.
  • Sorghum: Consider Dyna-Gro 77B04 and Milo King for successful sorghum cultivation.


  • Wheat: Choose from Byrd, PlainsGold Langin, and Hatcher for thriving wheat crops.
  • Corn: Pioneer P1197AM and DeKalb DKC64-69RIB are high-performing corn varieties.
  • Soybeans: Asgrow AG2535, Pioneer P22T77R, and Channel CHS 2635RX are recommended.
  • Sorghum: Pioneer 84G62, Dyna-Gro 77B04, and DK 51-02 are reliable sorghum options.

These seed varieties have been carefully selected based on their adaptability and success in the High Plains region. However, if you have an interest in cultivating alternative crops, we encourage you to conduct thorough research on suitable varieties for the specific climate of the High Plains or your local region.

Step 5: Elevating Water Management Strategies for Optimal Farm Productivity

Water management plays a pivotal role in determining the productivity of your farm. Meticulous attention to water usage is paramount for ensuring flourishing agricultural operations. Failure to implement effective water management strategies can lead to either insufficient or excessive irrigation, impeding the growth and yield of your crops. To unlock your farm’s full potential, it is crucial to adopt enhanced water management practices tailored to your specific needs.

One valuable approach is pivot irrigation, offering flexibility and adaptability for different fields. This method allows you to customize your irrigation system to match the unique requirements of each area, optimizing water distribution and maximizing crop performance. By strategically utilizing pivot irrigation, you can ensure that your farm receives the precise amount of water needed for optimal growth.

Another cutting-edge option for farm irrigation is the implementation of irrigation automation as we mentioned previously. This advanced system allows for remote monitoring and control, empowering you to fine-tune your irrigation practices based on real-time data and environmental conditions. By leveraging automation technology, you can achieve precise water application, minimize waste, and ensure efficient water utilization throughout your farm.

In addition to efficient water application, water reuse presents an eco-friendly and cost-effective solution. By setting up appropriate water reuse systems, you can harness and recycle water resources, reducing dependency on external sources. Properly managed water reuse not only benefits the environment but also contributes to long-term financial sustainability.

Elevating your water management strategies is a fundamental step towards optimizing farm productivity. By adopting advanced pivot irrigation, exploring irrigation automation, and embracing water reuse practices, you empower your farm with efficient water utilization, ultimately leading to increased crop yields and sustainable growth.

Step 6: Strengthening Farm Infrastructure and Empowering Access to Information

The journey to improve farming productivity doesn’t end with a successful crop yield. To fully capitalize on your agricultural efforts, it is crucial to prioritize post-harvest infrastructure and ensure seamless access to valuable information. In this final step, we highlight the significance of robust farm infrastructure and the benefits of staying informed in order to maximize profitability.

well maintained grain handling and grain storage for farm efficiencyPost-harvest infrastructure holds immense importance in preserving the quality of your yield and minimizing losses. Optimized grain handling systems and grain storage facilities are essential for effectively gathering, preparing, and utilizing your crops. By investing in proper grain storage systems, you safeguard the quality of your grains and minimize post-harvest losses. This directly enhances the marketability of your yield and translates into increased profitability. Remember, maintaining good storage conditions is key to preserving the value of your crops – especially for an extended period.

Additionally, regular cleaning and maintenance of your grain-handling equipment are paramount. Neglecting this crucial aspect not only hampers equipment performance but also poses safety risks. By prioritizing equipment upkeep, you ensure optimal functionality and prolong the lifespan of your machinery. If you find your storage structures are insufficient for today’s advanced operations, Woofter can help you design and erect new steel building structures in addition to adding new grain bins and elevators.

If you find the need to relocate your equipment within Kansas or any other location, it is advisable to seek the assistance of a reputable and qualified team, including the use of Woofter’s crane rental services or a enlisting a reliable 3rd party long-distance moving company. Entrusting your equipment relocation to professionals will ensure the safe and efficient transfer of your valuable assets.

Empowering yourself with access to relevant and timely information is essential for staying ahead in the dynamic world of farming. Keep abreast of the latest agricultural practices, market trends, and technological advancements. Utilize online resources, join farming communities, and participate in industry events and tradeshows to enhance your knowledge and network. By leveraging valuable information, you can make informed decisions, optimize operations, and unlock new opportunities for growth and profitability.


Taking advantage of precision agriculture technologies, implementing sustainable farming In conclusion, these six steps collectively contribute to improving farming productivity in the region. By adopting precision agriculture technologies, implementing sustainable farming practices, enhancing soil health and fertility, investing in high-quality seed varieties, elevating water management strategies, and strengthening farm infrastructure, you pave the way for a thriving and prosperous agricultural venture. Embrace these strategies, tailor them to your farm’s unique needs, and seize the opportunity to excel in the ever-evolving realm of farming.