Enriching crops since 1996
SERVICES
Agriculture
Rather In a corporate operation or one of a smaller scale, We offer a level of unsurpassed expertise to our clients. Within our agronomy division we offer an array of knowledge and experience. Row crops, fruit and nut trees, grapes, citrus, vegetables, dry land and irrigated crops, sustainable agriculture, regenerative soil to name some of the more common areas of expertise and experience.
Golf / Turf
We strive to make your course and your grass the greener, thicker “roll in the hole”, better than the rest quality. We understand that the greener the course the better the play, which in return brings a higher course value and a higher return intereSt from Golfers. We have the ability to take the grass to the highest potential and maxImize course health by using product technology from our proprietary blend of polymers. How do we know we are unlike any other product on the market? Well, simply because we formulate with an in-house agronomist that creates and tests so as to keep our advancements many steps ahead of the competition. You have questions? Our sales force has quick and direct contact with the product formulator to meet and educate them, and you.
Satellite Imagery
Satellite imagery is a valuable tool for agriculture, providing critical information for farmers and researchers to monitor and manage crops and land. Here are some ways in which satellite imagery is used in our services packages: 1. Crop Monitoring: Satellite imagery allows for the continuous monitoring of crop growth and health. Farmers can track factors such as plant vigor, moisture levels, and pest infestations. This information helps them make informed decisions about irrigation, fertilization, and pest control. 2. Yield Prediction: By analyzing historical satellite data and current crop conditions, machine learning algorithms can predict crop yields. This helps farmers plan for harvests and market demands more effectively. 3. Soil Analysis: Satellite imagery can be used to assess soil quality and composition across large agricultural areas. This information helps farmers tailor their farming practices to optimize crop yields. 4. Precision Agriculture: Precision agriculture involves using satellite data to apply resources, such as water, fertilizers, and pesticides, more efficiently. By analyzing imagery and mapping variations in the field, farmers can target specific areas that need attention. 5. Crop Type Identification: Satellite imagery can differentiate between different crop types, allowing farmers to manage their fields more effectively. This is particularly important for crop rotation planning. 6. Early Detection of Disease and Pests: Satellite imagery can detect signs of disease or pest infestations before they become visually apparent in the field. Early detection allows for timely intervention. 7. Drought Monitoring: Satellite data can be used to assess drought conditions and water availability. This information is crucial for water management and irrigation planning. 8. Weather Forecasting: While not a direct application of satellite imagery, satellites provide data that meteorologists use to create weather forecasts. Farmers rely on these forecasts to make decisions about planting, harvesting, and other farming activities. Overall, satellite imagery plays a critical role in modern agriculture, helping farmers make data-driven decisions that can increase productivity, reduce resource waste, and minimize environmental impact.
Garden
Is your green thumb turning a bit brown? Do you find the inability to find or create the perfect fertilizer for your specific vegetables, flowers, fruits is next to impossible? You garden for many reasons and one of the ,most common reasons is to grow and provide the most healthy, clean and nutritious food you can, and that being right in your own container, backyard or small hobby farm. All of that begins with the soil . A good, clean, nutritious soil along with sunshine, water, your loving attention and products from Grassland farm and garden. Our agronomy division has taken our years of working on a very large scale in agriculture and condensed all of the expertise and products into a marginally smaller disbursement that is affordable and easily usable to the small garden situation. One way we have accomplished this is to simplify. Yes, in this world of more, we have simplified the application! Our marketing is well thought out so all that basically needs to be done is apply by number. Example: Our products are numbered 1-6 #1 applied at transplant #2 two weeks later Thereafter each consecutive number every two weeks until harvest
Consulting
Nutrient Enhancements: Agricultural nutrient enhancements aim to strike a balance between providing the necessary nutrients for plant growth and minimizing nutrient wastage and environmental impact. These practices play a critical role in sustainable and regenerative agriculture. Agricultural nutrient enhancements are practices and technologies used to improve the availability and uptake of essential nutrients by plants in order to increase crop yield, quality, and overall agricultural productivity. Nutrients are essential for plant growth and development, and optimizing their availability is a key component of modern agriculture. Here are some common nutrient enhancements used in agriculture: 1. Fertilization: Fertilizers are one of the most common methods for enhancing nutrient availability in agriculture. They provide essential nutrients, including nitrogen (N), phosphorus (P), and potassium (K), as well as secondary and micronutrients, to support plant growth. The application of fertilizers is carefully calibrated to match the nutrient requirements of specific crops. 2. Foliar Sprays: Foliar application of nutrient solutions to the leaves of plants can provide a quick and direct source of nutrients. This is particularly useful when plants have nutrient deficiencies or during critical growth stages. 3. Nutrient Management Plans: Developing nutrient management plans based on crop nutrient requirements, soil testing, and environmental considerations can help farmers make informed decisions about nutrient application. These plans optimize nutrient use efficiency while minimizing environmental impacts. 4. Irrigation Management: Proper irrigation practices can impact nutrient availability. Efficient irrigation methods that minimize nutrient leaching and runoff help ensure that nutrients are retained and absorbed by plants. Tissue Applications: Agricultural tissue samples refer to small pieces or sections of plant tissue that are collected from plants in the agricultural setting for various purposes, including analysis, research, and diagnostics. These samples can be obtained from different parts of the plant, such as leaves, stems, roots, or fruits, depending on the specific goals of the analysis. Agricultural tissue samples are crucial for understanding plant health, disease management, research, and crop improvement. The collected tissue samples are sent to laboratories for various analyses, including DNA sequencing, nutrient content analysis, disease testing, and more, depending on the specific objectives of the sampling. Here are some common reasons for collecting agricultural tissue samples: 1. Plant Health Assessment: Tissue samples are collected to assess the overall health of plants. Analyzing the tissues can reveal signs of nutrient deficiencies, stress, diseases, or pest infestations, which helps farmers take appropriate corrective measures. 2. Disease Diagnosis: When plants show symptoms of diseases or abnormalities, tissue samples are taken to diagnose the specific pathogens or conditions responsible for the issue. This is critical for disease management and control. 3. Nutrient Analysis: Farmers and agronomists may collect tissue samples to assess nutrient levels in plants. This information helps in adjusting fertilizer applications and optimizing nutrient management practices to ensure healthy plant growth. 4. Research Agricultural researchers use tissue samples to study plant genetics, conduct experiments, and develop new crop varieties. These samples are essential for understanding the genetic makeup of plants. 5. Crop Improvement: Tissue samples can be used to select and propagate desirable plant traits. Genetic material from superior plants is collected and used to produce new plants through tissue culture or other propagation methods. 6. Herbicide or Pesticide Residue Analysis: Tissue samples can be tested to check for the presence of herbicide or pesticide residues, ensuring compliance with safety regulations and guidelines. 7. Stress Assessment: Tissue samples can be analyzed to assess how plants respond to environmental stresses like drought, salinity, extreme temperatures, and pollution. This helps in developing stress-tolerant crop varieties. 8. Environmental Monitoring: In certain cases, tissue samples are used to monitor the impact of environmental factors, pollutants, or contaminants on plants and the surrounding ecosystem. 9. Drought and Water Stress Studies: Tissue samples can provide insights into how plants respond to water stress, which is crucial for water management and irrigation planning. 10. Plant Metabolite Analysis: Tissue samples may be used to study the production of secondary metabolites in plants, which can have applications in pharmaceuticals, cosmetics, and flavoring. Soil Application: Agricultural soil application refers to the various practices and techniques used to improve and manage soil conditions in agriculture. The goal is to create a favorable environment for plant growth and maximize crop productivity. Soil application methods involve adding or modifying soil components, nutrients, and other factors to enhance soil quality. Agricultural soil application practices aim to create a balanced and nutrient-rich environment for crops while minimizing the environmental impact. Proper soil management is essential for sustainable and productive agriculture. Farmers and agronomists use a combination of these techniques based on the specific needs of their crops and soil types. Here are some common agricultural soil applications: Fertilization: Application of fertilizers is one of the primary soil management practices in agriculture. Fertilizers supply essential nutrients, such as nitrogen (N), phosphorus (P), and potassium (K), as well as secondary and micronutrients, to address nutrient deficiencies and promote plant growth. Irrigation: Proper irrigation management ensures that crops receive the right amount of water. Over- irrigation can lead to waterlogging and nutrient leaching, while under-irrigation can result in drought stress. Efficient irrigation methods and scheduling are crucial for soil health. Soil Testing: Regular soil testing helps farmers assess nutrient levels, pH, and other soil characteristics. This information guides the application of fertilizers and soil amendments to address specific deficiencies and maintain optimal conditions