Soil fertility and wheat production: Profile nitrate levels and wheat yield
Last week, we discussed the importance of soil testing ahead of wheat planting. This article addresses the correlation between profile nitrate and wheat yield.
Key nutrients for soybean production in Kansas
Soybeans, particularly high-yielding varieties, remove significant amounts of available soil nutrients per bushel of grain harvested. As the crop matures, adequate amounts are needed in each growth stage. Learn which nutrients are the most critical to soybean production in Kansas.
Planning your wheat fertility program: Start now by soil testing
Wheat producers in Kansas should consider soil testing to help in making accurate fertilizer decisions. Accurate decisions are especially important during years with low grain prices and tight budgets.
Fall soil testing of hayfields and pastures
Fall is an excellent time to perform soil testing of pastures and hayfields. Testing in the fall allows more time for any needed lime applications before the main growing season and allows flexibility for planning fertilizer applications.
Soil Fertility Management meetings scheduled in central and western Kansas
The K-State Department of Agronomy, in collaboration with several Extension districts/counties in central and western Kansas, is hosting four Soil Fertility Management meetings in January.
Register now for the Soil Fertility Management meetings
There's still time to register for one of the KSU Soil Fertility Management meetings taking place on January 11 and 12! Learn about optimizing your fertilizer applications during this time of high fertilizer costs and limited availability.
Planning your wheat fertility program: Start now by soil testing
Wheat producers in Kansas should consider soil testing to help make accurate fertilizer decisions ahead of planting. After variable conditions and yield levels across the state, fertilizer needs may require adjustments based on soil test results. Now is the time to take soil samples to ensure there will be enough time to consider the test results when planning your fall fertilizer programs.
Soil fertility and wheat production: Profile nitrate levels and wheat yield
Failure to account for soil nitrogen wastes a valuable resource and can result in excess foliage, increased plant disease, inefficient use of soil water, and reduced yield. Soil sampling in fall for nitrate-N can have a significant impact on N recommendations for winter wheat in Kansas soils.
Winter canola management considerations
The planting window for winter canola is around the corner. In this article, we outline the most critical management factors, ranging from seeding rates and planting depth to insect and disease management. Learn how to ensure a good stand heading into winter.
Soil fertility meetings scheduled in central and western Kansas - Jan. 24 and 25
Learn more about optimizing your fertilizers applications by attending one of the Soil Fertility Management meetings in north central and northwest Kansas. These meetings will take place on Jan. 24 and 25 across four locations. Be sure to check out one near you.
Causes of yellow wheat - Soil fertility factors
Wheat producers may start seeing some wheat fields turn yellow during this time of the year. The pattern may vary from field to field, sometimes as large areas, small patches, or streaks of yellowish wheat in some fields this spring. This article goes into detail about some of the main causes of yellow wheat related to soil fertility.
In-furrow fertilizers for wheat
Wheat is considered a highly responsive crop to band-applied fertilizers, particularly phosphorus. The application of phosphorus as a starter fertilizer can be an effective method for part or all the phosphorus needs. Wheat plants typically show a significant increase in fall tillers and better root development with the use of starter fertilizer.
wheat fertilizer starter fertilizer phosphorus soil fertility in-furrow
Fall soil testing of hayfields and pastures
Knowing the soil nutrients is a requirement to establish an adequate soil fertility program for forages. Fall is a good time to evaluate the soil fertility status for forage production because it allows more time for any needed lime applications to have an effect before the main growing season begins.
soil testing pastures hayfields soil fertility fall soil sampling
K-State Soil Fertility Schools for North Central and Northwest Kansas
With fertilizer being one of the most expensive components of your cropping system, it is increasingly important for producers to manage their agricultural inputs properly. K-State Research and Extension has scheduled four regional soil fertility schools during January 2024. This article has registration details and program information.
Updated soil test interpretations and fertilizer recommendations for Kansas
The Agronomy Soil Fertility Working Group at K-State, led by soil fertility specialist Dorivar Ruiz Diaz, has released an updated version of the popular publication "Soil Test Interpretations and Fertilizer Recommendations in Kansas". This publication contains the most recent soil test interpretations for the major crops for the most commonly deficient plant nutrients in Kansas.
Causes of yellow wheat - Soil fertility factors
Wheat producers may start seeing some wheat fields turn yellow during this time of year. This yellow discoloration is sometimes related to nutrients and soil fertility. Poor root growth from a myriad of factors can also lead to yellow wheat. Check out this article to learn about soil fertility factors affecting wheat growth.
Identifying nutrient deficiency symptoms in soybeans
As the growing season for soybeans progresses, the plants may begin showing signs of chlorosis or other leaf discoloration in all or parts of the field. There may be many causes of this discoloration. Nutrient deficiencies are one possibility. This article will briefly discuss various nutrient deficiencies and how to identify them in the field.
Liming soils for optimum wheat production
Strongly acidic soils may present several problems for wheat production. These include aluminum toxicity and, in some cases, manganese toxicity, as well as deficiencies in phosphorus, calcium, magnesium, and molybdenum. Where acid soils are reducing wheat production, liming the soils and raising the pH to an optimum range can significantly improve yield.
Allow time for lime applications when planting alfalfa this fall
Correcting acidic soil conditions by applying lime can significantly impact crop yields, especially for alfalfa. Acidic soils can significantly reduce nodule establishment and activity in alfalfa. Liming is one of the most essential but often overlooked management decisions a producer can make for alfalfa production.
Planning your wheat fertility program: Start now by soil testing
Now is a good time for soil sampling in preparation for wheat planting. This will help make the best fertility plan. This is particularly important after drought and lower-than-expected yields for previous crops. Fertilizer needs may require adjustments based on soil tests.
wheat soil sampling soil testing soil fertility fall soil sampling
Soil fertility and wheat production: Profile nitrate levels and wheat yield
Does soil sampling in the fall for nitrate provide useful information for nitrogen fertilizer management in wheat production? This article addresses the correlation between the amount of nitrate in the soil profile and wheat yield.
In-furrow fertilizers for wheat production
Wheat is considered a highly responsive crop to band-applied fertilizers, particularly phosphorus. With the use of starter fertilizer, wheat typically shows a significant increase in fall tillers and better root development. Winterkill can also be reduced using starter fertilizers, particularly in soils that test low for phosphorus.
wheat starter fertilizer phosphorus soil fertility in-furrow
Fall soil testing of hayfields and pastures
Knowing the soil nutrients is required to establish an adequate soil fertility program for pastures and hayfields. Fall is a good time for soil testing because it allows more time for needed lime applications before spring and gives the producer some flexibility for planning nutrient applications.
soil testing pastures hayfields soil fertility fall soil sampling
Fall fertilization of smooth brome and tall fescue
Cool-season forages require annual fertilization for optimum production. Fall is a good time to plan on fertilizing cool-season improved pasture perennial grasses such as smooth brome and tall fescue. Fertilizer should be applied by broadcasting in the fall or before spring growth begins.
Considerations for fall applications of anhydrous ammonia
Some producers like the idea of applying anhydrous ammonia in the fall ahead of the following corn crop. However, several factors must be considered, including soil texture, temperature, and moisture. Currently, soil temperatures across Kansas are still above the recommended threshold when applying anhydrous ammonia.
anhydrous nitrogen soil moisture anhydrous ammonia soil temperature soil fertility
Nutrient availability in poultry manure
Poultry litter can provide a significant supply of nutrients for crop production in areas of Kansas where a supply of litter is available. Although Kansas is not a major poultry producer, there is an abundant supply of litter from nearby states. Knowing the nutrient content of the manure is essential for maximum efficiency.
Starter fertilizer considerations for soybeans on low-testing soils
Thinking about starter fertilizer for soybeans this year? Soybeans remove significant amounts of phosphorus and potassium, especially on low-testing soils. This article covers when starter fertilizer makes sense, how to apply it effectively, and what nutrients matter most for supporting soybean yield.
soybeans starter fertilizer phosphorus soil fertility potassium
Nitrogen fertilizer considerations for grain sorghum
Efficient nitrogen management is key to maximizing sorghum yields and profitability. This article highlights strategies for adjusting N rates using soil testing, improving fertilizer efficiency through placement and timing, and considering soil moisture at planting, especially important after drought conditions.