The 2018-2019 Kansas wheat crop is a study in contrast, with essentially two separate crops (Figure 1). About 50% of the Kansas wheat crop was planted in a timely manner and benefited from ample fall moisture. These fields are usually well developed and, with the ample profile moisture, likely have a high yield potential.
In a normal year, producers would start planning for topdressing nitrogen (N) on the winter wheat crop in early February.
What are the current soil conditions across the wheat-growing regions of KS? What is the short-term weather outlook? Find out more here.
The Kansas Agricultural Experiment Station has released a new hard red winter wheat variety named KS Dallas. KS Dallas is adapted to western Kansas and other neighboring semi-arid regions.
Find out what insects are still buzzing around crop fields in Kansas in this article from K-State Extension Entomology.
Late October saw temperatures in Kansas drop quite dramatically. What impact did this sharp decline have on the Kansas wheat crop? Hear from our wheat specialist and weather experts in this article.
What management adjustments need to be made when wheat is planted late? Making the right adjustments now could help ensure good yields at harvest time.
As wheat growers evaluate their wheat stand, some may be considering replanting fields yet this fall. What factors should be considered when thinking about replanting?
Ideally wheat plants should have at least 1-2 tillers and 3-5 leaves, as well as a good crown root system development, when going into the winter. However, many Kansas wheat fields were sown relatively late this year, and have faced below-average temperatures, which slowed down crop development.
wheat winter hardiness winter survival cold tolerance dry soils
Too often producers do not notice mustard weeds in their wheat fields until the mustards start to bloom in the spring. As a result, producers often do not think about control until that time. Minimize yield loss by getting control of these weeds by late winter or very early spring.
In recent years, sulfur (S) deficiency in wheat has become common in many areas of Kansas, particularly in no-till wheat. Learn how to identify S deficiency and the appropriate management practices for your production system.
Despite sowing this year's wheat on time, the amount of wheat emerged is below average. Reasons for the delayed emergence include below-average precipitation and temperatures during the fall. Producers can assess their wheat crop in a few different ways. Find out more in this article from Dr. Lollato, Wheat Specialist.
Every year the K-State Wheat Production Group compares the forage yield of several commonly grown wheat varieties and upcoming lines. Fall forage yield is an important aspect of dual-purpose wheat production. Learn which varieties showed the greatest forage production potential.
Some wheat fields in Kansas have had poor emergence or none at all. The potential consequences of the delayed progress of the Kansas wheat crop during October include greater exposure to winterkill, delayed crop cycle for grain filling under warmer conditions, and a lower yield potential due to decreased fall tillering. Can these fields still produce a good yield? Read more in this article.
The weather during the period of December 16, 2019 to January 17, 2020 brought some much needed moisture to the Kansas wheat crop, with some areas seeing a considerable amount of ice and snow. What, if any, impact did these weather events have on the Kansas wheat and alfalfa crops?
Now is good time for wheat producers to start planning for topdress nitrogen applications, especially for wheat fields that emerged last fall. Learn about the key elements that need to be considered when deciding on the exact fertilizer program.
Grazing termination is an important factor in determining wheat’s recovery potential and ability to produce grain following grazing. First hollow stem (FHS) is the optimal time to remove cattle from wheat pastures to protect grain yield potential.
As wheat breaks dormancy, producers need to monitor its progression toward first hollow stem if they are grazing their wheat. Read more about assessing first hollow stem in wheat in this article from Dr. Romulo Lollato and his team.
This report provides producers an update on the progress of first hollow stem (FHS) development in different wheat varieties. Identifying FHS is crucial if wheat is being grazed. These updates will run every week until all test varieties reach FHS.
Significant populations of army cutworm larvae have been reported in Kansas. Producers should begin scouting their wheat, alfalfa, and winter canola fields. More information on scouting and treatment thresholds are in this article from Extension Entomology.
The K-State Wheat team continues to monitor winter wheat plots for first hollow stem. Read the latest update on this critical growth stage in wheat. Are any varieties getting close as of the last measurement on March 11?
Producers should pay close attention to the growth stage of their wheat before making spring herbicide applications. Some herbicides must be applied after tillering, several must be applied before jointing, and others can be applied through boot stage.
Since the last measurement on March 11, several wheat varieties have reached first hollow stem. This article details which test varieties have progressed to this growth stage and why it's important.
In recent years, sulfur deficiency in wheat has become common in many areas of Kansas, particularly in no-till wheat. Learn more about this nutrient deficiency and how to manage it in this article from our soil fertility specialist, Dr. Ruiz Diaz.
Chloride is a very mobile nutrient in soils, especially those prone to leaching. Topdressing is a good application method for wheat. Recommendations for this management option are discussed in this article.
Much of the wheat growing region of Kansas recently experienced a cold snap, with temperatures dropping well below freezing. There are a number of factors that determine freeze damage in wheat. Read more in this article.
As spring weather continues, disease management decisions will need to be made by Kansas wheat growers. K-State wheat pathologist, Dr. Erick DeWolf discusses the outlook for stripe rust in the 2020 Kansas wheat crop.
As of March 26, all 28 wheat varieties had reached first hollow stem. Producers are advised to closely monitor their wheat pastures if they are being grazed. Read more in this article from the KSU Wheat group.
There are reports of insect activity in wheat and alfalfa fields in parts of Kansas. Army cutworms have become more noticeable. Also, pea aphids are showing up in alfalfa fields.
A common question around this time of year deals with yellow discoloration in wheat. Learn about the different causes for yellow wheat in the spring.
wheat disease yellow wheat nutrient deficiency freeze injury
Many areas of Kansas experienced freezing temperatures on April 3, 2020. How cold and for how long are both factors that help determine the potential for injury to wheat. Read about other factors in this article and what our specialists say about this latest cold snap.
Another round of very cold temperatures have put much of the Kansas wheat crop at risk for freeze injury. What portions of the state have the greatest potential for damage? What areas may have escaped with little impact?
With more reports of stripe rust appearing in Oklahoma and a recent report of disease in southeast KS, the time to start scouting wheat fields is now. Photos and scouting tips are featured in this article from K-State Plant Pathologist Dr. Erick DeWolf.
Since some time has passed since the freeze events from mid-April, varying degrees of injury have appeared in Kansas wheat fields. Which regions were impacted the most and how severe does the damage appear at this time?
Producers whose wheat crop has suffered severe freeze damage have some difficult decisions to make. This article discusses some options and management tips for freeze damaged wheat.
Growers who decide to terminate their wheat crop because of poor stands or weather-related damage need to consider the persistence of herbicides applied to the wheat. Many wheat herbicides have fairly long crop rotation restrictions.
Leaf diseases in wheat are often managed by a combination of genetic resistance and crop rotation. However, foliar fungicides may be needed when these practices fail to suppress disease levels. What should producers consider before any treatment application?
Wheat fields in various parts of Kansas are showing varying degrees of drought stress depending on the location. Read more about this emerging situation in this article from Romulo Lollato, K-State Wheat Specialist.
The KSRE publication "Foliar Fungicide Efficacy for Wheat Disease Management" has been updated for 2020. Check out this valuable resource when deciding on a fungicide application to wheat.
Stripe rust has been reported in multiple locations across Kansas in recent weeks. More recently, it has been seen in the upper canopy. For a complete wheat disease update, see this article from Extension Plant Pathology.
K-State Research and Extension will host a two-part wheat field day live on YouTube to update growers and others on the most recent crop advances and challenges while keeping producers safe from COVID-19. Learn more in this article!
White heads have been appearing in many wheat fields around Kansas. There are many causes of white heads. Here are some of the most common causes and their diagnosis.
Stripe rust continues to be the top disease story for Kansas wheat in 2020. Leaf rust has also made an appearance. What other diseases should you be looking for and are fungicides still an option? Find out more in this article.
wheat disease fungicide stripe rust leaf rust fusarium head blight
Don't miss the K-State Virtual Wheat Day! The event kicks off tonight at 7 p.m. and continues on May 28 at the same time. Details on how to join are in this article!
Drought and late freezes have impacted wheat stands in many areas across Kansas this year. As a results, weeds are showing up and taking advantage of thin wheat stands. What are the best options for weed control at this point in the season?
Double cropping after wheat harvest can be a high-risk venture. The most common double crop options are soybeans, sorghum, and sunflower. Other possibilities include summer annual forages and certain specialized crops.
Stripe rust has continued to show up in Kansas, with additional observations made in western counties. Incidence does remain very low in many locations. Get a complete update on current conditions in this article.
Be on the lookout for some late-season diseases in wheat across Kansas. Get the latest wheat disease update from K-State Plant Pathology in this article.
There have been some extremely high temperatures during the last week in Kansas. While this is not unusual for this time of year, the high temperatures have caught some of the wheat during the grain filling period. Read more from Wheat Specialist Romulo Lollato in this article.
As we begin harvest across the state, we wanted to provide some reminders about diseases that may affect either grain quality or the viability of grain that is destined to be saved for seed.
In many areas of Kansas, prolonged drought has resulted in short wheat and thin stands. Harvesting wheat in these situations can be a challenge. Special attention needs to be given to cutting height, machine adjustments, and operator control.
A field study was recently conducted that evaluated the performance of various herbicide programs for Palmer amaranth control in post-harvest wheat stubble. Learn more about the results of this research in this article from Weed Scientist, Dr. Vipan Kumar.
Post-harvest weed control in wheat stubble is very important to conserve soil moisture and prevent weeds from going to seed and adding to the weed seedbank. Weeds are likely to be growing quickly, especially where there are thin stands.
Variety selection is one of the most important decisions that a grower can make to ensure success on their farm. The Wheat Variety Disease and Insect Ratings 2020 publication, from K-State Research and Extension, has now been released for this year. Keep this resource handy when making planting decisions.
The Kansas State University Crop Performance Tests were conducted in replicated research fields throughout the state.This report summarizes winter wheat production (hard-red and soft-red varieties) for Parsons, Kansas.
wheat yield forecast Performance Tests variety trials disease resistance
From extreme drought and harsh spring freezes to an almost stress-free growing season; variability is the key word describing the 2020 winter wheat growing season in Kansas.
Wheat producers are encouraged to utilize soil testing to aid in making accurate fertilizer decisions. Now is the time to get samples taken and submitted for analysis. Read more in this article from soil fertility specialist, Dorivar Ruiz Diaz.
Wheat producers are faced with an increasing number of varieties from which to choose. This article provides a step-by-step guideline, as well as relevant resources, to help producers make a better decision when selecting one or a few varieties to plant in their operation.
Last week, we discussed the importance of soil testing ahead of wheat planting. This article addresses the correlation between profile nitrate and wheat yield.
Pre-emergence herbicides with residual activity are an important component of high-yielding cropping systems. Residual herbicides applied prior to wheat emergence can be part of a good weed management system in wheat production.
The 2020 Kansas Performance Tests with Winter Wheat Varieties report is now online. Producers and crop consultants can use this resource to help select wheat varieties by checking for varieties that show a consistently good performance in their region.
Wheat is considered a highly responsive crop to band-applied fertilizers, particularly phosphorus. Wheat plants typically show a significant increase in fall tillers and better root development with the use of starter fertilizer.
Early sowing of wheat can lead to several problems, from increased chances of insect- or mite-transmitted viral diseases to decreased emergence.Optimum wheat planting dates in Kansas depend on location within the state.
Seed treatments are strongly advised for wheat seed that is being saved from previous seasons. The 2020 harvest saw higher than normal levels of common bunt and loose smut in Kansas.
There are several steps that wheat producers can take to help improve their chances of achieving good wheat stands. Read more in this article from wheat specialist, Dr. Romulo Lollato.
Planting wheat in the optimum planting date window and using the recommended seeding rates are two best management practices that help achieve the maximum yield potential.
Proper drill calibration can increase the chances of success of the wheat crop. Learn how to calibrate your seed drill using the stationary method in this article.
Learn the importance of evaluating wheat seed size to ensure the target seed density and optimum final stand.
A new resource is now available for Kansas wheat growers and other interested stakeholders. Check out the new KSU Wheat YouTube channel. This channel will feature informative videos on a wide range of wheat production topics.
The lack of recent rainfall across portions of central and western KS has resulted in dry soil near the surface. For wheat that still needs planted, producers have a few options. Learn more about planting wheat into dry soils in this article.
The dry pattern that dominated September has continued into October. Soils across the wheat growing region in Kansas are dry. Learn more about the current conditions in this article.
As wheat growers evaluate their wheat stand, some may be considering replanting their fields. There are several factors to consider before making a decision to replant. Read about these factors in this article from Extension Wheat Specialist Romolu Lollato.
While a large percentage of the 2021 Kansas wheat crop has been planted, there may still be fields waiting to be planted. Different management adjustments can be made to compensate for late planting.
The sharp drop in temperatures across Kansas observed in this past week could have different consequences to the wheat crop. Parts of Kansas saw temps fall as low as 0 degrees F. Which fields were the most vulnerable?
The official start of winter is still over a month away, but Kansas has already experienced winter-like weather this fall. This article discusses some of the factors to consider when evaluating the outlook for winter survival of wheat.
In recent years, sulfur deficiency in wheat has become more common in portions of Kansas. Learn how to identify deficiency symptoms and the best management options in this article from soil fertility specialist Dr. Ruiz Diaz.
Fall forage yield is an important aspect of dual-purpose wheat production. While weather and management practices are two main factors affecting fall forage yield, there are differences among varieties with respect to fall forage potential.
Disease pressure on the winter wheat crop in 2020 was lower than average. Read this summary article from K-State Wheat Pathologist Kelsey Andersen Onofre and learn more on the most prevalent wheat diseases last year in Kansas.
The current status of the Kansas wheat crop is very variable. Regardless of the crop condition, now is a good time to start planning for topdress nitrogen applications. Several key elements need to be considered. Learn about those factors in this article.
The extremely cold temperatures observed in Kansas in mid-February have the potential to cause winterkill to the winter wheat crop. Several factors come into play when talking about potential winterkill. Read more here from K-State wheat specialist Romulo Lollato.
Many wheat fields around Kansas emerged later than desired due to extremely dry soil conditions in the fall. What are the expectations for late-emerged wheat and what factors contribute to the expected yield potential for those fields?
When using winter wheat as both a forage and a grain, it's important to terminate grazing at the optimal time. Avoid reductions in yield by removing cattle from wheat fields at the first hollow stem stage of development.
Producers should pay close attention to the growth stage of their wheat before making spring herbicide applications. Some herbicides must be applied after tillering, several must be applied before jointing, and others can be applied through boot stage.
In recent years, sulfur deficiency in wheat has become common in many areas of Kansas, particularly in no-till wheat where cooler soil temperatures can slow S mineralization in the soil. Learn how to manage this nutrient deficiency in wheat in this article.
Chloride is a highly mobile nutrient in soils and topdressing is typically a good time for application in soils prone to leaching. One of the main benefits from adequate chloride is overall disease resistance in wheat.
Cattle should be removed from wheat pastures when the crop reaches first hollow stem (FHS). Grazing past this stage can severely affect wheat yields. This article reports on the progress of 34 different wheat varieties commonly grown in Kansas.
Winter wheat in Kansas is beginning to break dormancy. The Kansas Mesonet has introduced a new tool to help track the wheat crop development. Learn how to access this new resource and how to best use it's many features.
Wheat development is progressing across Kansas. Two varieties monitored by the KSU Wheat team have reached first hollow stem. Producers that graze their wheat are urged to closely monitor an ungrazed portion of their fields so they can terminate grazing at the appropriate time.
The condition of the Kansas wheat crop depends largely on the region and when it was planted. Fields planted later struggled with a lack of rainfall in October and November. What effect did the extreme cold snap in February have on the crop? Read more in this article from wheat specialist Romulo Lollato.
With the onset of spring weather, it is time to look at factors that could influence the yield potential of the Kansas wheat crop. Producers may be starting to consider disease management plans. Read about the outlook for stripe rust in Kansas for 2021.
Winter wheat development is progressing quickly as the soil and air temperatures warm up. Read the latest update from the Wheat Extension team on which varieties have reached first hollow stem in their wheat plots.
During this time of the year, it is normal to see some wheat fields turn yellow. The pattern may vary from field to field, sometimes as large areas, small patches, or streaks of yellowish wheat. What are some of the main causes of yellow wheat in the spring?
The wet weather has resulted in the emergence of volunteer wheat over the last few weeks in some parts of Kansas. Does this flush of volunteer wheat pose a risk for wheat streak mosaic virus to the wheat crop?
This is the last first hollow stem update for this wheat growing season. All varieties in the K-State trials have reached first hollow stem. Make sure to remove cattle from grazing to avoid yield losses when wheat has reached this stage.
The first reports of stripe rust in Kansas have come in this last week. These reports have been only in the southeastern corner. Growers in south central and southeast Kansas should be scouting their fields in the coming days and weeks.
Wondering about wheat fungicide recommendations for different diseases? The KSRE publication "Foliar Fungicide Efficacy for Wheat Disease Management" has been updated for 2021. There are many fungicides available in Kansas that provide very good to excellent control of foliar diseases.
Several factors interact to influence the degree of freeze damage to wheat. Some of these factors are wheat growth stage, air temps, duration of cold weather, soil temps, snow cover, landscape position, and crop residue. Where does the KS wheat crop stand after this latest bout of cold weather?
The recent cold temperatures experienced this week were enough to cause freeze damage to Kansas wheat. The actual freeze damage will be region-specific depending on crop growth stage, minimum temperatures, and other factors. Learn more in this article.
The wheat crop is moving into the flag leaf stage in central Kansas and heading in the southern counties. Now is a critical time to assess the need for a foliar fungicide application. Scouting is a critical first step for stripe rust control. Learn more in this article from K-State wheat pathologists.
This article summarizes the various wheat disease reports from across Kansas this past week. Several diseases are showing up in different locations, so now is the time to be actively scouting wheat fields.
White heads have been appearing in many wheat fields around Kansas. There are many causes of white heads. This article discusses some of the most common causes and their diagnosis.
The 2021 Kansas Wheat Plot Tour kicked off on May 10 and runs through the part of June. Make sure to check the tour schedule each week to find a tour near you!
Wet weather in many parts of Kansas this week are favorable for both Fusarium head blight (FHB or scab) and stripe rust development. In this article, we walk through some reminders for fungicide applications for each of these diseases. Timing of treatment is key!
There are several more Wheat Plot tours in the coming days. Check the schedule in this article to find one near you! Stay tuned to the eUpdate for any changes to this schedule.
The 2021 Kansas wheat plot tours are still underway. The plot tour schedule has been updated. Check out the schedule and find a plot tour near you!
Herbicide applications that will not directly influence crop yield can be a tough choice to make. There are some indirect benefits to pre-harvest herbicide applications in wheat, especially in fields with a high weed density. Learn more about this management practice in this article.
As we look toward harvest in Kansas, this article provides some reminders about diseases that may affect either grain quality or the viability of grain that is destined to be saved for seed. There are some strategies for mitigating losses on heavily infested fields.
Pre-emergence herbicides with residual activity are used less frequently in wheat production compared to other cropping systems in Kansas. However, residual herbicides applied prior to wheat emergence can be part of a good weed management system in wheat production.
wheat pre-plant herbicide bindweed pre-emergence residual herbicides
A new publication is now available that aims to help producers chose wheat varieties that should perform well for various regions, soil types, weather, production systems, insect and disease pressure, maturity, and to meet the needs of millers and bakers. Learn more in this article.
Wheat Variety Disease and Insect Ratings 2021, from K-State Research and Extension, has now been released for this year. Agronomic characteristics, disease, and pest resistance information is included, as well as profiles that highlight some common or new varieties for Kansas.
The 2021 Kansas Performance Tests with Winter Wheat Varieties report is now online. The Kansas Agricultural Experiment Station annually compares both new and currently grown wheat varieties across different regions in Kansas.
Early sowing of wheat can lead to several problems, from increased chances of insect- or mite-transmitted viral diseases to decreased emergence. Growers should consider planting around the optimum window if possible.
As wheat planting draws closer in Kansas, fungicide seed treatments are strongly advised. Fungicide seed treatments are an important and highly effective tool for controlling common bunt and a host of other seed-borne diseases.
wheat seed treatment fusarium head blight fungicides common bunt
Wheat is considered a highly responsive crop to band-applied fertilizers, particularly phosphorus. Wheat plants typically show a significant increase in fall tillers and better root development with the use of starter fertilizer.
wheat fall fertilizer nitrogen fertilizer starter fertilizer phosphorus in-furrow
Kansans, particularly those that farm or tend their lawns, might end up remembering 2021 as the "Year of the Worm". Here is the latest fall worms update from Extension Entomology.
wheat insects alfalfa army cutworms armyworms fall armyworms
Soils in portions of western and central Kansas have become steadily drier through the late summer and early fall. Topsoil conditions are now very dry in many areas of Kansas. What options are available for producers in these regions with wheat still to plant?
Three new publications from K-State Research and Extension have been released that each highlight a winter wheat variety developed in Kansas. These varieties, KS Dallas, KS Western Star, and KS Silverado, were released in 2019 and registered/certified seeds have been available since the fall of 2020.
Much needed rainfall was received for many areas of Kansas in the last week. However, some regions are still very dry. This article discussed the soil moisture status for the state, the upcoming precipitation forecast, and recommendations for producers that still have wheat to plant.
Wheat planting has been progressing across Kansas for a few weeks. For producers that needed to delay planting, there are management adjustments that can be made to help protect the yield potential for this wheat crop. Read more here from K-State wheat specialist Romulo Lollato.
There are several factors to consider when making the decision to replant wheat field. These factors include stand uniformity, percent of target stand, replanting date, weed control, and insurance cut-off date. Learn more about these factors in this article.
Too often producers do not notice mustard weeds in their wheat fields until the mustards start to bloom in the spring. To minimize yield losses, mustards should be controlled by late winter or very early spring, before the stems begin to elongate, or bolt.
In recent years, sulfur deficiency in wheat has become more common in many areas of Kansas, particularly in no-till wheat. Learn how to properly identify sulfur-deficient wheat and the best management options.
Wheat Rx seminars are scheduled for February 8 in Wichita and on February 9 in Hays. Wheat Rx is partnership between Kansas Wheat and K-State Research and Extension to disseminate the latest research recommendations for high-yielding and high-quality wheat to Kansas wheat farmers.
Fall forage yield is an important aspect of dual-purpose wheat production. While weather and management play a large role in determining fall forage production, there are also differences among wheat varieties in forage production potential. Learn more about the differences between varieties in this article.
Producers should pay close attention to the growth stage of their wheat before making spring herbicide applications. Some herbicides must be applied after tillering, several must be applied before jointing, and others can be applied through boot stage.
The unique climate characteristics of the Southern Great Plains allow producers to use wheat as a forage and grain crop (dual-purpose), potentially increasing overall profitability compared to grain-only or forage-only systems. First hollow stem is the optimal time to remove cattle to protect grain yield potential.
Winter wheat is beginning to break dormancy, and the Kansas Mesonet has introduced a new tool to help track crop development. The Wheat First Hollow Stem online tool can be accessed from the Kansas Mesonet website. This article offers guidance on how to best use this free resource.
Cattle should be removed from wheat pastures when the crop reaches first hollow stem. Grazing past this stage can severely affect wheat yields. Find out which varieties in K-State's trials have already reached this threshold in the last week.
Since the last update, several wheat varieties monitored by the K-State Extension Wheat and Forages team have reached first hollow stem. Producers are advised to monitor their fields closely if they are being grazed to avoid yield loss. Learn which varieties have reached this threshold in this article.
Cattle should be removed from wheat pastures when the crop reaches first hollow stem (FHS). Grazing past this stage can severely affect wheat yields (for a full explanation, please refer to the eUpdate article “Optimal time to remove cattle from wheat pastures: First hollow stem”). All varieties except for LCS Julep had elongated more than 1.5 cm first hollow stem as of 29 March 2022. We will report first hollow stem early next weeks until all varieties are past this stage.
The weather is warming, and wheat has started to green up across the state. With the onset of spring weather, it is time to look at factors that could influence the yield potential of the Kansas wheat crop. At the time of this publication, there have been no reports of stripe rust in Kansas.
All varieties had elongated more than 1.5 cm first hollow stem as of 4 April 2022. The intention of this report is to provide producers an update on the progress of first hollow stem development in different wheat varieties. Producers should use this information as a guide, but it is extremely important to monitor FHS from an ungrazed portion of each individual wheat pasture to make the decision of removing cattle from wheat pastures.
Parts of Kansas may be experiencing the emergence of volunteer wheat. Does this flush of volunteer wheat pose a risk for wheat streak mosaic virus to the wheat crop?
The 2021-22 winter wheat crop conditions has deteriorated considerably during the last few months, and the latest USDA-NASS report suggests that only around 30% of the Kansas wheat crop is in good or excellent. The increased water demand led by greater fall biomass production was, unfortunately, met with below average precipitation during the late fall and winter – especially in western Kansas, leading the crop to experience early signs of drought stress in that portion of the state. While the crop in central Kansas is still mostly not undergoing severe drought stress, the recent increase in biomass as the crop goes into reproductive development will be accompanied by an increase in crop water demand; thus, more precipitation will be needed shortly to avoid yield losses due to drought.
The recent cold temperatures experienced during 31 March – 14 April 2022 were enough to cause freeze damage to winter wheat in parts of Kansas. The actual freeze damage will be region-specific depending on crop growth stage and minimum temperatures (some regions had a worst combination of temperatures and crop growth stage) and, within a region, field specific owing to many individual aspects such as crop density, residue level, etc.
Reports of brown wheat mite outbreaks have come in from southwest and northwest Kansas in the last two weeks. Brown wheat mite is a sporadic pest of wheat in western Kansas but can also become problematic in eastern Kansas during dry years. Typically, continuous wheat faces a higher risk of damage from this pest and injury can be confused with drought stress.
With dry conditions throughout Kansas, disease pressure has been below average in most scouted locations. At the time of publication of this article, there have been no reports of either stripe rust or leaf rust in Kansas. Additionally, there have been reports of low rust pressure in both Oklahoma and Texas. Dry conditions in the region may be suppressing disease development.
Your wheat disease update as of May 4, 2022, is here! As wheat moves into the flowering stage of growth in southeast Kansas and into heading and boot stages of growth in central Kansas, there are a few diseases that are on the mind of many producers and advisors, including: rusts (stripe and leaf); Fusarium head blight (scab); and wheat streak mosaic virus (and related viruses). In this article you’ll learn about the current outlook for these diseases, and the potential need for management.
The Department of Agronomy and K-State Research and Extension will host several winter wheat variety plot tours in different regions of the state, starting May 11, 2022. Make plans to attend a plot tour near you to see and learn about the newest available and upcoming wheat varieties, their agronomics, and disease reactions.
Many environmental conditions can cause pollination problems in wheat, such as freeze damage, drought, or heat stress. This year, the most concerning factor as it relates to a potential for unsuccessful pollination is heat stress, in particular that experienced during May 9-12
Wheat is generally sensitive to unusually high temperatures at nearly every stage of growth, being more sensitive in the reproductive stages. Both daytime high and nighttime low temperatures have been extremely high across parts of Kansas during the four-day period May 9-12. Extreme heat in early- to mid-May occasionally happens. To have four consecutive days of days with highs in the low- to mid-90s F at a time when much of the state’s wheat crop is either in the heading or flowering stage is concerning.
The 2022 Wheat Quality Tour took place May 16 - 19, 2022. About 85 people actively scouted hundreds of Kansas wheat fields in 21 groups spread across six routes. The Kansas wheat crop is currently facing many challenges. Consequently, the overall 2022 production estimate for Kansas resulting from the tour was 261 million bushels of wheat, compared to 364 million bushels estimated by the tour in 2021.
White heads have been appearing in many wheat fields around Kansas. Sometimes the white heads are just single tillers scattered throughout part or all of a field, and sometimes they occur in small-to-large patches. Heads might be completely white starting from the stem, or may just have a few spikelets showing the discoloration. There are many causes of white heads. This article reviews some of the most common causes and their diagnosis.
In many areas of Kansas, prolonged drought has resulted in short wheat and thin stands. Harvesting wheat in these situations can be a challenge. Special attention needs to be given to cutting height, machine adjustments, and operator control. In short wheat, getting the heads into the combine with less straw will be a challenge.
Making a herbicide application that will not directly influence crop yield is a difficult decision to make. Such is the case with pre-harvest weed control applications to wheat fields. However, pre-harvest applications may be beneficial, especially in wheat fields with short or thin stands or fields that were not treated earlier in the season. When broadleaf weeds grow rapidly at the end of the growing season, several potential concerns arise such as harvest difficulties, dockage problems, weed seed production, and soil water depletion.
The Department of Agronomy and K-State Research and Extension will host several winter wheat variety plot tours in different regions of the state over the coming weeks. Make plans to attend a plot tour near you to see and learn about the newest available and upcoming wheat varieties, their agronomics, and disease reactions.
Post-harvest weed control in wheat stubble is very important to conserve critical soil moisture and prevent weeds from going to seed and adding to the weed seedbank. This year, it will be especially important to be ready to spray after wheat harvest because of less cover from shorter and thinner wheat than we have seen in the last few years in many areas. When thinking about weed control in wheat stubble, there are two priorities – controlling already emerged weeds and preventing later flushes.
Double cropping after wheat harvest can be a high-risk venture. The available growing season is relatively short. Heat and/or dry conditions in July and August may cause problems with germination, emergence, seed set, or grain fill. Ample soil moisture this year can aid in establishing a successful crop after wheat harvest. Read more about herbicide carryover potential and management considerations for double cropping with soybeans, sorghum, sunflowers, summer annual forages, and corn.
wheat soybeans sorghum double crop summer annual forage sunflower
The Department of Agronomy and K-State Research and Extension will host several more winter wheat variety plot tours this week. Make plans to attend a plot tour near you to see and learn about the newest available and upcoming wheat varieties, their agronomics, and disease reactions.
Rains during the past two weeks have resulted in a flush of late, green tillers in the wheat over much of Kansas. This can create a problem, especially for wheat that is approaching harvest maturity. A question that usually arises when this happens is: Should I wait to start harvesting until most of the green heads have matured, or just start harvesting anyway? This question is more relevant this year in south central Kansas, where the wheat is most advanced. In these cases, producers should not delay harvest because of the green tillers. These tillers probably won’t amount to more than 5% or so of the total amount of heads in the field, and won’t add much to the final yield anyway.
Wheat that has been stressed by drought and extreme heat can have seed quality concerns. Drought conditions were prolonged in many areas of Kansas through most of the winter and spring in 2022, causing stress to plants through early grain filling stages. In addition, extreme heat occurred during the four-day period of May 9-12, which coincided with boot, flowering, pollination, and early grain fill stages depending on the area within Kansas.
Beyond the standard germination test, most professional seed testing labs offer an Accelerated Aging (AA) test that will test seed for anticipated emergence vigor. This test is very capable of identifying weak seed lots where there are issues with Fusarium head scab; heating in the bin; or smaller, development-stressed seed.
This World of Weeds feature will discuss this weedy relative of wheat, also know as joint goat grass. Jointed goatgrass is a winter annual that germinates roughly the same time as winter wheat and the rate of development of the two species is similar throughout the growing season. It is native to southern Europe and is thought to have been introduced in Kansas during the 1900s as a contaminant in imported wheat. It can be found in a variety of habitats, including roadsides, rights of ways, and fields throughout much on the United States, including all of Kansas.
For the second year in a row, wheat streak mosaic virus was problematic in wheat in the central corridor of Kansas. One of the best preventative measures for wheat streak is the control of volunteer wheat early and often after harvest. Volunteer wheat should be terminated at least two weeks prior to planting.
It is important for farmers to understand the regulations in place when saving seed to plant in subsequent years. The consequences of planting illegal seed can be substantial. This article explains the importance of knowing where your seed is from and how to be in compliance.
Residual herbicides applied prior to wheat emergence can be part of a good weed management system in wheat production. Field bindweed is a particularly troublesome weed that can greatly reduce wheat yield. Learn the best strategy for bindweed control in this article.
wheat weed control bindweed pre-emergence residual herbicides
This article takes a look back at the 2022 wheat growing season in Kansas. Adverse environmental conditions created difficult growing conditions for many areas across the wheat growing region of Kansas. Yield losses from diseases were lower than average.
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.
The 2022 Kansas Performance Tests with Winter Wheat Varieties report is now available. The Kansas Agricultural Experiment Station annually compares both new and currently grown wheat varieties across different regions in Kansas. . These performance tests generate unbiased information designed to help Kansas growers.
Soils in portions of western and central Kansas have become steadily drier through the late summer and early fall. Topsoil conditions are now very dry in many areas of Kansas. Wheat producers have limited options for planting: "dust in" the wheat, plant deeper, or wait for rain. Read more about these options in this article.
Early sowing of wheat can lead to several problems, from increased chances of insect- or mite-transmitted viral diseases to decreased emergence due to high temperatures and its consequences on wheat germination of particular varieties and reduced coleoptile length.
Wheat is considered a highly responsive crop to band-applied fertilizers, particularly phosphorus (P). Application of P as starter fertilizer can be an effective method for part or all the P needs. Wheat plants typically show a significant increase in fall tillers and better root development with the use of starter fertilizer (P and N).
With fall harvest progressing at earlier than normal, favorable wheat prices, and many row-crop acres chopped for silage, producers may consider planting wheat back into freshly harvested summer crop residue, especially if they receive some needed rainfall. There are several considerations when seeding wheat immediately after harvest of a summer crop.
As of October 2, the wheat planted acreage in Kansas was 30%, down from this time last year. With dry soils and prolonged drought across much of Kansas, many producers are wondering if waiting for rain is the best option. This article discusses the advantages for waiting for rain or planting into dry soils. Current planting conditions and the upcoming weather forecast are also discussed.
Some producers may have delayed wheat planting for different reasons, including harvesting a summer crop during late October or due to dry soils and waiting for rainfall. Management adjustments can be made to try to compensate for the consequences of late planting.
As wheat growers evaluate their wheat stand, some may be considering replanting fields yet this fall. The fall of 2022 has been challenging for winter wheat establishment in Kansas and in the US Southern Great Plains. There are several factors to consider when deciding to replant wheat fields.
The sudden sharp drop in temperatures across Kansas this week will cause the wheat crop to go into dormancy. Whether it will injure the wheat to any degree depends on several factors which are described in more detail in this article.
In recent years, sulfur deficiency in wheat has become more common in many areas of Kansas, particularly in no-till wheat. Sulfur deficiency in wheat is often difficult to identify from visual symptoms. Soil testing can help identify areas of the field that may need sulfur applications.
Wheat varieties with long coleoptiles are more likely to emerge when planted deep enough to reach soil moisture from past rainfall. To help guide variety selection for deep sowing, a new publication provides growers with an estimate of average coleoptile length of different winter wheat varieties common to Kansas and the Great Plains.
The unique climate characteristics of the Southern Great Plains allow producers to use wheat as a forage and grain crop. Date of grazing termination is an important factor in determining wheat’s recovery potential and ability to produce grain. First hollow stem is the optimal time to remove cattle from wheat pastures to protect grain yield potential.
Cattle should be removed from wheat pastures when the crop reaches first hollow stem. Grazing past this stage can severely affect wheat yields. The K-State Extension Wheat and Forages group measures first hollow stem on a weekly basis in 22 different commonly grown wheat varieties in Kansas. This is the first report for 2023.
Fall forage yield is an important aspect of dual-purpose wheat production. Differences among wheat varieties play a role in forage production potential. The K-State Wheat Production Group compares the forage yield of several commonly grown wheat varieties and upcoming lines. Results from these trials are summarized in this article.
Producers should pay close attention to the growth stage of their wheat before making spring herbicide applications. Some herbicides must be applied after tillering, several must be applied before jointing, and others can be applied through boot stage. The earliest practical and labelled applications generally result in the best weed control.
As wheat starts to green-up across the state, questions are coming in about the benefit of early fungicide applications. Research at K-State and in other regions continues to demonstrate that it is often possible to achieve high levels of foliar disease control with a single fungicide applied between flag leaf emergence and heading growth stages.
This is the latest report on the status of first hollow stem development as tested by the K-State Extension Wheat and Forages team. Producers should use this information as a guide and monitor FHS from an ungrazed portion of each individual wheat pasture to make the decision of removing cattle from wheat pastures.
The development of first hollow stem in Kansas test plots is still being monitored. This report includes the latest measurements for 22 wheat varieties grown at the K-State's South Central Experiment Field near Hutchinson. First hollow stem is generally achieved within a few days after the stem starts to elongate.
Many wheat fields in Kansas failed to emerge in the fall of 2022. Emergence has been highly variable all winter and spring, and some fields are still trying to emerge. Late-emerged winter wheat has considerably less yield potential than a crop that emerged at the optimum time.
The weather is warming, and wheat has started to green up across the state. It is time to look at factors that could influence the yield potential of the Kansas wheat crop. There are several factors that contribute to the development and severity of stripe rust in our region. Learn more in this article from K-State Plant Pathology.
Wheat viruses are starting to show up across the state. Although some of these viruses can sometimes be difficult to distinguish by eye, they do behave differently in the field. Here is a review of some key facts about wheat viruses and some timely reminders for sample submission to the Plant Disease Diagnostic Lab.
wheat disease wheat streak mosaic wheat virus barley yellow dwarf
Every year, the National Wheat Foundation promotes a National Wheat Yield Contest, with winners coming from many states, and often from Kansas. Entering is easy and must be done by May 15 for winter wheat, although you are encouraged to enter by April 15 to get into an early entry prize drawing.
This is the latest report tracking the development of first hollow stem in winter wheat grown at the South Central Kansas Experiment Station. As of April 3, all 21 varieties have reached this growth stage. Cattle should be removed from wheat pastures if these are to be harvested for grain yield.
Getting kochia under control in any cropping system that includes wheat begins with the wheat crop during the spring, and shortly after wheat harvest. This is not always easy, even if early spring herbicide applications for kochia control were made. Learn more in this article from Sarah Lancaster, K-State Weed Science Specialist.
The first incidence of stripe rust was detected this week in irrigated wheat. Dry conditions have remained unfavorable for stripe rust development. Recent rain showers in some areas have led to low levels of tan spot. There is a slightly elevated risk in some south central and southeastern counties for Fusarium head blight.
Short, thin wheat stands are generating questions about weed control at this point in the growing season. Broadleaf weeds that grow rapidly at the end of the growing season present several potential concerns. Once wheat has reached the boot stage, there are no herbicide options until wheat begins to dry down and herbicides can be applied as harvest aids.
The Department of Plant Pathology and K-State Research and Extension will be hosting a wheat disease field day on Monday, June 5 at the Rocky Ford Plant Pathology Farm just north of Manhattan. This will be a great opportunity to see several wheat diseases in the field. Get registered soon!
Although this will be a rough wheat harvest for many farmers, some changes can be made to help maximize harvest efficiencies. Special attention needs to be given to cutting height, machine adjustments, and operator control. Anything that can be done to preserve what little crop residue is present will be important in dryland system in particular.
The Department of Plant Pathology and K-State Research and Extension will be hosting a wheat disease field day on Monday, June 5 at the Rocky Ford Plant Pathology Farm just north of Manhattan. This will be a great opportunity to see several wheat diseases in the field. It's not too late to get signed up!
Rainfall during the past three weeks has resulted in a flush of late, green tillers in the wheat over much of Kansas. Should producers wait to start harvesting until the green heads have matured? The answer depends on a few factors that are discussed in this article from K-State Wheat Specialist Romulo Lollato.
Late rains across Kansas have caused some farmers to reconsider the yield potential of portions of their wheat crop. Some wheat is being terminated with herbicides, but neighboring wheat may be headed for harvest. This article discusses some strategies that can reduce the likelihood of spray drift.
This year’s short, thin wheat crop, coupled with late-season rains has resulted in a lot of questions about the best approach to managing large weeds in mature wheat. This article was originally published earlier this season and now has some updated information regarding herbicides labeled for use as harvest aids.
As wheat harvest progresses in Kansas, this article provides some reminders about diseases that may affect either grain quality or the viability of grain that is destined to be saved for seed. While most disease management decisions have been made, there are some strategies for mitigating losses on heavily infected fields.
wheat disease harvest loose smut fusarium head blight common bunt black point sooty mold
Pre-emergence herbicides with residual activity are an important component of high-yielding cropping systems. While used less frequently compared to other cropping systems, residual herbicides applied prior to wheat emergence can be part of a good weed management system in wheat production.
wheat weed control pre-plant herbicide pre-emergence residual herbicides
Wheat planting will be here before too long in Kansas. Now is the time to get soil sampling done to have good information to base your fertilizer inputs on. This is particularly important after drought and lower-than-expected yields for previous crops. Due to variable conditions and yield levels across the state, fertilizer needs may require adjustments based on soil tests
wheat soil testing fertilizer profile nitrate nutrient availability
Problems of low soil pH are common throughout central and south-central Kansas. Strongly acidic soils may present several problems for wheat production, in particular aluminum toxicity. Where acid soils are causing a reduction in wheat production, plant growth and yield can be significantly improved by liming the soils.
The Kansas Agricultural Experiment Station annually compares both new and currently grown varieties in the state’s major crop-producing areas. These performance tests generate unbiased performance information designed to help Kansas growers select wheat varieties. The results from the 2023 wheat variety tests are now available.
Early sowing of wheat can lead to several problems. Ideally, growers should consider planting around the optimum window. However, if planting early due to moisture availability or a dual-purpose system, growers should consider selecting wheat varieties with tolerance to the major yield-reducing factors in their respective regions. Learn more in this article.
wheat optimum planting dates wheat planting early-planted wheat
Regardless of the soil moisture conditions at wheat planting time, there are a few important steps producers can take to improve their chances of getting a good stand of wheat. This article discusses tips for establishing a good wheat stand and includes links to additional online resources related to wheat production.
Several areas across Kansas are still experiencing drought conditions. Topsoil conditions are very dry in many areas of Kansas. For wheat yet to be planted in these areas, producers are left with a few options. This article discusses the different strategies for planting wheat when the soil is lacking adequate moisture.
With fall harvest progressing at earlier than normal rates and many row-crop acres chopped for silage, producers may consider planting wheat back into freshly harvested summer crop residue. While the current drought conditions offer significant challenges, there are additional considerations when seeding wheat immediately after the harvest of a summer crop.
Prolonged drought continues across Kansas. However, Kansas's next 7-day precipitation forecast indicates that the region could see widespread moisture. What does this mean for wheat yet to be planted? This article gives an update on the wheat planting conditions across Kansas and looks ahead at the weather forecast.
The optimal planting window for wheat has passed for northwest Kansas. Does planting past the optimum date impact the yield potential? Can increased seeding rates compensate if wheat planting is delayed? This article reviews some research in northwest Kansas that helps answer these questions.
In recent years, sulfur deficiency in wheat has become more common in many areas of Kansas, particularly in no-till systems. This article discusses the factors that influence sulfur deficiency in wheat, how to identify a deficiency issue, and the best management options.
A prescription for producing high-yielding and high-quality wheat is just what the doctor ordered for Kansas wheat producers. Mark your calendar for two upcoming seminars in Dodge City and Wichita. Speakers will discuss cover crops and soil health, the role of wheat in a cropping system, soil fertility, fungicides, and economics of wheat production.
The unique climate characteristics of the US southern Great Plains allow producers to use wheat as a forage and grain crop (dual-purpose). The date of grazing termination is an important factor in determining wheat's recovery potential and ability to produce grain. First hollow stem (FHS) is the optimal time to remove cattle from wheat pastures to protect grain yield potential.
Cattle should be removed from wheat pastures when the crop reaches first hollow stem. This report intends to provide producers with an update on the progress of the first hollow stem development in different wheat varieties. It is crucial to monitor FHS from an ungrazed portion of each individual wheat pasture to decide on removing cattle from wheat pastures.
This is the third and final article discussing pre-emergence herbicides for kochia control. This week, we will discuss recommendations specific to fields planted to soybeans or sunflower this spring and wheat in the fall.
Now is a good time to start planning for topdressing nitrogen on wheat, especially with the crop's early green-up this season. Some key elements that must be considered when deciding on the program you plan to use include timing, N source, application method, and N rate.
Producers should pay close attention to the growth stage of their wheat before making spring herbicide applications. Some herbicides must be applied after tillering, several before jointing, and others can be applied through the boot stage. Weeds are most susceptible to herbicides when at early growth stages.
Cattle should be removed from wheat pastures when the crop reaches first hollow stem. Grazing past this stage can severely affect wheat yields. This article reports the latest measurements tracking the progression of first hollow stem by the K-State Wheat and Forages Team of 16 commonly grown wheat varieties.
There are some advantages and limitations to making an early-season fungicide application to wheat. The likelihood of profit for an early-season fungicide application is greatest for susceptible varieties in continuous wheat systems with a high level of surface wheat residue. In this article, you will learn about all the options for timing applications of wheat fungicides.
Over the last ten years, stripe rust has been one of the most damaging wheat diseases in Kansas. Several factors contribute to the development and severity of stripe rust in our region within a given year. Stripe rust severity in Kansas is largely driven by weather conditions in the state in the late spring and the varieties planted.
The K-State Research and Extension publication Foliar Fungicide Efficacy for Wheat Disease Management has been updated for 2024. The recommendations in this publication reflect several years of head-to-head product comparisons in Kansas and many other wheat-producing states. All efficacy ratings listed are based on proper application timing.
wheat publication foliar fungicides efficacy disease management
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.
Getting kochia under control in any cropping system that includes wheat requires control in the wheat crop during the spring and shortly after wheat harvest. This is not always easy, even if early spring herbicide applications for kochia control were made. This article discusses options for controlling late-emerged kochia in wheat.
The wheat crop is moving quickly and is ahead of schedule in many locations. Now is a critical time to assess the need for a foliar fungicide application. Regions in the state that are expecting high moisture over the coming days may be at risk for more severe disease development.
A warm spring this year has resulted in rapidly maturing wheat. There have been some questions about spraying herbicides on wheat that has already headed. This article discusses herbicide options for wheat that serve as harvest aids. Pre-harvest applications may be beneficial this year to prevent harvest difficulties, dockage problems, weed seed production, and soil water depletion due to weeds.
wheat weed control herbicide application pre-harvest harvest aid
As of May 2, stripe rust has been detected in 24 Kansas counties. The wheat crop is ahead of schedule, and there is a dramatic difference in yield potential between parts of the state that have received moisture and parts that have not. Here, we review some key wheat fungicide considerations.
The Department of Agronomy and K-State Research and Extension will host several winter wheat variety plot tours in different regions of the state starting May 14, 2024. The plot tour list has been updated since last week, so be sure to check out the latest version in this article.
In many areas of Kansas, prolonged drought has resulted in short wheat and thin stands. Harvesting wheat in these situations can be a challenge. Special attention needs to be given to cutting height, machine adjustments, and operator control. Although this will be a rough wheat harvest for many farmers, some changes can help maximize harvest efficiencies.
White heads have been appearing in many wheat fields around Kansas. Sometimes, they are just single tillers scattered throughout part or all of a field, and sometimes, they occur in small-to-large patches. There are many causes of white heads. Here are some of the most common causes and their diagnoses.
Rainfall and cooler temperatures during the past few weeks have resulted in a flush of late, green tillers in the wheat over much of Kansas. This can create a problem, especially for wheat that is approaching harvest maturity. Should you wait to harvest until most green heads have matured or start harvesting anyway? Learn more in this article.
The 2024 wheat harvest is well underway, so it is time to think about weed control in wheat stubble. Delaying control can result in lost soil moisture that could be used for crop production and weed seed production, which will cause difficulties in the future. There are two priorities: controlling already emerged weeds and preventing later flushes.
As the wheat harvest in Kansas is in full swing, it's crucial to remember the diseases that can impact grain quality or seed viability. Most disease management decisions have been made by now, but it's not too late to implement strategies to mitigate losses on heavily infected fields.
Some producers might think about baling or burning their wheat stubble following wheat harvest. While burning is inexpensive and baling provides additional income, it is important to understand the true value of leaving crop residue in the field. Learn more in this article from soil management specialist DeAnn Presley.
Pre-emergence herbicides with residual activity are an important component of high-yielding cropping systems. They are not emphasized as much in wheat production as other cropping systems in Kansas, but residual herbicides applied before wheat emergence can be part of a good weed management system in wheat.
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
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.
Cereal rye can provide excellent weed suppression as a cover crop; however, it should be handled carefully. Cereal rye can be introduced into a wheat field by contamination of various field equipment. Chemical control in wheat is limited to herbicide-tolerant varieties; therefore, preventing its introduction into wheat fields is critical.
The Kansas Wheat Variety Guide 2024 (formerly called Wheat Variety Disease and Insect Ratings) from K-State Research and Extension has been released for this year. It includes information on agronomic characteristics, disease, and pest resistance, as well as profiles that highlight some more common or new varieties in Kansas.
The general target date for planting wheat for optimum grain yields in Kansas is within a week of the best pest management planting date. Early wheat sowing can lead to several problems, from increased chances of insect-transmitted viral diseases to decreased emergence due to high temperatures.
wheat dual purpose optimum planting dates pest management early planting
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
Seed treatments are an important part of wheat production in Kansas. Most fungicide seed treatments protect against several seed-borne diseases (common bunt, loose smut, flag smut) and seedling diseases that may result in poor emergence or damping off. This article explains the considerations when deciding on seed treatments.
There is much concern about "worms" feeding on brome and the prospect of those worms moving to newly emerged wheat. Infestations currently consist of either fall armyworms or armyworms. Learn more about the current status of these pests and what to expect in the coming weeks.
Regardless of the soil moisture conditions at wheat planting time, producers can take a few important steps to improve their chances of getting a good stand of wheat. This article discusses several management factors that can influence stand establishment in wheat.
Despite some recent rainfall events, the most recent Drought Monitor shows 96% of Kansas still experiencing abnormally dry or worse conditions. Producers are left with a few options for wheat yet to be planted in these areas. This article discusses the considerations when planting wheat into dry soil.
Some producers may have delayed wheat planting for different reasons, including harvesting a summer crop or having dry soils. Although good yields are still possible when planted outside the optimal window, late-planted wheat is often subjected to colder fall temperatures. Some adjustments can be made to compensate for late planting.
A new hybrid plant has emerged in Kansas wheat fields. Through genetic and cytogenetic testing, it was determined to be a hybrid derived from wheat and triticale. This hybrid was confirmed in three locations in Kansas this year.
Recent rain across Kansas may bring on winter annual weeds, especially in fields where poor wheat stands exist or where continuous wheat or wheat-fallow rotations are used. This article will focus on the grass weeds common in wheat.
Mustard plants are often not noticed until they bloom in the spring. To minimize yield losses, mustards should be controlled by late winter or very early spring before the stems begin to elongate or bolt. If mustards are present in the fall, they can be controlled by various active ingredients.