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KU News: KU names new executive director of Center for Technology Commercialization

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From the Office of Public Affairs | http://www.news.ku.edu

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KU names new executive director of Center for Technology Commercialization
LAWRENCE — Cliff Michaels will become the new executive director of the KU Center for Technology Commercialization, which assists University of Kansas researchers across all campuses in commercializing their discoveries. He will begin his position Jan. 17. Since 2019, Michaels has served as an assistant vice president for research and the director of Georgia State University’s Office of Technology Transfer & Commercialization.

Using fungi, researchers convert ocean plastic into ingredients for drug industry
LAWRENCE — Research on fungi underway at the University of Kansas has helped transform tough-to-recycle plastic waste from the Pacific Ocean into key components for making pharmaceuticals. The chemical–biological approach for converting polyethylene uses an everyday soil fungus called Aspergillus nidulans that has been genetically altered.

Study shows SMART Recovery holds potential to help LGBTQ population with alcohol, substance use
LAWRENCE — Members of the LGBTQ community often face barriers to engaging in traditional treatment programs for alcohol and substance use. A trial by University of Kansas researchers has found that SMART Recovery, a cognitive-behavioral mutual help group for addictive behaviors, holds potential for addressing LGBTQ-specific concerns with treatment and may be an effective part of recovery, though improvements can still be made.

Authors put Langston Hughes in a family context
LAWRENCE – A century after he first rose to prominence as a poet, fiction writer, playwright, autobiographer and satirist, Langston Hughes continues to attract attention from researchers seeking to shed new light on his life and work. Two scholars with ties to the University of Kansas have contributed a chapter to a new book, “Langston Hughes in Context” (Cambridge University Press). The KU authors focus on Langston Hughes’ strained relationship with his mother and how it affected his life and writing.

Full stories below.

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Contact: Vince Munoz, Office of Research, 785-864-2254, [email protected], @ResearchAtKU
KU names new executive director of Center for Technology Commercialization

LAWRENCE — Cliff Michaels will become the new executive director of the KU Center for Technology Commercialization, which assists University of Kansas researchers across all campuses in commercializing their discoveries. He will begin his position Jan. 17.

Since 2019, Michaels has served as an assistant vice president for research and the director of Georgia State University’s Office of Technology Transfer & Commercialization. During his time at Georgia State, Michaels spearheaded the creation and implementation of a new strategic vision to foster innovation and improve engagement with the GSU research community. He previously worked in Emory University’s Office of Technology Transfer, including as its interim executive director.

“Cliff’s extensive experience helping researchers commercialize their innovations and his highly collaborative style of management make him a fantastic person to lead our KUCTC team,” said David Vranicar, KU vice chancellor of technology commercialization and chief financial & business officer at KU Medical Center. “I welcome Cliff to KU and am excited to have him on board.”

The KU Center for Technology Commercialization collaborates with researchers on the Lawrence and medical center campuses to obtain intellectual property protection and commercial partnerships that enable KU discoveries to generate commercial impact. Typically, such commercialization occurs when KUCTC licenses KU-developed intellectual property to external for-profit entities (startups or established companies) that then further develop the technology into commercial products. When commercially successful, KU receives financial value in the form of royalties and other payments from the commercial entity.

Michaels is an active member of both the Association of University Technology Managers and the University Industry Demonstration Partnership. He is also a board member of Southeast Life Sciences. He earned a doctorate in neuroscience from Emory University and a bachelor’s degree in the same field from Lafayette College.

“I am tremendously enthused to be joining KU, an institution with a long history of high-caliber research and innovation,” Michaels said. “KUCTC has a strong foundation for supporting KU innovators, and I look forward to working with our faculty, administrators and other stakeholders to use that foundation as a springboard for the future.”

With KUCTC assistance, KU researchers have disclosed 305 inventions and received 149 U.S. patents in the past five years. In 2022, there were 45 active companies commercializing KU discoveries, 53% of which were located in Kansas.

Simon Atkinson, vice chancellor for research on KU’s Lawrence campus, has served as interim executive director of KUCTC since August 2020.

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Contact: Brendan Lynch, KU News Service, 785-864-8855, [email protected], @BrendanMLynch
Using fungi, researchers convert ocean plastic into ingredients for drug industry

LAWRENCE — Research on fungi underway at the University of Kansas has helped transform tough-to-recycle plastic waste from the Pacific Ocean into key components for making pharmaceuticals.

The chemical–biological approach for converting polyethylene uses an everyday soil fungus called Aspergillus nidulans that has been genetically altered. The results were reported recently in the paper “Conversion of Polyethylenes into Fungal Secondary Metabolites” published in Angewandte Chemie, a journal of the German Chemical Society.

“What we’ve done in this paper is to first digest polyethylenes using oxygen and some metal catalysts — things that are not particularly harmful or expensive — and this breaks the plastics into diacids,” said co-author Berl Oakley, Irving S. Johnson Distinguished Professor of Molecular Biology at KU.

Next, long chains of carbon atoms resulting from the decomposed plastics were fed to genetically modified Aspergillus fungi. The fungi, as designed, metabolized them into an array of pharmacologically active compounds, including commercially viable yields of asperbenzaldehyde, citreoviridin and mutilin.

Unlike previous approaches, Oakley said the fungi digested the plastic products quickly, like “fast food.”

“The thing that’s different about this approach is it’s two things — it’s chemical, and it’s fungal,” he said. “But it’s also relatively fast. With a lot of these attempts, the fungus can digest the material, but it takes months because the plastics are so hard to break down. But this breaks the plastics down fast. Within a week you can have the final product.”

The KU researcher added the new approach was “bizarrely” efficient.

“Of the mass of diacids that goes into the culture, 42% comes back as the final compound,” he said. “If our technique was a car, it would be doing 200 miles per hour, getting 60 miles per gallon, and would run on reclaimed cooking oil.”

Previously, Oakley has worked with corresponding author Clay Wang of the University of Southern California to produce about a hundred secondary metabolites of fungi for a variety of purposes.

“It turns out that fungi make a lot of chemical compounds, and they are useful to the fungus in that they inhibit the growth of other organisms — penicillin is the canonical example,” Oakley said. “These compounds aren’t required for the growth of the organism, but they help either protect it from, or compete with, other organisms.”

For a time, scientists thought they’d fully exploited the potential of fungi to produce these compounds. But Oakley said the age of genome sequencing has unlocked new possibilities for using secondary metabolites to benefit humanity and the environment.

“There was a realization there were lots and lots of clusters of genes that made secondary metabolites that nobody had discovered — and there are millions of species of fungi,” Oakley said. “A lot of companies have done good work over the years, but it was very much incomplete, because they were just growing things in the incubator and examining them for production of new compounds — but 95 percent of the gene clusters were just silent since they are not ‘turned on’ until needed. They weren’t doing anything. So, there are lots more things to discover.”

Oakley’s lab at KU has honed gene-targeting procedures to change the expression of genes in Aspergillus nidulans and other fungi, producing new compounds.

“We’ve sequenced the genomes of a bunch of fungi now, and we can recognize the signatures of groups of genes that make chemical compounds,” he said. “We can change the expression of genes; we can remove them from the genome; we can do all kinds of things to them. We could see there were lots of these secondary metabolite gene clusters there and our gene-targeting procedures allowed us, at least in principle, to turn some of those clusters on.”

Oakley and Wang’s co-authors were Chris Rabot, Yuhao Chen, Swati Bijlani, Yi-Ming Chiang and Travis Williams of USC, and Elizabeth Oakley of KU.

The researchers focused on developing secondary metabolites to digest polyethylene plastics because those plastics are so hard to recycle. For this project, they harvested polyethylenes from the Pacific Ocean that had collected in Catalina Harbor on Santa Catalina Island, California.

“There’ve been a lot of attempts to recycle plastic, and some of it is recycled,” Oakley said. “A lot of it is basically melted and spun into fabric and goes into various other plastic things. Polyethylenes are not recycled so much, even though they’re a major plastic.”

The KU investigator said the long-term goal of the research is to develop procedures to break down all plastics into products that can be used as food by fungi, eliminating the need to sort them during recycling. He added the work is emblematic of KU’s Earth, Energy + Environment research theme, geared toward “increasing understanding to help sustain the life of our planet and its inhabitants.”

“I think everybody knows that plastics are a problem,” Oakley said. “They’re accumulating in our environment. There’s a big area in the North Pacific where they tend to accumulate. But also you see plastic bags blowing around — they’re in the rivers and stuck in the trees. The squirrels around my house have even learned to line their nest with plastic bags. One thing that’s needed is to somehow get rid of the plastic economically, and if one can make something useful from it at a reasonable price, then that makes it more economically viable.”

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Contact: Mike Krings, KU News Service, 785-864-8860, [email protected], @MikeKrings
Study shows SMART Recovery holds potential to help LGBTQ population with alcohol, substance use

LAWRENCE — People looking for help in reducing their alcohol and other substance use often turn to 12-step programs. But while research shows that LGBTQ individuals are more likely to struggle with substance use issues than their peers, they also often face barriers to engaging in traditional treatment programs. A trial by University of Kansas researchers has found that SMART Recovery, a cognitive-behavioral mutual help group for addictive behaviors, holds potential for addressing LGBTQ-specific concerns with treatment and may be an effective part of recovery, though improvements can still be made.

KU researchers held several 12-session-long cohorts of SMART Recovery online with individuals who identify as LGBTQ. Following completion, they conducted in-depth interviews with 16 participants to learn more about their experiences and concerns. They found many appreciated taking part in an LGBTQ-specific treatment group and participating online, but they also noted there could be benefits to addressing additional challenges that are relevant to recovery, particularly emotion regulation and coping with unique challenges that LGBTQ people experience as members of stigmatized groups.

The study, led by Briana McGeough, assistant professor of social welfare at KU, was published in the journal Families in Society. It was written with co-authors M. Greenwood, social welfare student; Nicole Cohen, doctoral candidate in psychology, both at KU; and Angie Wootton of the University of California. The publication also won the Families in Society Best Practice Note award.

“Past research suggests that although some LGBTQ individuals participate in 12-step groups, many LGBTQ individuals experience barriers to successful involvement in 12-step groups, such as tensions between the religious messaging in 12-step programs and their identities as LGBTQ individuals, and discrimination targeting their sexual orientations and gender identities,” McGeough wrote in the study.

To better understand those barriers, McGeough, who conducts research in how LGBTQ individuals experience mental health and substance abuse treatment, wanted to better understand how the population experienced SMART Recovery. The original plan was to conduct the study in person, but the pandemic forced trials to move online.

“There were some real perks,” McGeough said of conducting the trials virtually. “We were able to recruit nationally, and people were able to travel and still join the meetings. We were also able to reach more rural areas, and there was more anonymity for people. The goal in these groups is that people support each other, and that did happen. Many said they really appreciated being in an LGBTQ-specific group.”

Some participants, however, said they would rather not focus on issues of sexual orientation or gender identity and simply discuss alcohol and substance use and recovery. The results also showed people experienced difficulty remembering some of the cognitive and behavioral tools discussed in the meetings and how they could apply them in their lives after the sessions concluded. That is consistent with other studies examining barriers to successful treatment, McGeough said, but can also be a concern as SMART Recovery is designed to have an end point and there is no expectation that people continue to attend meetings indefinitely.

Participants often had depression, anxiety, trauma or post-traumatic stress disorder, or they wanted to discuss strategies for regulating the difficult emotions that emerge from these mental health challenges. That was especially salient, McGeough said, as those issues often influenced an individual’s alcohol or substance consumption or could be exacerbated by substance use as well.

Finally, participants noted challenges they faced coping with discrimination or stigma in their daily lives because of their sexual orientation or gender identity. Those were often closely related to individuals’ struggles with alcohol and other substances.

Better understanding how the LGBTQ community experiences SMART Recovery can help improve how the program serves individuals who use it as part of their recovery. While the program can be effective, the shortcomings participants noted illustrate the need for mental health professionals to use it as part of a larger approach to well-being, McGeough said.

“I don’t know if all of those concerns can be addressed by one mutual support group, particularly since these groups are typically not facilitated by mental health professionals, so I think people using SMART Recovery should consider supplementing SMART with therapy or another mental health resource, particularly if they are experiencing mental health symptoms, like depression or anxiety. Therapists should potentially consider if SMART Recovery could serve as a piece of treatment, alongside therapy, for LGBTQ clients experiencing challenges with substance use,” McGeough said.

Finding the concerns LGBTQ individuals have while attending SMART Recovery is a first step, said McGeough, who plans to study the issue further, gauging its effectiveness for the population long-term and recommending strategies and improvements to the program to increase its effectiveness with those who struggle with alcohol and substance use and the unique experience of identifying as LGBTQ.

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Don’t miss new episodes of “When Experts Attack!,”
a KU News Service podcast hosted by Kansas Public Radio.

https://kansaspublicradio.org/when-experts-attack
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Contact: Rick Hellman, KU News Service, 785-864-8852, [email protected], @RickHellman
Authors put Langston Hughes in a family context

LAWRENCE – A century after he first rose to prominence as a poet, fiction writer, playwright, autobiographer and satirist, Langston Hughes continues to attract attention from scholars seeking to shed new light on his life and work. In this spirit, the editors of the new book “Langston Hughes in Context” (Cambridge University Press) invited two scholars with ties to the University of Kansas to offer their insights.

John Edgar Tidwell, KU professor emeritus of English, and Carmaletta Williams, a KU alumna who is now chief executive officer of Kansas City’s Black Archives of Mid-America, wrote a chapter titled “Love at a Distance in Selected Letters by Langston and Carrie Hughes.” In the new work, they chose to deepen their exploration of a topic undervalued and little explored by most scholars: Langston’s strained relationship with his mother and how it affected his life and writing.

The mother-son dynamic was one of the subjects of their 2013 co-edited book, “My Dear Boy: Carrie Hughes’s Letters to Langston Hughes, 1926–1938” (University of Georgia Press). Tidwell said the co-editors of “Hughes in Context,” Vanderbilt University professors Vera Kutzinski and Anthony Reed, “were intrigued by our proposition that the emotional and physical distance separating these family members deeply affected Langston. They were also taken with the analytical method we used to conduct our inquiry: psychiatrist Murray Bowen’s family systems theory.”

Tidwell said he and Williams took up the challenge laid down by Arnold Rampersad, author of the definitive, two-volume biography “The Life of Langston Hughes.”

“Rampersad had grown weary of conventional, almost formulaic representations of Black life histories,” Tidwell said. “To encourage new directions, he challenged scholars to think about their subjects in psychological terms. Thus, we responded to his call, although with a twist. The approach he used and implicitly advocated was Freudian in nature. Freud, however, was interested in looking at the makeup of the individual psyche. This pathway would not have served our purpose. A more fruitful approach, we decided, was to look at the individual in the context of the family structure itself, and therefore get a different, a more enhanced vision of what constituted the individual. For ‘Love at a Distance,’ we extrapolated some of the method we used in ‘My Dear Boy’ and delved into aspects of their relationship we did not previously cover.”

Carrie Hughes grew up in Kansas as “the belle of Black Lawrence,” Tidwell said. Her family, with deep roots in the abolitionist tradition, had respect in the community, but little money, he said. Her desire for a career in show business led to what Tidwell called her “wanderlust,” a peripatetic practice that caused young Langston emotional distress. Then her need for money further strained the relationship when her son was an adult.

“She developed a pattern of abandoning and reuniting with him,” Tidwell said. “Consequently, he was never able to bond with her in a healthy way. Her behavior led instead to her efforts to manipulate him into an emotionally dependent relationship. She tried to make him assume adult responsibilities in their relationship. Family systems theory, we felt, was the best model for explaining the nature of this pattern of practice.”

Hughes’ father, James Nathaniel Hughes, is not ignored in this chapter. Early in young Langston’s life, James Hughes moved to Mexico City to escape the persistence of Jim Crow racism that Black Americans experienced. In ruminating about the relationship with his parents, Tidwell said, “Langston was forced to conclude that his father was more stable than his mother. Unlike his mother, who moved frequently, his father stayed in place.”

Nevertheless, for Langston, Tidwell and Williams concluded, home was wherever Carrie ultimately landed. His quest to keep up with Carrie contributed to his own passion for travel, his own wanderlust. This need for movement is aptly captured in the title of his second autobiography: “I Wonder as I Wander.”

“Much of his life is defined in terms of movement,” Tidwell said. “It is not unrealistic to see his travels as an effort to flee from an unrequited relationship with his mother and from her constant importuning for him to provide for her as if he’s a surrogate husband. His movement away from her also reveals his quest for a maternal relationship that would nurture his own needs for a whole, functional family. In searching for family, Langston connected with many different people and experienced diverse cultural expressions. These experiences shaped and informed his conception of art. Unfortunately, they were gained at the expense of a meaningful familial relationship. And distance, both emotional and physical, impeded their ability to achieve a healthy mother and son bond.”

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KU News Service
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Lawrence KS 66045
Phone: 785-864-3256
Fax: 785-864-3339
[email protected]
http://www.news.ku.edu

Erinn Barcomb-Peterson, director of news and media relations, [email protected]

Today’s News is a free service from the Office of Public Affairs

Horticulture 2023 Newsletter No. 2

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https://hnr.k-state.edu/extension/info-center/newsletters/index.html

Blog Post: http://www.ksuhortnewsletter.org

Video of the Week: Easy to Make Grow Light
https://kansashealthyyards.org/all-videos/video/easy-to-make-a-grow-light

MISCELLANEOUS
Winter Watering of Landscapes
This has been a dry fall and winter for much of Kansas. Watering now is important if soils are dry to help alleviate moisture stress.
A good, deep watering with moisture reaching at least a foot down into the soil is much better than several light sprinklings that just wet the top portions of the soil. A deep watering will help ensure that the majority of roots have access to water. Regardless of the watering method used, soil should be wet at least 12 inches deep. Use a metal rod, wooden dowel, electric fence post or something similar to check depth. Dry soil is much harder to push through than wet.
Although all perennial plants benefit from moist soils before winter, it is especially important for newly planted or overseeded lawns as well as newly transplanted trees and shrubs due to limited root systems. Even trees and shrubs planted within the last 2 to 3 years are more sensitive to drought than a well-established plant. Evergreens are also more at risk because moisture is lost from the foliage.
Trees or shrubs planted within the last year can be watered inexpensively with a 5-gallon bucket. Drill a small hole (1/8″) in the side of the bucket near the bottom. Fill the bucket and let the water dribble out slowly next to the tree. Refill the bucket once more, and you have applied 10 gallons. Very large transplanted trees and trees that were transplanted two to three years ago will require more water.
A perforated soaker hose is a good way to water a newly established bed or foundation plantings. However, soaker hoses are notorious for non-uniform watering. In other words, you often receive too much water from one part of the hose and not enough from another. Hooking both the beginning and the end of the soaker hose to a Y-adapter helps equalize the pressure and therefore provide a more uniform watering. The specific parts you need are shown in the photo above and include the soaker hose, Y-adapter and female to female connector. It is also helpful if the Y-adapter has shut off valves so the volume of flow can be controlled. Too high a flow rate can allow water to run off rather than soak in.
On larger trees, the soaker hose can circle the trunk at a distance within the dripline of the tree but at least ½ the distance to the dripline. The dripline of the tree is outermost reach of the branches. On smaller trees, you may circle the tree several times so that only soil which has tree roots will be watered.
If using a soaker hose, note the time watering was started. Check frequently to determine the amount of time it takes for water to reach 12 inches. From then on, you can water “by the clock.” Use a kitchen oven timer so you remember to move the hose or shut off the faucet. If you are seeing surface runoff, reduce the flow, or build a berm with at least a 4-foot diameter around the base of the tree to allow the water to percolate down through the soil, instead of spreading out.
Fall planted or overseeded lawns can be watered with an overhead sprinkler. Watering to a depth of 12 inches with this method would be a challenge but try to reach at least 6 inches deep.

Watering once a month if it remains day and warm should be adequate.(Ward Upham)

How to Tell Poison Ivy and Virginia Creeper Apart in the Winter
During the growing season, these plants are easy to tell apart as Virginia Creeper has five-leaflets per leaf and Poison Ivy has three. However, during the winter, distinguishing between the two vines can be more difficult as the leaves have dropped. The reason it is important to be able to tell the difference is that Poison Ivy causes a rash in most people but Virginia Creeper does not. First, let’s cover some facts about Poison Ivy.
– Urushiol is the oil present in Poison Ivy that causes the rash.
– Urushiol is present in all parts of the plant but especially in the sap.
– Urushiol can cause a rash from 1 to 5 years after a plant has died.
– The amount of urushiol that covers the head of a pin can cause a rash in 500 people. The stuff is potent.
– Poison Ivy can grow as a ground cover, a shrub or a vine. We are concerned with the vine in this article.
– Using a chainsaw on Poison Ivy in the winter can release sap which makes a rash more likely. This is worse on warm days where there is more sap rise.
So, how do you tell the two apart? This is actually easy once you know what to check. Look at the aerial roots on the vines of Poison Ivy and Virginia Creeper. They resemble hairs on Poison Ivy but are plumper on Virginia Creeper and are about the size of a pencil lead. (Ward Upham)

Native Plant Publications
We have information on establishing and maintaining a native plant area on our website. Go to https://hnr.k-state.edu/extension/horticulture-resource-center/publications/ and click on “Native Plants.” It includes a publication from a collaboration among K-State Research and Extension – Douglas County (KSRE), the Grassland Heritage Foundation (GHF), and the Kansas Rural Center (KRC) titled “Planting Natives in Northeast Kansas. Also included is a publication from the Agronomy Department titled “Establishing and Managing Native Prairie Plants in Small Areas.” A native plant list is also provided as well as a publication on developing a small Scale Monarch Butterfly Habitat from the Southwest Research and Extension Center. (Ward Upham)

Pecan Blog
Dr. William Reid, the Pecan Research and Extension Specialist for Kansas and Missouri for 37 years, has an excellent blog on growing pecans in Kansas and neighboring states. In retirement, Dr. Reid is tending his 30 acre pecan orchard and continues to blog his observations. The blog is titled “Northern Pecans.”
If you are at all interested in pecans, this is a blog you must visit. Excellent photography accompanied by Bill sharing decades worth of experience makes this a gold mine of information. The URL is http://northernpecans.blogspot.com/ (Ward Upham)

Conservation Trees from the Kansas Forest Service
The Kansas Forest Service offers low-cost tree and shrub seedlings for use in conservation plantings. Plants are one to two years old and sizes vary from 8 to 18 inches, depending on species. Two types of seedlings are offered; bareroot and containerized. Containerized provide a higher survival rate and quicker establishment. Orders are accepted from now through May 1st, but order early to ensure receiving the items you want.
Orders are shipped beginning in mid-March. Approved uses for these plants include windbreaks, wood lots, wildlife habitat, timber plantations and educational and riparian (streambank) plantings. They may not be used for landscape (ornamental) plantings or grown for resale.
All items are sold in units. Each single species unit consists of 25 plants. For example, a unit of Eastern red cedar has 25 trees per unit. Though a single species unit is most commonly purchased, four special bundles are also available including a quail bundle, pheasant bundle, eastern pollinator bundle and western pollinator bundle.
Tree planting accessories are also available including marking flags, root protective slurry, rabbit protective tubes, weed barrier fabric and tree tubes. If there have been problems with deer browsing on young trees, the tree tubes are a must.
For details and an order form, go to: http://kfs.mybigcommerce.com/all-items/ Note that there are three pages of items that are accessed by clickable links at both the top and bottom of the listing. Order forms are also available from local K-State Research and Extension offices. (Ward Upham)

Contributors: Ward Upham, Extension Associate

Alfredo Sauce & Variations

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Today while performing my daily abolitions I stuck my foot out and slipped right off my makeup bench and onto the floor. Thank goodness the stool was low because my body is still feeling the effects of this little adventure. I took one of my ‘magic’ pills, drifted off & proceeded to wake myself up with a loud ‘snort’! It has been a bit of an embarrassing day to say the least. I survived the floor encounter, and perhaps I provided a giggle to your day!

This week my dad called and said: ‘Deb, you’ve got to get me your recipe for shrimp Alfredo! I need it now, I promised it to someone, and you need to get it to me!’ Sure thing, no problem. I began to stutter just a bit because I hardly ever use recipes for my shrimp Alfredo. Each time I make it, it’s a tad different. The steps I use are also modified with each delivery.

I’m going to once again provide you with a requested ‘simple’ Alfredo sauce, but I’m going to present you with several different ideas on how I make sauces at my home. Basically speaking I make a great deal of roux bases. For example, it would be common for me to start with a couple tablespoons of butter, seasonings, with of course, garlic. At this stage I ‘sometimes’ add a bit of sherry or dry wine, and do a reduction. Then I move forward with heavy cream (sometimes half & half) and the cheese of my choice. I blend them smooth and if the sauce isn’t thick enough I sprinkle in a bit of ‘Wondra’ so I can seriously control the thickness. There are times that I do the thickening agent in with the garlic and butter at the very beginning.

Prepare the shrimp ahead of time. Our son, Phillip likes it when I grill the shrimp before putting them into the sauce. Sometimes I prep the shrimp earlier in the day and save the tails and shells. I’ll make a bit of a shrimp stock with the tails and shells. This brings in more seafood flavor in the sauce. This method is great for any seafood chowders too. Just before serving drop the shrimp into the sauce for a light warming.

Here in Missouri procuring good shrimp is a challenge. I prefer the ‘uncooked’ shrimp from Argentina best. If you buy shrimp that has already been cooked the flavor outcome will be poor. Good quality is expensive, but if you want to empress your guests it’s in your best interest. To keep the seafood smell out of the house for guests prep the shrimp the day before. As I stated once before I don’t like to cover up the flavor of the shrimp so my garnishes will be ultra-simple. Perhaps diced green onion tops, chives or smoked paprika.

Here’s a paragraph from 2021 when I ran my simple Alfredo sauce recipe:

The recipe today for simple Alfredo sauce is so handy to keep around. Sometimes I actually put the shrimp into the sauce and ladle it over fettucine noodles. Often I will sauté them and make a top presentation over the sauce and noodles. All kinds of things can go into an Alfredo. I was keeping mine simple with only a few green onion tops for additional color. However broccoli and mushrooms would be an easy addition too. Sometimes I have also played with the type of cheeses implemented. Still using parmesan, but also enhancing with a second cheese. First and foremost, however, do not use a bag of pre-shredded parmesan cheese. The sauce relies upon fresh grated and the moisture content, in order to produce a smooth outcome. Garlic is also used by many, in their sauce, perhaps a touch of paprika or red pepper to make it ‘sing’.

I try to whip a version of this up just about every time my dad is here for a visit because it’s one of his favorite dishes. I don’t make it like my mom did, but at least he gets his shrimp!

Keep enjoying the milder weather, who knows what the next month will bring!!
Feel free to leave the house a little messy and rest a little bit more often. Enjoy, Simply Yours, The Covered Dish.

Simple Alfredo Sauce
1 cup half and half cream
1 cup freshly shredded parmesan cheese
3 tablespoons butter

Mix all the ingredients together and heat over medium to low heat. When the ingredients are heated thoroughly the sauce is complete. Never allow the sauce to come to a boil. You can also freeze this sauce for up to 2-3 months. This will cover about 9-12 ounces of pasta.

I have used this simple outline for Alfredo sauce for what seems like forever!

Winter Watering of Landscapes 

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This has been a dry fall and winter for much of Kansas. Watering now is important if soils are dry to help alleviate moisture stress.

A good, deep watering with moisture reaching at least a foot down into the soil is much better than several light sprinklings that just wet the top portions of the soil. A deep watering will help ensure that the majority of roots have access to water. Regardless of the watering method used, soil should be wet at least 12 inches deep. Use a metal rod, wooden dowel, electric fence post or something similar to check depth. Dry soil is much harder to push through than wet.

Although all perennial plants benefit from moist soils before winter, it is especially important for newly planted or overseeded lawns as well as newly transplanted trees and shrubs due to limited root systems. Even trees and shrubs planted within the last 2 to 3 years are more sensitive to drought than a well-established plant. Evergreens are also more at risk because moisture is lost from the foliage.

Trees or shrubs planted within the last year can be watered inexpensively with a 5-gallon bucket. Drill a small hole (1/8″) in the side of the bucket near the bottom. Fill the bucket and let the water dribble out slowly next to the tree. Refill the bucket once more, and you have applied 10 gallons. Very large transplanted trees and trees that were transplanted two to three years ago will require more water.

A perforated soaker hose is a good way to water a newly established bed or foundation plantings. However, soaker hoses are notorious for non-uniform watering. In other words, you often receive too much water from one part of the hose and not enough from another. Hooking both the beginning and the end of the soaker hose to a Y-adapter helps equalize the pressure and therefore provide a more uniform watering. The specific parts you need are shown in the photo above and include the soaker hose, Y-adapter and female to female connector. It is also helpful if the Y-adapter has shut off valves so the volume of flow can be controlled. Too high a flow rate can allow water to run off rather than soak in.

On larger trees, the soaker hose can circle the trunk at a distance within the dripline of the tree but at least ½ the distance to the dripline. The dripline of the tree is outermost reach of the branches. On smaller trees, you may circle the tree several times so that only soil which has tree roots will be watered.

If using a soaker hose, note the time watering was started. Check frequently to determine the amount of time it takes for water to reach 12 inches. From then on, you can water “by the clock.” Use a kitchen oven timer so you remember to move the hose or shut off the faucet. If you are seeing surface runoff, reduce the flow, or build a berm with at least a 4-foot diameter around the base of the tree to allow the water to percolate down through the soil, instead of spreading out.

Fall planted or overseeded lawns can be watered with an overhead sprinkler.  Watering to a depth of 12 inches with this method would be a challenge but try to reach at least 6 inches deep.

Watering once a month if it remains day and warm should be adequate.

Ward Upham, Extension Agent