By Jessica Ryan, Public Affairs Specialist, United States Department of Agriculture
Researchers at the U.S. Department of Agriculture’s (USDA) Agricultural Research Service (ARS) bred four cotton lines that can be used to make self-extinguishing textiles when exposed to fire and will reduce the need for flame-retardant chemicals to be embedded in consumer products, according to a recent study published in PLOS ONE.
The cotton lines were developed from cultivated cotton varieties and possessed a novel flame-retardant trait. When exposed to an open flame, the fabric from the new cotton lines self-extinguished whereas regular cotton fabric burned entirely in seconds.
“Use of these lines to develop commercial cultivars creates an opportunity to improve the safety of cotton products while reducing the economic and environmental impacts of chemical flame retardants,” said Brian Condon, senior author of the study and retired research leader at the ARS Cotton Chemistry and Utilization Research Unit in New Orleans. “These lines will significantly benefit growers, producers, and consumers.”
During a standard 45° incline flammability test, regular cotton (seen on the top row) burned instantly when exposed to an open flame. In the same test, the fire-resistant cotton (seen on the bottom row) self-extinguished when exposed to an open flame.
Cotton typically produces flammable fibers and is treated with chemicals to be flame retardant when used for consumer products like clothing, mattresses, upholstery, and carpet. The new cotton lines were created by a multi-parent breeding approach that resulted in new opportunities for natural genes to interact and develop the unexpected trait of flame retardancy.
ARS researchers Johnie Jenkins and Jack C. McCarty, supervisory research geneticists at the ARS Genetics and Sustainable Agriculture Research Unit in Mississippi, bred cotton lines to identify genes that affect agronomic traits such as yield and pest resistance and fiber quality traits such as length, strength, and fineness.
“ARS scientists study every step of cotton production from ‘Dirt to Shirt’ including genetic diversity, field management practices, fiber quality attributes, and end-use textile characteristics,” said Jenkins.
Although all of the parental cotton lines produced flammable fabric, researchers found that flame retardance did not come from a single gene. Instead, they found that multiple genes created a phenotype for fibers with significantly lower heat release capacities. The new cotton lines also possessed the desired agronomic and fiber quality traits, making the lines sought after for breeding and consumer usage.
“We look at fabric quality and chemical finishes that create permanent press, wrinkle-free, and flame-retardant fabrics. Now we have found lines with a novel and natural genetic mechanism for flame retardance,” said Condon.
According to Gregory Thyssen, Computational Biologist at the ARS Southern Regional Research Center in New Orleans:
Further research about the durability of the flame-resistant property in different types of fabrics, yarn, textiles and after multiple washings, is still ongoing. This will help us determine what uses of cotton will benefit the most from this novel property. Further study to identify the metabolite that produces the natural flame retardance is also ongoing, and will help us further clarify the genes involved in its biosynthetic pathway, and therefore the key genes for breeders to incorporate into their new cultivars. The current paper found that an unexpected combination of genes is likely the cause of the novel [fire resistant] property, but for breeding to be efficient, we will work to narrow the list to the most important ones.
The flame-resistant lines will be released to cotton breeders by Johnie Jenkins and Jack McCarty who developed the MAGIC (multi-parent advanced generation intercross) population. Cotton breeders will be able to use these lines in their breeding programs to combine this new flame-resistant trait with other traits on which they have already been focused, including pest and stress tolerance, fiber quality and geographic optimization. However, since these lines were derived from already cultivated lines, they already possess many of these other desirable traits. So, once sufficient seed is available, these lines could be grown for cotton production. So, likely, two years until growers could grow these lines and [approximately] five years until breeders have incorporated the trait into commercial lines.
Go here to watch a video of fire-resistant cotton versus regular cotton in flammability testing.
Photo Credits: 1) A field of cotton bolls (Kimberly Vardeman via Wikimedia); 2) Cotton flammability testing (Doug Hinchliffe); 3) A roll of cotton cloth (PickPik); 4) Cotton in flower (Christine Moore)
Jessica Ryan is a public affairs specialist with the Agricultural Research Service, Office of Communications, Media Relations ranch of the USDA.
German chamomile, 
Ancient Egyptians, Greeks, and Romans used chamomile as a medicine. Greek physicians Hippocrates and Dioscorides, and Roman physician Galen wrote about the medicinal uses of the herb. They used it to treat digestive issues, fever, and pain. It was also used to treat skin conditions. The root word of the plant’s botanical name, “matricaria”, is from the word “matrix,” which in Latin means “womb.” It was given this name because chamomile was used to treat gynecological problems and sleep disorders related to premenstrual syndrome. 
During the Middle Ages, chamomile was a common remedy for sleeplessness, anxiety, and digestive problems. It was believed to have anti-inflammatory properties so was also used to heal wounds and reduce swelling. Chamomile, because of its pleasant scent, was also used as a strewing herb in medieval homes. The name chamomile comes from the Greek word meaning “earth apple”, referring to the apple scent of the plant. By the 16
More than 120 chemical components have been identified in chamomile flowers, mostly in the essential oil. It’s interesting to note that the plant is sometimes called “blue chamomile” because of the blue color of its essential oil. The color is due to the azulene that is released during distillation (Mountain Rose, n.d.). Chamomile flowers contain pollen, so people who are sensitive to ragweed and chrysanthemum or other members of the Asteraceae family should be cautious about drinking chamomile tea (Kowalchik, 1998).
German chamomile is an easy plant to grow. Seeds can be planted directly into the soil in the spring or fall. It is an annual, but it reseeds itself readily. It is a drought tolerant plant and if the soil is fertile, it will sport its flowers on thicker stalks. The plant can grow 2-3 feet tall and likes full sun or partial shade. The flowers should be harvested often or the plant cut back to encourage new growth and new flowers. Flowers are fragrant and can be used fresh or dried. The leaves of the plant are also edible. Roman chamomile 
Chives, 
Due to the sulfur compounds in chives, they have been used as insect repellent in gardens throughout history. It is particularly effective against Japanese beetles. Despite their sulfur smell, chive flowers attract bees and other pollinators to the garden. In a study conducted by the UK Insect Pollinators Initiative’s Agriland Project in 2014, chives were named as one of the ten highest sugar producing plant species for pollinators (Memmott, 2014). It also has been found that the juice in chive leaves is effective in combating some fungal infections and mildew, giving another great benefit to having it growing in the rose garden since roses are susceptible to fungal pathogens. 
Chives are also a good addition to rock gardens, with their roots keeping dirt from washing out from between the rocks. They would be a nice addition to fairy gardens with their green spiky stalks and purple flowers. Chives can be grown indoors on a sunny window sill for convenient use in cooking. When harvesting chives, it is recommended to cut the stalks just above the soil line to promote new growth of stems and bulbs. Stems should be cut several times during the growing season. 
Chives have been used as a medicinal plant for 5,000 years. It is said that Marco Polo brought chives to the west from his travels to China where they’d been used as a medicinal and culinary plant for 2,000 years. The Romans used them to treat sunburn and sore throat, as a diuretic, and to reduce blood pressure. Pliny the Elder, in his book 
Today, according to researchers, chives and other members of its family are being looked at for their usefulness in medicine. According to Varinder Singh et al., “
Anise or aniseed, 
The seeds that anise produces are actually the fruit of the plant. It is these fruits that can be used either whole or ground to add a licorice flavor to food. The leaves of the plant can also be used for tea, sprinkled on salads, or as flavoring in soups and stews. Anise is the flavoring used in many licorice candies, and is also used in pastries such as pfefferneusse, springerle, and pizzelle cookies. The flavor goes well with eggs, fruit, cheese, and vegetables. It is also used in a number of alcoholic drinks such as pastis, anisette, raki, and ouzo. Most cuisines have used anise as a flavoring for a very long time.
Anise has a long history of use in traditional medicines. It has been used to treat respiratory and gastrointestinal conditions, migraines, skin infections, mental distress, and hormonal issues, although there is not enough human clinical evidence to support the effectiveness of these uses today (Singletary, 2022). The Egyptians wrote about using anise nearly 4,000 years ago as a diuretic, as a treatment for digestive issues, and for relieving toothache pain. Greek and Roman writers including Pliny the Elder and Hippocrates wrote about the use of anise as a treatment for coughs and as a breath freshener. Even the mathematician Pythagoras weighed in on the benefits of anise saying that it could cure epilepsy! Today, the essential oil is used in cough preparations, as well as gum and oral health products (Singletary, 2022).
Anise was not only used as medicine and as flavoring, it was also used to lure animals into traps. In the 16
Have you ever said to yourself or others, “My garden is my therapy?” If you have noticed that you feel more relaxed and even rejuvenated after imbibing the beauty, fragrance, and even hard work in your garden, you are not alone! Gardening provides physical exercise, as well as a rewarding intellectual and emotional connection. When recognized on a personal level, it is not a stretch to see how people in a wide variety of care environments who are facing diverse personal challenges can benefit from professionally facilitated horticultural experiences as well.
The profession of horticultural therapy (HT) was formalized in the early 1970s, though people have sought out gardens and gardening activities for respite and health recovery well before then. The practice of horticultural therapy involves a plant-based activity, a horticultural therapist, client(s), and identified treatment goals and objectives. Either in a group or as individuals, clients participate in outdoor or indoor plant-based activities designed to address their particular health or wellness needs. For example, patients in a rehabilitation hospital can work on standing tolerance, dynamic balance, and coordination by transplanting tea herbs into a planter raised to a comfortable standing height. Later in the season, the patients are rewarded with familiar fragrances as they harvest the herbs to make herb teas and learn about the roles relaxation and stress management play in their recovery.
In another example, adults with brain injuries focus on pre-vocational skills, such as following increasingly complex directions, organizing their work space, and social skills needed for interacting appropriately with coworkers and supervisors, all while growing plants for a sale. They could be growing any plants for sale, but the sensory stimulation from herb plants increases motivation and inspires conversation with customers during the plant sale. I have noticed that HT sessions are often so enjoyable, even with focus and hard work, that participants can feel like they are taking a break from therapy. Yet, they realized real progress towards their goals and objectives. 
HT programs are found in diverse organizations addressing a wide range of physical, social, emotional, vocational, and wellness needs for people of all ages. I’ve always said, “If you have seen one horticultural therapy program, you have seen ONE horticultural therapy program!” The flexibility of this field means that programs are unique and creatively designed to fit lots of different organizations–and not all are health care. Most focus on some type of improvement, recovery, or function maintenance ultimately for improved independence and quality of life. Quite often, horticultural therapists co-treat with other clinicians, such as recreation or occupational therapists, speech and language pathologists, social workers, and vocational rehabilitation counselors. 
The other by-product of horticultural therapy programs is an environment with lots of plants! Imagine the impact plants have on senior living facilities, psychiatric hospitals, correction and juvenile detention facilities, veterans hospitals, and community support programs for people coping with grief, chronic illness, or cancer. When walking by a “lemon” garden, filled with lemon verbena, lemongrass, lemon basil, lemon thyme, lemon 
Cumin, 
Cumin is an annual herb in the parsley family (Apiaceae). The seed that it produces is also called cumin. It requires a long, warm growing season of 120-150 days to produce the seed. In cooler climates seeds can be started indoors and then transplanted into the garden, although they may not transplant well. Cumin needs full sun and fertile, well-draining soil. Root rot can be a problem if the soil does not drain well. The plant reaches a height of about one foot tall and has feathery looking leaves and pink or white flowers. The seeds are small and boat-shaped with ridges and are very fragrant. They look similar to caraway seeds. Cumin is available as a whole seed or as a powder. Fresh leaves of the plant can be chopped and tossed into salads.
Cumin seeds have been discovered in 4,000-year-old excavations in Syria and Egypt. Cumin was used in the mummification process of Egyptian pharaohs. References to cumin are found in the Bible, both the New and Old Testaments. During Roman times, it was associated with being frugal with money. Marcus Aurelius, Roman Emperor from 161-180 AD, had the nickname Marcus Cuminus because his subjects thought he was reluctant to spend money. In the Middle Ages, cumin was baked into bread, and it was thought that eating this bread would keep a lover faithful. Soldiers carried it in their pockets for good luck and people fed it to chickens thinking that it kept them from wandering away (Great American Spice Company, 2020). The Hindus considered cumin to be a symbol of fidelity. Cumin was used to pay rent in 13
There were medicinal uses for cumin in early history. Early Egyptians used it to treat digestive and chest issues and for reducing pain. Fourth and fifth century BC Greek medical texts show that cumin was used for women’s reproductive problems and to treat hysteria. Medicinal use of cumin was popular throughout the Middle Ages. Today, cumin is used in Ayurvedic medicine as a stimulant for digestion and is prescribed for colic and dyspepsia. It is also still used in Egyptian and Chinese herbal medicine.
The fresh or dried rhizome of ginger (Zingiber officinale) has been used “as a condiment and aromatic stimulant from ancient times”. And from as early as the 15th century, ginger was exported from Zanzibar—a possible origin of the Latin, Zingiber—for use by healers, monks, and herbalists in tisanes, syrups, tinctures, and other carminative simples.
Anti-emetic? Ginger root is used as a natural remedy for nausea and vomiting, which is why many people of my generation actually remember being given a serving of ‘flat’ ginger ale if we were sick with the flu. Ginger ale was decanted to a glass and set aside to rest until all of the bubbles disappeared, leaving a sweet, ginger-flavored liquid that was effective in calming upset tummies. Today, this home remedy isn’t possible because Canada Dry® Ginger Ale does not list ginger in the ingredients.
Ginger Bug 
Fall and winter are the perfect “thyme” to enjoy some new seasonal herbal libations. As we move away from the oppressive heat of summer with our icy and light drinks enjoyed by the pool or lakeside, we can curate our offerings with the stronger, more flavorful herbs. Herbal cocktails and mocktails continue to be very popular and have the perfect flavor profile for wowing our guests as we entertain for the holidays.
Start with the classics and embellish them with herbs. One of the very first cocktails I enjoyed was a classic Bloody Mary. I loved tomato juice, and I was totally infatuated and intrigued with the celery stick garnish. (It didn’t take much to impress me at that early age!) Now, I have so much fun with a Bloody Mary, and it doesn’t taste anything like that Plain Jane Bloody Mary of years past. There are so many herbs that pair nicely with tomatoes. With a high-powered blender, add a few Mediterranean herbs to the juice. There will be a wonderful flavor without the flecks of herbs floating in the glass. Then, to top it off, add a salted rim around the top. Not just any plain salt will do. Make your own finishing salt with chile and a little lime. Yum!
Now it’s time to party! Invite a few friends over, serve some appetizers and your wonderful new herbal creations, and enjoy the accolades. Salut!
Olbrich Botanical Gardens is a 16-acre, free admission public garden in Madison, Wisconsin, in the heart of the ancestral lands of the Ho-Chunk people. The Ho-Chunk, or “People of the Sacred Voice” historically lived in southern Wisconsin, from the far southwestern corner of the state along the Mississippi River nearly up to Green Bay. This is fertile land with rolling hills and scenic bluffs where the Ho-Chunk lived in permanent villages. In fact, their oral tradition simply states, “We have always been here.” 
Especially in Olbrich’s Herb Garden, it’s vitally important that we grow, show, and interpret plants that all types of people identify with. Herb lovers know that edible plants can act as a universal language, uniting people and making them feel at home across cultural borders. In this spirit, the Herb Garden has hosted many creative collaborative gardens over the years. Most recently, an Indian-style garden created with owners of an Ayurvedic spa oozed tropical flair with ginger and turmeric, eggplant, bitter melon, and elephant ears. 
We also wanted to highlight the endangered Ho-Chunk language, since there are only 200 fluent speakers and only 50 are the older people who grew up speaking Ho-Chunk. At Olbrich, we are lucky to have on our staff Rita Peters, a 24-year-old college student of Ho-Chunk and Menomonee descent. Rita, known as Xoropasaignga (hodo-pa-SIGN-ga) or Bald Eagle Woman, is at the heart of the Indigenous Garden. She does everything from sowing seeds and harvesting sweetgrass to developing events and educational seminars. Rita worked with her aunt, a language apprentice, to create bilingual signage that even links to a YouTube recording of the words being spoken aloud. 
As winter approached, we carefully saved seeds for the Indigenous Garden in 2022. Our milkweed soup day in early June attracted more than 330 guests! This year we are extending the Garden’s reach by collaborating with Ho-Chunk Gaming Madison, the biggest employer of Indigenous people in our area. We hope that partnerships like these will create an ever-growing network as Olbrich continues to focus our efforts on ensuring that everyone feels at home in these beautiful gardens here in Dejope. 
Use equal parts of water or broth and milkweed flower buds. You can add other vegetables (green beans, corn, carrots) or ham/bacon. Bring broth to a boil and add milkweed or other veggies. Simmer for 30-40 minutes until milkweed and veggies are tender.
There are over 20,000 bee species in the world. Of those, close to 4,500 are considered native to the U.S., and up to 1000 are native to Texas (I typically say “over 800”). They’re currently classified into seven families, of which six are represented in Texas. Our native bees range in size from nearly an inch long down to smaller than a peppercorn. I’ve tried to limit the scope of this article to the least I can say given that “the native bees of Texas” is a broad topic well suited to the size of our state.
How many people even know native bees exist? They’ve pollinated every single flowering plant in North America until the 1600s when the honey bee was imported. They’re considered 
Some solitary bees will form aggregations where nesting conditions are favorable. While a large number of individuals may be found using the site, only a very few species are actually communal, meaning they actively help each other. Dependent on their environment, the family 
While man-made bee houses may have benefits, in order to avoid predation and reduce susceptibility to disease they should be scattered about the site rather than clustered together. Bee houses should have a guard of chicken wire, or other material with bee sized holes, across the opening to prevent predation by birds. The openings should face the sun in the morning and have protection from rain and insulation from extreme cold if they’re not placed inside to overwinter. Under the Texas Death Star, it can also be beneficial to have plants growing nearby that provide afternoon shade. Habitats should also include a source of moisture and shelter from wind. In the fall, “leave the leaves”, as well as stems and grasses, for shelter.
The Herb Society of America Blog 