The Patient Garden
Growing Food in a Small Space Over Four Seasons
- 7 chapters
- 36m
- Gardening
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The book explains how to manage soil health, water efficiently, and deal with common pests in small growing spaces. It includes detailed information about specific plants including dahlias, aconitum, and geum quellyon. Readers learn about tree shaping techniques and how to use the Chicago Botanic Garden's methods for year-round production.
Urban gardeners will find this practical approach to container growing invaluable. The book assumes temperate climate conditions and focuses on hands-on techniques for small-space agriculture. Anyone wanting to maximize their harvest from limited gardening areas will benefit from these straightforward methods.
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Overview
Urban agriculture, or UA, includes growing, processing, and selling food within cities, and can involve raising animals, farming underwater, keeping bees, or tending gardens. It's different from peri-urban agriculture, which happens in rural areas just outside towns. In many cities, expanding food production means dealing with old soil pollution, especially lead and other heavy metals that can harm health. UA shows up in many forms, from small-scale efforts to large community projects. Some people get involved through organic farming groups or local food movements, building social connections around shared values of nature and community. Others focus on making sure people have enough food, staying healthy, or earning money. Whatever the reason, growing food close to where people live helps improve access to fresh produce, cuts down on pollution from transport, and supports efforts to fight climate change.
History
Urban agriculture has deep roots, with early Mesopotamian cities setting aside land for farming within city walls as far back as 3500 BC. In Persia, aqueducts brought water to oases that supported food production using community waste. The Hanging Gardens of Babylon may have been an example. In China, citizens of Xi'an practiced urban farming for millennia. The Incas at Machu Picchu designed their architecture to conserve water and maximize sun exposure for crops. Pre-Columbian Americans also farmed in cities—Aztec chinampas, Cahokia's maize fields, and Pueblo mesa gardens. During the 1893–1897 depression, Detroit's Mayor Hazen S. Pingree encouraged residents to turn vacant lots into potato gardens, known as Pingree's Potato Patches. By 1906, schools across the U.S. were managing urban agriculture programs. During World War One, President Woodrow Wilson promoted victory gardens to reduce pressure on rural food production, leading to 5 million plots and 500 million pounds of harvest by 1919. World War Two saw a renewed push with the National Victory Garden Program, where 5.5 million Americans grew food, contributing 44% of U.S. produce that year. After the war, government support faded as industrialized food systems took hold. In the 1950s and 1960s, urban farming resurged through grassroots efforts tied to civil rights and social justice movements, especially in cities like New York, Seattle, Boston, and Philadelphia.
Main types
There isn’t one word that covers all the different kinds of farms and gardens found in cities. The two main types are gardens and farms, though neither is easy to define exactly. According to the USDA, a farm is any place where $1,000 or more worth of agricultural products are grown and sold. In Europe, the term "city farm" includes both gardens and farms. Really, any space where people grow food can count as an urban farm. The size doesn’t matter — it’s about growing produce on your own personal plot or in your own garden.
Gardens
In many cities, community gardens offer public spaces where people can grow food, learn about plants, and help those in need. These gardens use small plots and even rooftops, giving everyone a chance to grow their own produce while learning through hands-on experience. Seattle’s P-Patch is an example of a well-known program that supports this kind of work. The grassroots permaculture movement has helped bring urban farming back into style around the world. In the 1960s, community gardens began appearing in the UK, inspired by similar efforts in the United States. One such project, Bristol’s Severn Project, started with just £2500 and now produces 34 tons of food a year while hiring people from disadvantaged backgrounds.
School gardens
School gardens have played a key role in American education, inspired by successful agricultural programs in Europe. Beginning in the 1890s with a garden in Roxbury, Massachusetts, these spaces were created to connect children with nature and farming. Teachers, government agencies, and social leaders believed gardening improved students’ learning, health, and civic values. This effort was part of what came to be known as the Nature Study movement, promoting hands-on science and outdoor observation. As cities grew and natural spaces became scarce, school gardens offered a way for urban youth to engage with the environment. By 1914, the Federal Bureau of Education officially recognized them as educational tools through its Division of Home and School Gardening.
Farms
Urban farms are agricultural plots in cities where people grow food and sometimes raise animals, often in small spaces like backyards or rooftops. These community-run efforts help build relationships and educate urban dwellers about farming. In 1996, the United Nations estimated over 800 million people worldwide grow food in cities. One of the earliest was set up in Kentish Town, London, in 1972, inspired by Dutch children's farms. The Collingwood Children's Farm in Melbourne began in 1979 on land farmed since 1838. New York City opened the world's largest privately run rooftop farm in 2010, followed by an even larger one in 2012, thanks to local programs. In Taiwan, cities like Taipei support urban agriculture through initiatives such as the Garden City Initiative, which grew beyond expectations. China is also turning to urban farming to address food security challenges, especially in places like Shanghai and the Pearl River Delta.
Aquaponics systems
Aquaponics is a farming method that brings together raising fish and growing plants in one self-contained system. Fish waste feeds the plants, and as the plants absorb nutrients, they clean the water for the fish to live in. It’s a cycle where both parts support each other, using far less water than traditional farming and no chemicals. The process starts with fish waste releasing ammonia into the water. Then, helpful bacteria change that ammonia into nitrates the plants can use. As the plants grow, they filter the water and send it back to the fish tank, finishing the loop.
Vertical farming
Vertical farming is a method of growing food in stacked layers or on inclined surfaces inside controlled indoor environments, designed to make the most of limited space. It uses techniques like hydroponics or aeroponics, where plants grow without soil, using nutrient-rich water or mist instead. These systems can produce more food per square foot than traditional farming and allow year-round growing thanks to artificial lighting and climate control. But vertical farms face challenges including the need for specialized knowledge, questions about whether they can be run profitably, and pushback from city officials and residents who may not support them.
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Overview
Dahlias are bushy, tuberous plants from Mexico and Central America, part of the Asteraceae family that includes sunflowers, daisies, chrysanthemums, and zinnias. There are 49 species of dahlia, offering almost every color except blue, with many hybrids grown in gardens. Before the Spanish conquest, these plants were known only to the Aztecs and other groups in southern North America. After that, they made their way to Europe. Some dahlia tubers provide medicinal and dietary benefits because, like certain Inula species and other flowering plants, they store energy using inulin rather than starch.
Description
Dahlias are perennial plants with tuberous roots, meaning they come back year after year, though they can't handle frost and need protection in cold climates. Some dahlias have herbaceous stems that die back each winter, while others develop woody stems that resprout after dormancy. As members of the Asteraceae family—which includes sunflowers and daisies—dahlias produce composite flower heads called capitula, made up of many tiny florets that look like rays around a central disc. These flowers range in size from just a few centimeters to over thirty centimeters across. Most dahlias don’t smell, relying instead on bright colors to attract pollinators, with almost every hue except blue. Their variety comes from being octoploid, having eight sets of chromosomes, and from transposons—genetic elements that move around the genome, creating endless possibilities in form and color.
Early history
In 1525, Spaniards observed dahlias growing wild in Mexico, but the first detailed record came from Francisco Hernández, who was sent to study New Spain's natural products in 1570 by Philip II. Indigenous groups such as the Toltecs and Aztecs gathered and cultivated the plants, naming them "Chichipatl" and "Acocotle" or "Cocoxochitl," words that came to be translated into Spanish as "water cane" or "hollow stem flower." Hernández described two kinds of dahlias, including the pinwheel-like Dahlia pinnata and the large Dahlia imperialis, along with other medicinal plants. His colleague Francisco Domínguez drew illustrations, including some resembling modern bedding dahlias and one like Dahlia merckii. A report titled Nova Plantarum, Animalium et Mineralium Mexicanorum Historia was sent to Madrid in 1578. It was translated into Latin by Francisco Ximenes in 1615 and later published by Francisco Cesi of the Academia dei Lincei in Rome between 1649 and 1651. The original manuscripts were destroyed in a fire during the mid-1600s.
European introduction
In 1787, French botanist Nicolas-Joseph Thiéry de Menonville reported beautiful flowers from a garden in Oaxaca while searching for cochineal insects. In 1789, Vicente Cervantes sent plant parts to Abbe Antonio José Cavanilles in Madrid, who cultivated them and named the first two species Dahlia pinnata and Dahlia rosea in 1791. A third, Dahlia coccinea, followed in 1796. By 1798, seeds reached Parma, Italy, and later, the Marchioness of Bute sent some to Kew Gardens in England, where they flowered but were lost after a few years. Cavanilles sent tubers to Swiss botanist Augustin Pyramus de Candolle, Andre Thouin in Paris, and William Aiton at Kew in 1802. John Fraser brought seeds from Paris to England in 1802, where they flowered the next year. In 1804, Lady Holland received tubers from Cavanilles and successfully grew new plants at Holland House, though they didn't survive; new stock arrived in 1815. Lord Holland sent his wife a note with a verse praising the dahlia. In 1805, Alexander von Humboldt sent more seeds to England, France, and Germany, including to Carl Ludwig Willdenow, who reclassified them under the genus Georgina.
Classification
Since 1789, when Cavanilles first introduced the dahlia to Europe, growers and botanists have worked to understand its development. At least 85 species have been reported: about 25 from the wild, the rest from European gardens. Some were hybrids, possibly from seeds sent by Humboldt from Mexico in 1805, or other undocumented sources. William John Cooper Lawrence, who hybridized hundreds of dahlias in the 1920s, said he had never seen two plants in the same family that weren't distinct. By 1829, all European species were grouped under the name D. variabilis, though it's not accepted today. Through crossbreeding the Humboldt and Cavanilles species, 22 new ones were reported that year, each classified differently by various taxonomists. As of now, botanist Liberty Hyde Bailey recognizes 15 species. In 1830, William Smith suggested dividing all dahlia species into two color groups: red-tinged and purple-tinged. Lawrence found that, except for D. variabilis, all species could be assigned to one of two flower-color groups — Group I (ivory-magenta) or Group II (yellow-orange-scarlet).
Infrageneric subdivision
In 1955, Sherff first divided the dahlia genus into three sections: Pseudodendron, Epiphytum, and Dahlia. By 1969, Sørensen recognized 29 species and split off Entemophyllon from section Dahlia. Giannasi, in 1975, using flavonoid analysis, reduced the genus to just two sections: Entemophyllon and Dahlia, which he divided into three subsections—Pseudodendron, Dahlia, and Merckii. Sørensen revised his system again in 1980, merging subsection Merckii back into section Dahlia. He later described two new species, Dahlia tubulata and D. congestifolia, placing them within existing sections. A further species, D. sorensenii, was added by Hansen and Hjerting in 1996. They showed that D. pinnata should be called D. x pinnata, a hybrid variant of D. sorensenii introduced to Europe in the sixteenth century, with the original species presumed extinct. Saar described 35 species in 2003. However, morphological and biochemical separations have not been entirely satisfactory. Phylogenetic studies show only section Entemophyllon as a distinct clade; the core Dahlia clade includes most of section Dahlia, while the variable root clade contains Pseudodendron, Epiphytum, and some species from within section Dahlia. Outside these groupings are D. tubulata and D. merckii, forming a polytomy. Horticulturally, section Pseudodendron is called 'Tree Dahlias,' Epiphytum the 'Vine Dahlia,' and the remaining herbaceous sections are distinguished by their leaf arrangements—opposing in Dahlia, alternating in Entemophyllon.
Etymology
The name "Dahlia" comes from botanical confusion stretching back decades. While many think Carl Linnaeus named the plant after his student Anders Dahl, that's not quite right—Linnaeus died in 1778, over a decade before the plant was introduced to Europe in 1789. The actual naming happened later, in 1791, and likely wasn't done by Linnaeus at all. It was probably Abbe Antonio Jose Cavanilles of Madrid who gave the genus its official scientific name after receiving the first specimens from Mexico. Still, the name didn't stick right away. In 1805, German botanist Carl Ludwig Willdenow switched the plant's genus to Georgina, honoring Johann Gottlieb Georgi. He even reclassified the original species identified by Cavanilles. It wasn't until 1810 that Willdenow officially returned to Cavanilles's name, Dahlia—but the name Georgina lingered in Germany and Russia for years afterward.
Distribution and habitat
Dahlia plants grow wild primarily in Mexico, though some species stretch into Central America and northern South America. One variety, D. australis, can be found as far south as southwestern Guatemala. Others like D. coccinea and D. imperialis also appear in parts of that region. These flowers thrive in mountainous areas, typically between 1,500 and 3,700 meters high. They live in a type of forest known as pine–oak woodland. Most dahlia species have small ranges, scattered across many different mountain ranges throughout Mexico.
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Overview
Tree shaping is an ancient art that uses living trees and woody plants to build structures and sculptures. Artists work with grafting to join trunks, branches, and roots into designed forms, a technique that shares roots with other horticultural practices like bonsai, espalier, and topiary. The tradition goes back centuries, as shown by the living root bridges of the Khasi people in India. In the early 1900s, figures like banker John Krubsack and landscape engineer Arthur Wiechula helped carry the practice forward, while Axel Erlandson created his famous Tree Circus. Today, artists continue this work, turning growing things into lasting art.
History
Inosculation, or self-grafting, is a natural process where trees of the same or similar species fuse together, and in the Indian state of Meghalaya, living root bridges were crafted from banyan fig trees, taking up to fifteen years to build and lasting five to six centuries. These bridges, made by guiding roots across gaps and weaving in sticks and stones, could support fifty people. In the Middle East, living trees were used to construct garden houses, including a three-story structure in Cobham, Kent. Pleaching, an ancient hedge-laying technique, involved weaving living branches to encourage inosculation, forming raised hedges or even entire structures like roofs, walls, and flood-resistant dwellings in medieval Europe.
Methods
There are three main methods of shaping trees: aeroponic culture, instant tree shaping, and gradual tree shaping. Aeroponic culture grows roots in a mist of nutrients until they reach a desired length, then shapes them as they're planted—used today to build large eco-architectural structures, though the technique has ancient roots, like the living root bridges of the War-Khasi people in India. Instant tree shaping uses young, flexible saplings two to four meters tall, bending and weaving them into designs that are held in place for years; Richard Reames once completed an hour-long project called Peace in Cherry using this method. Gradual shaping starts with small seedlings planted according to a design, guided by jigs or wire systems, with daily or weekly adjustments; it can take years, even decades, for pieces like those of Axel Erlandson to mature fully.
Common techniques
Framing can use a mix of materials, including the tree itself—living or dead—and while different methods may apply these techniques in unique ways, certain practices are shared across approaches. Grafting, for instance, relies on the natural process of inosculation, where a branch is cut and secured in place, whether from the same plant or a different cultivar, to form strong, lasting joints. Pruning helps shape growth, allowing designers to guide trees into specific forms. And timing plays a key role, not just in how work is done, but in mastering this artistic craft.
Structure
Living structures grown from trees offer mechanical benefits over lumber construction and greater decay resistance. Although some decay organisms can attack live wood externally and living trees may contain internal decaying heartwood, generally speaking, living trees decay from the inside out while dead wood rots from the outside in. Living wood tissue, especially sapwood, defends against decay through compartmentalization—a defense only living trees possess that varies by species. This construction method isn't straightforward. Willows, which grow quickly, have been used to create building support or protection. A group of young German architects are currently developing such structures, monitoring them constantly. When trees reach maturity and can bear weight, they're evaluated for strength and stability by structural engineers. Only after approval is temporary framework removed. These projects must stay within trees' load-bearing capacity and growth rate limits, which is being explored through prototype testing.
Design options
You can grow trees into abstract, symbolic, or functional shapes—cubes, circles, letters, clothes hangers, wastepaper bins, living fences, jungle gyms, archways, domes, gazebos, and tunnels. The Human Ecology Design team at MIT grows homes from native trees in different climates by planting according to a plan and shaping over time. Some designs use only living wood while others include glass, steel, or stone added during growth. One benefit is that resulting furniture is stronger than traditional pieces because grain flows through the entire structure instead of being glued together, with all joins grafted for natural durability.
Environmental benefits
Shaped tree projects can help balance carbon dioxide and oxygen in cities, creating a more pleasant environment for people. These projects might include playground structures, bus stops, or walkway overpasses made from trees. Such trees offer shade and help direct fresh air flow. Fruit trees are especially useful because they provide food while growing. When these trees eventually die, they can be composted back into the soil. The roots of these trees also help hold the ground in place, reducing erosion and preventing landslides. In some cases, trees could even be planted on landfills or garbage sites, where biodegradable waste might support their growth.
Tree fortifications
In his De Bello Gallico, Julius Caesar recounts how the Nervii bent trees into wall-like hedges. This method persisted across Europe until the 18th century, sometimes used to mark regional borders with large-scale fortifications. Over time, these original bent trees grew surrounded by defensive structures that, left undisturbed for centuries, could stretch up to 100 meters wide. A comparable example appeared in Asia with the Willow Palisade, named for its willow branches woven into a wickered barrier.
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Overview
The Chicago Botanic Garden spans 385 acres across nine islands in northern Cook County, nestled within Glencoe, Illinois. It’s home to 27 display gardens and five natural areas like the Mary Mix McDonald Woods and Dixon Prairie. Open daily since 1972, it now charges an admission fee that began in 2022. Managed by the Chicago Horticultural Society and owned by the Forest Preserve District of Cook County, the garden also houses the Joseph Regenstein Jr. School, which offers education and research opportunities. Accredited by the American Alliance of Museums and part of the American Public Gardens Association, it’s a place where learning and nature come together year-round.
Conservation
On September 23, 2009, the Daniel F. and Ada L. Rice Plant Conservation Science Center opened at the Chicago Botanic Garden. That building received a Gold LEED rating from the U.S. Green Building Council in September 2010 for its sustainable design and green roof garden. Scientists there are involved in rare plant species conservation research and participate in regional, national, and international organizations working to protect plants. They are part of the Seeds of Success project, managed by the Royal Botanic Gardens, Kew, which seeks to collect 10,000 seeds from each of 1,500 native Midwest species for restoration work. The garden also contributes to monitoring rare plants through the Plants of Concern initiative in northeastern and southern Illinois.
Sustainability
The Chicago Botanic Garden’s early sustainable practices began with victory gardens during World Wars I and II. Today, its gardens use composting for food and paper scraps, sustainable irrigation, and limit fertilizer and pesticide use. The garden promotes these methods by encouraging composting, rain barrel installation, native plant use, removing invasive species, and planting perennials. They also run the Windy City Harvest program, which provides workshops on urban horticulture and agriculture. In 2010, the Corporate Roundtable on Sustainability was formed to push companies toward more responsible practices.
Honors and awards
In 2006, the Chicago Botanic Garden was honored with the Award for Garden Excellence from the APGA and Horticulture magazine, recognizing its top horticultural standards and dedication to best practices. Then, in 2012, it was named one of ten “Great Places” by the American Planning Association, chosen for its local food production, design excellence, education, outreach, and sustainability efforts.
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Overview
Aconitum, known by names like aconite, monkshood, wolfsbane, devil's helmet, and blue rocket, is a genus of more than 250 species within the Ranunculaceae family. These herbaceous, perennial plants are found primarily in mountainous areas of North America, Europe, and Asia, where they grow in soils that hold moisture yet drain well. Most varieties are highly toxic and must be treated with care. Among them, certain hybrids such as the Arendsii form of Aconitum carmichaelii have received recognition, including the Royal Horticultural Society's Award of Garden Merit.
Etymology
The plant known as aconitum comes from the Greek word ἀκόνιτον, possibly tied to the word akon meaning dart or javelin, since the tips of such weapons were poisoned with the plant’s substance. Another theory links it to akonae, referring to the rocky terrain where the plant was believed to grow. The Greeks also called it lycoctonum, literally "wolf's bane," suggesting its juice was used to poison arrows or traps meant to kill wolves. In English, it's known as monkshood, a name that refers to the flower’s distinctive cylindrical shape, which resembles the helmet called a galea worn by medieval monks.
Description
Aconitum species sport dark green, stipule-less leaves that are palmate or deeply lobed with five to seven segments, each trilobed and toothed. The leaves spiral in arrangement along tall, erect stems, with lower ones having long petioles. At the stem’s top, racemes bear large, zygomorphic flowers in blue, purple, white, yellow, or pink, featuring a distinctive posterior sepal shaped like a helmet—hence the common name monkshood. Two to ten petals are present, with two large ones tucked beneath the hood and sporting nectar-filled spurs. The remaining petals are small and scale-like. The plant's fruit is an aggregate of follicles, and unlike many in the Ranunculaceae family, it does not produce double-flowered varieties.
Color range
Aconitum flowers are mostly a medium to dark semi-saturated blue-purple, though the genus shows enough variation in nature to confuse experts trying to classify species. In cultivation, the colors don’t reach the same depth as in the wild. Besides blue-purple, you’ll also find white, very pale greenish-white, creamy white, and pale greenish-yellow in nature. Some hybrids produce wine red or pale pink, and there are bicolor varieties with white centers and blue-purple edges. The "Stainless Steel" hybrid has a very pale lavender, greyish purplish shade. Monkshood bears light indigo-blue flowers, while Wolf's Bane produces whitish or straw-yellow ones. Unlike Delphinium, Aconitum lacks true blue, greenish-blue, bright red, or intense pink blooms, and there are no orange or green varieties. It’s more vivid than Helleborus but less so than Delphinium, with no blackish flowers.
Horticultural trade morphology
In the world of garden plants, Aconitum stands out for something unusual: there are no double-flowered varieties of it available in the horticultural trade. That’s different from other members of the Ranunculaceae family, which are commonly grown. One well-known example is Ranunculus, a genus with around 500 species, but most gardeners only know one of its species, Ranunculus asiaticus, often called simply “Ranunculus” in the trade. Another species, Ranunculus acris, has seen limited use, mostly in its double form known as ‘Flore Pleno’. Meanwhile, doubled versions of Consolida and Delphinium are widely available, while single-flowered types of Anemone, Aquilegia, Clematis, Helleborus, Pulsatilla, and even Papaver still hold their ground. Yet Aconitum remains without any double forms in cultivation.
Ecology
Aconitum plants support several moth species, with the yellow tiger moth and purple-shaded gem feeding on A. vulparia, while the engrailed moth and others are seen on A. napellus. The dot moth has been found on both A. septentrionale and A. intermedium, and the golden plusia is hosted by multiple species including A. vulparia and A. napellus. Aconitum flowers are pollinated mainly by long-tongued bumblebees, which can reach the nectary at the flower’s center. Some short-tongued bees instead bore holes to steal nectar, though alkaloids in the nectar deter many species. Butterflies are attracted to A. lycoctonum, which has easier-to-reach nectaries and different alkaloid properties than A. napellus. The plants also serve as a food source for Old World bumblebees like Bombus consobrinus and B. gerstaeckeri.
Cultivation
Aconitum plants thrive in well-drained, moist soils rich in humus, much like Helleborus and Delphinium, and can handle partial shade. Most species do best with cool, moist roots and sun-exposed leaves, similar to Clematis. They're usually propagated by root division or seeds, though care must be taken to keep root pieces away from livestock that could be poisoned. All parts should be handled with gloves. These perennials live longer than delphiniums, investing less energy in flowering and needing no extra fertilizer. Like other Ranunculaceae and Papaveraceae plants, they hate root disturbance. Seeds should be planted soon after harvest or stored moist-packed in vermiculite to prevent dormancy issues. Jelitto's "Gold Nugget" seeds are said to bypass double dormancy, germinating immediately. Without this treatment, seeds may take up to two years, germinate erratically, and lose viability quickly—traits common in Ranunculaceae like Pulsatilla and Adonis.
Toxicology
Aconitum plants contain dangerous alkaloids like aconitine, mesaconitine, and pseudaconitine, especially in their roots and tubers. Just 2 milligrams of aconitine or 1 gram of plant material can lead to death from respiratory paralysis or heart failure. Skin contact can cause numbness, tingling, and cold sensations within an hour, sometimes immediately. Other symptoms include nausea, vomiting, diarrhea, sweating, dizziness, breathing trouble, headache, and confusion. In severe cases, these feelings spread to the limbs and motor weakness develops. Cardiovascular effects involve low blood pressure and irregular heartbeat. Death typically occurs within two to six hours in fatal poisoning. Treatment includes monitoring blood pressure and heart rhythm, using activated charcoal if ingestion happened recently, and administering drugs like atropine, lidocaine, or amiodarone for irregular heartbeats. In severe cases, cardiopulmonary bypass, extracorporeal membrane oxygenation, or hemoperfusion may be needed.
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Overview
Geum quellyon, known as scarlet avens, Chilean avens, or Grecian rose, is a perennial herb belonging to the Rosaceae family. It originates from central and southern Chile and has since been introduced to places like Belgium, Bolivia, and the United Kingdom. In the UK, it was first planted in 1826.
Macroscale
Geum quellyon reaches between 6 and 100 centimeters in height, with compound leaves that have three to ten pairs of leaflets. The plant develops a thick taproot that gives off a clove-like scent when broken, thanks to aromatic compounds present in the root. Its flowers range in color from yellow-orange to pink-red.
Medicinal
The Mapuche people of Chile have long turned to G. quellyon in traditional healing, using it to address tooth neuralgia, gastric inflammation, prostatitis, and menstrual irregularities. From its roots, a methanolic extract can be prepared. In observations involving a kidney transplant patient, researchers noted a pharmacological interaction between G. quellyon and cyclosporine, a drug given to prevent organ rejection.
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Overview
Plantify.co.uk operates as an online plant retailer rooted in Windsor, Berkshire, offering a broad selection of herbaceous and perennial plants. The platform sources more than 3150 individual plants from small-scale British growers. In addition to selling plants, the site features a Plant Finder encyclopedia and provides a free garden design tool to help users plan their spaces.
History
In 2011, Peter Laughton, a former computer games developer and gardening lover, created Plantify.co.uk. He brought his experience from working at Electronic Arts Inc. to develop a platform that used gamification techniques. These methods made processes like sales and marketing more engaging for customers, staff, and suppliers. Laughton’s background in video game design helped him build a unique approach to gardening commerce.
Operations
The business runs from warehouse offices and hires staff across operations, customer service, and horticulture. In 2012, it supported World Vision’s UK division, helping to grow a rare Andean Lupin for their RHS Chelsea Flower Show garden. That same year, at Hampton Court Palace, two gardens featured plants from plantify.co.uk: the Badger Beer Garden and ‘Bridge Over Troubled Water’, designed by Anoushka Feiler, which earned three awards including Best in Show and a gold medal.
Media Coverage
Plantify has appeared in publications like the Saturday Telegraph and Sunday Telegraph, alongside gardening and women’s magazines, and has been discussed on the radio. The brand has also gained attention through blog reviews, where both amateur and professional gardeners have shared their thoughts on plantify.co.uk.
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