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button palm plant

button palm plant Ponytail palm 'Beaucarnea recurvata' 2 Gal / Teal / Without Pot

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button palm plant Ponytail palm 'Beaucarnea recurvata' 2 Gal / Teal / Without PotIntroducing the ponytail palm, known as Beaucarnea recurvata. Native to Southern Brazil, the ponytail palm is also known as the "elephant's foot palm or elephant foot tree" because of its enlarged lower trunk, which resembles an elephant's foot. Within the agave family, the ponytail palm is a distinct plant that, despite its name, is not a true palm. Its cascading, strap like leaves resemble a ponytail, adding to its unique and elegant appearance.

Introducing the ponytail palm, known as Beaucarnea recurvata. Native to Southern Brazil, the ponytail palm is also known as the "elephant's foot palm or elephant foot tree" because of its enlarged lower trunk, which resembles an elephant's foot.

Within the agave family, the ponytail palm is a distinct plant that, despite its name, is not a true palm. Its cascading, strap-like leaves resemble a ponytail, adding to its unique and elegant appearance. This misconception often arises because its bulbous trunk and graceful foliage evoke the look of a palm tree. Ponytail palms are actually succulents, despite popular belief. Whether it's a succulent or a true palm itself, it adds a touch of tropical flair and botanical fascination to every area of your home. 

This stunning ponytail palm succulent boasts unique features, such as long, slender leaves that cascade gracefully from its bulbous trunk.

Ponytail palms grown in gardens as landscape plants typically grow no taller than 11 feet, while indoors, they rarely exceed 4 feet in height.

The Ponytail Palm is a popular houseplant with a distinctive appearance and a thick, bloated brown stem that stores water at its thick, swollen stem and trunk base, often called a bulb or caudex.

The flowers of the ponytail palm rarely bloom when grown as a houseplant. When it blooms in late winter to early spring, it has small, nocturnal, pure white flowers that appear on long stalks that emerge from the center of your ponytail palm succulent.

The ponytail palm is a slow-growing plant with an impressive lifespan, reportedly living up to 150–200 years. Its longevity and ease of care make it a popular choice for indoor plants, offering beauty and companionship that can last for generations.

The ponytail palm Beaucarnea recurvata, is more closely related to desert plants in the Agave and Yucca genera.

When and How to Water Your Ponytail Palm

Like succulents, the ponytail palm is drought-tolerant with its fleshy, water-storing stems that can hold a lot of water.  However, their root structure is easily susceptible to overwatering, so make sure that you don't overwater, as it can lead to root rot and fungal infections.

In the spring and summer, during the growing season, the ponytail palm prefers regular watering. You'll want to keep the soil evenly moist but not soggy. Allow the top few inches of soil to dry out between waterings to prevent overwatering, which can lead to root rot.

In fall and winter, during the dormant period, to reduce the frequency of watering. The Beaucarnea recurvata growth slows down, so it won't require as much water. In spite of the right watering frequency of about 2–3 weeks, ponytail palm Beaucarnea recurvata roots can be damaged if the soil is not fast-draining. 

If you need to pot up a new ponytail palm, choose a container with enough drainage holes. Allow the soil to dry out more between waterings, but don't let it completely dry out. Aim for a balance where the soil is slightly moist but not overly wet. 

Light Requirements - Where to Place Your Ponytail Palm

When growing Ponytail palm indoors, it thrives in bright, indirect light but can also tolerate lower light levels. Placing it near a sunny window or in a well-lit room is ideal. However, be cautious of exposing your ponytail palm to direct, intense sunlight, as it may scorch the leaves. If they don't receive enough bright light, their stems may grow leggy, become paler, and develop curly leaves. So make your ponytail palm happy and give it plenty of light.

If you are growing your ponytail palm outdoors, it can withstand full sun, but it prefers to grow in areas with some partial shade and avoid prolonged direct sunlight.

Learn to adjust your ponytail palm plant to avoid burns if the location where you have Beaucarnea recurvata is exposed to too much direct sunlight. Gradually increase the exposure until it can handle the full sun.

It's critical to remember that during a heatwave or periods of extreme heat, your Beaucarnea recurvata ponytail palm could still sustain sun damage or get sunburned. In this situation, you can protect your ponytail palm by moving it indoors or to a shaded area. 

Optimal Soil & Fertilizer Needs 

When it comes to choosing the right soil for your adorable ponytail palm, you need to be careful. You see, the amount of moisture in the soil can literally make or break your little green friend. You've got root and stem rot faster than you can say "cactus." That's why we at Planet Desert have got your back with our Soil cactus mix blend 1 gal 4 qt cacti succulent dirt compost growing media. This organic mycorrhiza helps grow a healthy root system that makes all those thick, swollen stems stand tall and proud.  As an okay alternative, you can create your own succulent mix by combining equal portions of perlite, coarse sand, and good natural potting soil. 

Ideally, you should look for a natural fertilizer with an approximate blend of 5-10-15 that is higher in phosphorus than nitrogen. The best choice is to use natural fertilizer, as ponytail palm Beaucarnea recurvata lasts longer and keeps your soil alive by adding other beneficial compounds and microbes that encourage ponytail palm health and nutrient absorption. 

Hardiness Zones & More

When it comes to indoor care, this Beaucarnea recurvata ponytail palm prefers average room temperatures between 65 and 75°F, making it suitable for most indoor settings. It can tolerate slightly cooler temperatures, but it's best to avoid extreme cold drafts or sudden temperature fluctuations.

The ponytail palm Beaucarnea recurvata can tolerate average indoor humidity levels, but it appreciates a bit of dry air from time to time. Misting the leaves occasionally or placing the pot on a tray filled with pebbles and water can help create a slightly more humid microclimate around the ponytail palms.

If you are living in USDA zones 9–11, you can grow your ponytail palm outdoors year-round. It thrives in warm climates and can tolerate full sun to partial shade outdoors.

 In terms of temperature, it can withstand temperatures as low as 30°F for short periods, but it's generally recommended to protect it from frost and freezing temperatures.

 It can tolerate low humidity levels, making it a great choice for outdoor landscapes in drier regions. However, it's important to note that excessive humidity or prolonged exposure to high humidity can lead to fungal issues or root rot.

Remember, the ponytail palms, as slow-growing species, can't stand frost or too much humidity; therefore, they need warm, dry conditions. A balanced ponytail palm care will help you maintain temperatures and prevent too much moisture.

Wildlife - Ponytail Palm Attracts the Following Friendly Pollinators

The Ponytail Palm has small, fragrant flowers that can attract pollinators such as bees, butterflies, or hummingbirds. While it’s primarily grown as an ornamental indoor plant, providing outdoor exposure during flowering can support local pollinator populations and enhance the plant’s natural beauty.

Butterflies
Bees
Hummingbirds
Lady Bugs
Multi Pollinators
Other Birds

According to the ASPCA, the Ponytail Palm is non-toxic to humans, cats, dogs, and other common household pets. Its pet-friendly nature makes it an excellent choice for homes with animals, as it poses no significant health risk if leaves are chewed or ingested.

How to Propagate Your Ponytail Palm

The ponytail palm can be propagated through seeds or by offshoots that develop around the base of the ponytail palm plant. This method allows for quicker growth and ensures that the new plant retains the same characteristics as the parent plant. Repotting Ponytail palms is best done in the spring when the plant is actively growing. Be sure to use a well-draining potting mix to prevent root rot.

Key Takeaways

  1. The Ponytail Palm features a large, bulbous base known as a caudex, which stores water, making it highly efficient in surviving extended periods of drought.
  2. This plant is exceptionally low-maintenance and thrives in dry conditions, requiring infrequent watering and minimal care, making it perfect for busy individuals.
  3. Its long, narrow, and arching leaves cascade from the top of the trunk, resembling a ponytail, giving the plant its signature look and adding elegance to any space.
  4. The Ponytail Palm is a slow-growing plant, making it ideal for indoor settings, as it maintains its compact size for years with proper care.
  5. The Ponytail Palm is a slow-growing plant, making it ideal for indoor settings, as it maintains its compact size for years with proper care. (duplicate)

Final Thoughts

Overall, the Ponytail Palm (Beaucarnea recurvata) is a versatile and low-maintenance plant that can be a wonderful addition to both indoor and outdoor spaces. With its unique appearance and ability to adapt to different light conditions, it can brighten up any room or garden. Indoors, it prefers bright, indirect light and average room temperatures. Outdoors, it thrives in warm climates and can tolerate full sun to partial shade. Don't miss out on this opportunity to add something truly exceptional to your garden. Order your very own Beaucarnea recurvata, or ponytail palm, today!

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Carol E.
Whiting, US
★★★★★ 5
WHY YOU SHOULD BUY THIS BOOK
Format: Paperback
Forgotten Civilization by Dr. Robert Schoch Why should you buy this book? 1) You're already looking at it so you must have some interest in this topic. 2) Dr. Schoch has a great ability to take his, or others, theories and support them with well researched scientific data. This is helpful to those of us who are curious about alternative explanations but are still dependent on the "scientific thinking" paradigm. (He doesn't make statements like "when humans bred with aliens in 20,823 BC..."). 3) He always makes you think about conventional wisdom in a new way. For instance, in this book - the age of Easter Island statues (moai). How DID they get buried so deeply when they (conventionally) only go back to a South Pacific Polynesian settlement times?? I have stood in front of the moais on Easter Island and read many books on it's history and it never occurred to me to question the timeline. It takes that unique geologist perspective which Dr Schoch brings to his writings. 4) He introduces you to other researchers or writers that you will want to know more about. Like Thomas Brophy, Anthony Peratt, Paul LaViolette and many others. 5) The Appendices. Some excellent information on multiple topics included at the end of the book. 6) Because Dr. Schoch has gone where many others SHOULD go - against conventional archeological/historical wisdom which makes no sense. His initial theories on the age of the Sphinx as a young academic were very daring and absolutely correct. The geological community had no problem with his ideas - but Egyptologists did, and they have been after him ever since. Choosing a controversial research path has meant some changes in his academic career I'm sure, as "Academics," for all it's spouting of tremendous support for new knowledge and research is very much mired in politically correct concrete. (Go to Egypt and look for yourself. Even a casual tourist will see how wrong standard academic theories are currently). 7) I guarantee you will learn new and interesting things that just may change your life - or at the very least, change the way you think about the future. -C. Engel
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Reviewed in the United States on September 27, 2012
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Birmingham, US
★★★★★ 3
A Book About Everything and Nothing
This was a great idea for a book and it's too bad that Mr. Schoch decided not to write it. Some of the ideas about solar events, the way the plasma manifested in the sky as it relates to ancient petroglyphs is fascinating. Mr. Schoch spent very little time in this space however (in spite of the book's title). Instead we got a brief, incomplete overview coupled with a survey of every piece of fringe science out there from the memory of water, to quantum entanglement to telepathy. There was the obligatory chapter on his work with the Sphinx of course. It always comes back to the Sphinx with this guy. Not an original thought in the book, but there was plenty of promotion of fringe science, especially the work of Paul LaViolette whose confusing and widely ignored and self-published work got several chapters. I gave the book 3 stars for its entertainment value and docked it two for not staying on point. This is still a great and fascinating subject. I wish Mr. Schoch thought so too.
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Reviewed in the United States on March 30, 2015
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Chongyean Cheang
Phoenix, US
★★★★★ 5
An amazing book
Format: Paperback
Silent Spring by Rachel Carson is one book that has opened our minds to how much has gone wrong in the world. It is an immensely powerful scientific book for general readers packed full of verifiable research and data. Rachel Carson wrote the book about the widespread use of chemical pesticides that have wreaked havoc upon the water, the atmosphere, the soil, and the earth since the experiments conducted during World War II. Carson begins the book with a short chapter containing an imaginary scenario of a quiet American countryside in spring devoid of birds and other wildlife. Carson then asks a question which the book attempts to answer: "What has already silenced the voices of spring in many towns in America?" (Carson 1962) The other sixteen chapters fully detail how the use of chemical pesticides and herbicides impacts the environment and silences living species when people do not pay attention. In chapter two she makes the point that humans can alter nature. "The most alarming of all man's assaults upon the environment is the contamination of air, earth, rivers, and sea" (Carson 1962). The author demonstrates that people try to get a quick fix for their small problems but are often unaware of the consequences of their quick fix solutions. "We use the chemicals to kill weeds, insects, and pests…… They should not call insecticides but biocides" (Carson 1962). In the next chapter, "Elixirs of Death," she introduces chemicals which can harm health such as chlorinated hydrocarbons (e.g., DDT), organic phosphates, and other hydrocarbons that are more toxic than DDT such as dieldrin, Aldrin, and endrin. She tells the story of a child and family dog that was suddenly killed by the use on an endrin cockroach spray. When the chemicals are combined with one another, it leads to an unpredictable and harmful result in the atmosphere and living creatures. Carson continues in chapter 4 and five by describing the effect of pesticides in water and soil. Even though low concentrations of insecticide in the water is not detrimental, a habit of putting poison in water builds up and ends up passing into fishes, animals, and humans. DDD and DDE, the toxaphenes used in clear lakes destroy the human adrenal cortex (Carson 1962). Even though the chemicals had been deposited years ago, it was carried on in living species from generation to generation. Similarly, soil can be destroyed if it contains too many pesticides and these chemicals may remain in the ground for an extended period. The following chapter of the book mentioned that there are ways to avoid using insecticides to kill insects such as introducing different species of plants or by introducing plant-eating insects. Carson continues her analysis of the life-threatening consequences of pesticides on the surroundings in chapters 7, 8 and 9. She mentions that the entire population of living creatures, including birds and fish, was killed in sprayed areas. "Aldrin, one of the deadliest of all chemicals, was chosen to kill the Japanese beetles... After a few reports came in of dead birds everywhere…. Dogs and cats sickened" (Carson 1962). The author also provides excerpts of letters from people who lived in the areas saying that these pesticides changed the landscape of the areas in which they lived. One woman reported that the spraying of these chemicals had wiped out robins, chickadees, and cardinals. Other women from Alabama said the result of fire-ant spraying made the birds disappear overnight. Other people in Mississippi saw no land birds for miles after spraying. The author ends the chapter with the question, "Isn't it possible to help the balance of nature without destroying it? Who has the right to decide about the use of chemicals?" Chapter 10 details the death of wildlife when aerial spraying is conducted. She comments on the lack of precaution and foresight being used by the pesticide industry. "No research was done before the launch of million acres aerial campaign" (Carson 1962). It shows the lack of caution and general unawareness of the consequences of their actions. The following chapter examines the evidence that the widespread use of poisonous substances can cause the slow, prolonged destruction of human health. For example, she mentions, "DDT has been found everywhere in processed food and cooked restaurant meals" (Carson 1962). The cumulative effect of using different chemicals is that it is incorporated into our food. It is unpredictable how much it can cause harm. A huge amount of poison is everywhere; people exist in their day-to-day lives without knowing that it is even there. Carson calls it "the age of poison" (Carson 1962). Chapters 12, 13 and 14, Carson directs examines the chemicals harmful to human tissues and organs. Back in the days, we lived in fear of infectious diseases such as smallpox and cholera. Now, we are living with and facing new diseases that Carson calls "the environmental disease." The author gives many examples of the sources of the chemicals and how it reacts and is incorporated into the body. "Dieldrin can have long-term effects such as loss of memory, insomnia, nightmares, and mania" (Carson 1962). At the end of chapter 14, she mentions the statistic that one in every four Americans is developing cancer. The possible explanation is that the sale of chemicals in the market is an accepted part of our lives. She describes how she was slowly dying of cancer as she finished this book. In the next three chapters, Carson describes how insects have developed the ability to reproduce and resist the effects of the sprays. In other words, like the title of Chapter 15 states, "nature fights back." Finally, the final chapter, "The Other Road" presents alternatives to chemical control of pests. Chemical "solutions" should be stopped. Instead, an alternative way is biological solutions based on knowledge of living organisms. She gives examples such as insect sterilization, insect venom as a poison, insect killing microorganisms, and ultrasonic sound to kill mosquito larvae. "The choice, after all, is ours to make" (Carlson 1962). Overall, Silent Spring is all about how the world has changed because of our misguided actions of using harmful chemical pesticides in nature. The book opens our eyes and minds to the fact that these synthetic pesticides have poisoned all living species, destroyed the environment, and contaminated the world. I would recommend this book to all people that are interested in how much the earth is contaminated by humans and want to find a way to help keep the balance of nature without destroying it.
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Reviewed in the United States on February 12, 2018
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Lisa D.
Lowell, US
★★★★★ 5
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Reviewed in the United States on April 27, 2026
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SEONGJAE KIM
Chelsea, US
★★★★★ 5
[book review] Silent Spring
Format: Paperback
Author of Silent Spring Rachel Carson points out in Chapter 14 that cancer was increasing not only in the general public but also in youth: “The monthly report of the Office of Vital Statistics for July 1959 states that malignant growths, including those of the lymphatic and blood-forming tissues, accounted for 15 percent of the deaths in 1958 compared with only 4 percent in 1900. Judging by the present incidence of the disease, the American Cancer Society estimates that 45,000,000 Americans now living will eventually develop cancer. This means that malignant disease will strike two out of three families (221)”. “Today, more American school children die of cancer than from any other disease. So serious has this situation become that Boston has established the first hospital in the United States devoted exclusively to the treatment of children with cancer. Twelve percent of all deaths in children between the ages of one and fourteen are caused by cancer” (221). Why there were trends of increasing cancer? To answer the question, this paper delves into the 3 causes of cancers mentioned in this chapter - radiation, chemicals, and lack of oxygen for cells. Furthermore, it explores additional important questions it makes us ask. Cancer can be caused by natural sources such as ultraviolet radiation from the sun, radiation from certain rocks, and other similar sources. While Carson admits they are still a factor in producing malignancy, she argues that since these sources have existed for longer than life on Earth and only those who are resistant to them have survived over time, modern-day organisms must have adapted to living with them. In other words, there are likely other reasons for increasing cancer rates besides natural sources. Carson believed that it was especially due to the widespread use of man-made carcinogens in pesticides and insecticides. Compared to natural cancer-causing materials, man-made carcinogens were brand new forms of chemicals that had never existed in the natural environment before, so human beings’ slow biological evolution has not adapted to them yet. Carson not only suggested this logical process but also shared some real-life examples of how humans started to realize that man-made materials can cause cancer. Some of them were due to a lack of knowledge about carcinogens and were somehow inevitable because it was occupational exposure. For instance, in 1775, Sir Percivall Pott declared that scrotal cancer, which was so common among chimney sweeps, must be caused by the soot that accumulated on their bodies. “In the early 1920’s women who painted luminous figures on watch dials swallowed minute amounts of radium by touching the brushes to their lips; in some of these women bone cancers developed after a lapse of 15 or more years. A period of 15 to 30 years or even more has been demonstrated for some cancers caused by occupational exposures to chemical carcinogens” (226). At least these occupational carcinogen exposures were limited to relatively small populations. However, DDT which has produced suspicious liver tumors on animal subjects during laboratory tests and was given the definite rating of a chemical carcinogen by Dr. Huper of the National Cancer Institute, and other insecticides were widely used. Not only the direct exposure to those chemicals are problem but also they don't simply disappear after they're used. They keep following up the food chain, ending up in humans and potentially causing cancer. How do some chemicals cause cancer? German biochemist, Professor Otto Warburg has proposed a persuasive theory. He believes that these chemicals or radiation agents destroy the respiration of normal cells, depriving them of energy. This theory was confirmed in 1953 when other researchers were able to turn normal cells into cancer cells by depriving them of oxygen intermittently over long periods. The impact of these chemicals is not limited to existing organisms; they can also affect unborn babies. This is because babies have rapid cell divisions, making them more vulnerable to the effects of cancer-producing agents that penetrate the placenta and act on the rapidly developing fetal tissues. Dr. W. C. Hueper of the National Cancer Institute has suggested that congenital cancers and cancers in infants may be related to the action of cancer-producing agents to which the mother was exposed during pregnancy. The long latent period of most cancers is the time required for the infinite number of cell divisions during which fermentation gradually increases after the initial damage to respiration. However, since babies are in the process of rapid cell division, they may develop cancer faster when exposed to carcinogens compared to adults. How do we end up surrounded by chemicals that potentially cause cancers to not only living humans but even further unborn babies? Carson wrote - “The chemical agents of cancer have become entrenched in our world in two ways: first, and ironically, through man’s search for a better and easier way of life; second, because the manufacture and sale of such chemicals has become an accepted part of our economy and our way of life” (242). But we can’t just stop developing chemicals to pursue better and easier lives or change our lives back to primitive levels because unsatisfactory is human nature. Then what’s the practical solution? I’ll say regulators with expertise. Just like we are not using toxic chemicals that were used in the past thanks to regulations, regulations should keep monitoring such potential dangers. Therefore regulators must be experts. But this approach isn’t perfect. Moving legislation to phase out the use of such carcinogenic chemicals has been slow which makes “what the public is asked to accept as “safe” today may turn out tomorrow to be extremely dangerous” (224). It's hard to believe that toxic chemicals like DDT were widely used just a few generations ago. However, it's important to consider that similar practices may be occurring today in the world we live in right now. In Professor Handwerk’s words “Now You See It… Now You Don’t.” and we must keep asking what are the DDTs - something harmful but shocking widely used - nowadays. It’s the important question that Carson made us think further about the cause of the cancer.
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Reviewed in the United States on March 25, 2024

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