Every year, lithops grow a fresh pair of leaves. The old leaves must wither in order for the new ones to develop because they only have one pair of leaves at a time. New leaf growth typically begins following the blooming season. Lithops will go into dormancy for a period after they flower in order to be ready for fresh growth. Old leaves will continue to provide the plants with nutrition, and ultimately, new pairs of leaves will push through the crack left by the old ones.
Your Lithops may occasionally produce new leaves without blooming. Most of the time, it is difficult to determine the precise cause, but the Lithops may be in the early stages of their growth cycle.
Checking the leaves of your Lithops is one technique to see whether it is producing new leaves. The outer leaves are likely in the process of shredding if they feel mushy and spongy to the touch. You will quickly notice new leaves growing after a few days. If not, it can simply be underwatering. Do not water your Lithops during this time until the old leaves have fully withered.
My Lithops are soft—why?
This must have escaped my notice the first time. I won’t go through everything again because I’m sure I’ve answered this question on growing Lithops many times on this board.
In a nutshell, overheating or overwatering are the causes of mushy Lithops. Lithops that have grown too softly, with too little sun and water, over an extended length of time, are more susceptible. Lithops cannot be killed by touching them. Even killing Lithops with a stick doesn’t work! Lithops can be killed by growing them in peat, watering them on a schedule, placing them on a window sill, or feeling sorry for them since they appear to be in need of some moisture.
It is challenging to grow lithops in a tropical climate. In extremely hot weather, they become dormant and must be kept dry. Constant humidity poses a risk to any form of damage or soft plants. And it’s simple to overheat them due to the combination of the bright sun and the absence of cold air. A photo of a dying Lithops might help to identify the cause if you could post it.
Are you able to save mushy Lithops?
Succulents called lithops prefer not to be overwatered. Because they store water, the leaves have a buffy appearance. Lithops that are yellow and shriveled are a sign of trouble, which is typically brought on by overwatering the plant. Finding the issue is the first step in saving a Lithops that has been overwatered.
When lithops is overwatered, rotting roots, mushy stems, and yellowing leaves are evident. Take your lithops out of its container, cut off the rotting roots, and fungicide-treat the healthy roots. Repot the lithops using fresh potting soil and guard against overwatering.
By taking the following actions, you can save your overwatered Lithops:
- Take out the overwatered lithops.
- Delete the weakened roots.
- After cleansing with a water flush, pat the roots dry.
- Cleanse the wholesome portion of the root system.
- Repot using fresh soil mixture and vessel
- Future irrigation practices should be altered.
My Lithop is shriveling, why?
Underwatering is the primary cause of the shriveling leaves on your lithops. Your plants’ leaves will dry up, shrivel, and wrinkle horizontally if they don’t get the water they require, especially during the warmer months.
Overwatering or the plants’ normal process of shedding older leaves to make room for new leaves are two more factors that could cause your lithops to shrivel.
Why is the succulent on my rock mushy?
Split Rocks, like the majority of succulents, is drought tolerant and can go for extended periods of time without water, which makes it the perfect plant for someone with a hectic schedule.
When the soil has totally dried up between waterings throughout this plant’s growing season, which often occurs in early Spring and late Summer, it is ideal to give it a deep soak. Your watering schedule should be drastically decreased to once per few weeks in the summer and winter when there are high temperatures present.
Remember that too much watering might lead to Split Rock cracking and finally rotting. So before you water again, be sure to inspect the soil and the toughness of the leaves. The leaves don’t yet require watering if you sense the soil getting close to becoming dry but they are still firm.
Also keep in mind that a Split Rock will often only have two sets of leaves at a time when it is healthy and happy. Your plant is already drowning if it begins to grow more than two sets of leaves or has even the tiniest cracks in its epidermis. Therefore, stop watering your Split Rock for at least a week as soon as you see these symptoms.
Why does my Split Rock seem floppy?
While the Royal Flush to its right is just started to bloom, the one on the top position already has a seed pod!
Here’s another excellent illustration of leaf stacking. The royal flush split rock in the foreground, which is how I bought it from the seller, actually has four sets of leaves (there are two growing up through the centre).
When it first came, all of the leaves were vivid purple. However, since I stopped watering it, you can see how the oldest set is beginning to lose part of its color (and it has obviously shrunk a lot). The outer leaves ought to start to wither away soon. The other leaves can be mushy as long as the two in the center are sturdy. This indicates that it is using its own water, therefore you are not need to provide any.
Because stacking is unnatural and eventually results in rot, it is a horrible idea.
Some of the young plants from the seed pod above are shown here. This is how they seem in December, after having been planted back in April.
When should Lithops not be watered?
Lithops are little, intriguing plants native to southern Africa that are rather simple to grow inside. William John Burchell made the initial discovery of the Lithops in 1811 while on a botanical expedition in southern Africa. He came uncovered a strange-looking brown stone with a fracture running across its surface while exploring the Northern Cape Province, not far from the town of Prieska. This odd-looking stone proved out to be a succulent plant upon closer investigation. Due to their resemblance to stones, these members of the Mesembryanthemaceae (Aizoaceae) plant family were given the names lithos and opsis. Because they resemble tiny hoofprints, these plants are called locally by the Afrikaans names beeskloutjie (cattle hoof), skaappootjie (sheep hoof), or perdeklou (horse’s hoof). Even for those with a trained eye and years of experience, it can be challenging to spot Lithops in their native habitats in Namibia and South Africa because they have evolved to blend in so well with their surroundings—looking exactly like the sand and stones they live among in shape, size, and color.
Lithops are found in dry locations in colonies that are widely spaced apart and poorly populated. The word has both a singular and a plural form. In regions where Lithops are found, there is often less than 20 millimeters of rain per year, with the majority falling in the spring and fall. A few species rely on mist or fog as their primary supply of moisture, and some are found in regions with an average annual rainfall of four or less. They can grow on quartz grit or gravely flats, stony ridges and hills of sand, decomposed granite, quartzite, shale, schist, and limestone, as well as in many different types of environments. The Nama Karoo and succulent Karoo are home to the vast majority of Lithops species, which are particularly prevalent along the Orange River basin in the Northern Cape, which spans between Namibia and western South Africa.
Due to their ability to store water, virtually the entire plant of lithops is devoted to this purpose, they may survive in these dry places. Each plant is made up of two succulent leaves that have been fused together to form an inverted cone (although some species will produce multi-headed plants). The separation between the two leaves is represented by the fissure at the plant’s top. The taproot unites abruptly at the base of the leaves; there is no stem. The plants can go months without rain because to their large, water-storing leaves. They shrivel and shrink below the soil level during dry spells (nearly always).
These tiny succulents, which have almost no stems, are partially underground. In their natural habitat, plants only reach heights of 1/2 to 1 and widths of 1 to 3 inches, growing flush with the ground. The effects of the strong heat and sunlight where they live are reduced by remaining small and maintaining a low profile. However, this also creates a challenge in illuminating the leaf cells’ subterranean chlorophyll, which is used for photosynthetic activity. Wide leaf tips have windowed cells that allow light to enter the interior of the leaf, where it is diffused before reaching the chlorophyll, which is dispersed throughout the interior leaf edges, in order to resolve this paradox.
There are at least 37 species of Lithops, and more than 145 different variants have been identified. Although they all appear relatively similar to one another, they differ largely in terms of body shape, patterns, color, and texture. They are available in several soft shades of gray, brown, rust, green, and pink. The patterns of dots, lines, or patches on the upper surface, which aid in their ability to replicate their surroundings, vary considerably. Where the markings occur, there can also be dimples or indentations. The windows may completely enclose most of the leaf surfaces or the marks may densely cover the leaf surface.
The majority of Lithops bloom in the late fall and early winter, giving out numerous-petaled daisy-like yellow, pale orange, or white blooms. On sunny days, the blooms bloom in the afternoon and close again in the late afternoon. The crack between the leaves is where the flowers appear. There are perfumed flowers. Depending on the species and circumstances, they can be anywhere between 1/2 to 11/2 inches in size.
Because lithops are self-sterile, pollination is required to create seed. The hydrochastic 4–8 chambered fruiting capsule, which protects the seed, only opens when moistened, revealing the tiny seeds. In the natural world, raindrops splash out seeds up to a few feet or up to an inch from the parent plant. Any seeds still inside the capsule are protected until the following rain when the capsule closes after drying.
Following flowering, the plant enters a dormant stage during which at least one new body grows. As the new leaves emerge in the spring, the plants begin to reabsorb the old ones. Eventually, the crack between the old leaves is where the new body emerges. The new leaves’ fissure forms at a roughly 90-degree angle to the existing fissure. The old leaves eventually decompose into a dry, papery sheath on the side of the new body. At this point, a lot of plants will also divide to create many leaf pairs, which will eventually cause a single body to resemble a little cluster.
Lithops are common novelty houseplants because they can survive in low humidity, require little maintenance and water, and are reasonably simple to grow. These plants don’t require much space due to their modest size and sluggish, compact growth. Lithops live for 40 to 50 years on average. A plant can easily be kept in the same pot for ten or twenty years. Lithops are not harmful to people or animals. (Some references even mention African youngsters consuming these plants to relieve their thirst.) In cultivation, their health is reliant on adequate bright light, effective soil drainage, and appropriate watering.
Although a greenhouse is recommended, lithops can be grown effectively on a sunny windowsill where they get about 4 to 5 hours of direct sunlight in the morning and some shade in the afternoon. The optimum site is typically a southern window, while an unobstructed eastern exposure is a fine alternative. A plant will start to grow elongated and skinny, lean to one side to get more light, lose color and turn greenish, and eventually die if better circumstances are not provided. However, take care when transferring a plant suddenly to a brighter location. It could suffer deadly injuries from sunburn.
Similar to cactus, lithops demand well-drained soil. Use specialized cactus potting soil or add sharp sand, perlite, decomposed granite, or other grit to standard houseplant potting soil to help with drainage. These plants require a larger container than their apparent size would suggest because of their enormous root systems. To provide the roots enough room to expand, pots with drain holes and a depth of 3 to 5 inches are advised. Instead of having the plant’s top directly on the soil’s surface as it would in nature, place it just a little bit above it. For a more natural appearance, several growers topdress the plant with gravel or surround it with stones. Lithops go through a yearly cycle of growth, and it’s important to water them just when necessary and let the soil dry up at other times. The main factor contributing to early death is overwatering. They decay or grow new bodies at the incorrect time of year when there is too much water present. They grow stunted if there is little water. Depending on how rapidly the potting media dries out, you need to water more frequently. Generally speaking, water the plant and let it air dry fully (probably 1-2 weeks). After that, wait a few more days before watering once more. If unsure, don’t! The optimum time to water is in the morning because this allows the extra water to drain and the top soil layers to dry off pretty fast. Here are some general watering recommendations (however species may affect them slightly):
- from late spring to summer, water.
- Stop watering the plant in the summer when it turns dormant. Only water until the top half inch of the soil is moist if the plant truly starts to shrivel. This will restore the plant’s firm appearance.
- Watering should be resumed in late summer or early fall when plants begin to develop and bloom again. When the slit between the leaves starts to open up in anticipation of flowering, that is the first indication of growth.
- Lithops need to be completely dry during the winter and spring. Stop watering the plant so that the old leaf pair can dry out and make way for the new pair. The new body should be discernible by early April. Once the remains of the previous body have totally dried out and shriveled, watering can be resumed. The plant won’t grow properly if water is given too soon since the old “leaves” will want to continue to grow. Keep in mind that when the new leaves are developing, the old ones should completely dry out.
Fertilize Use a low nitrogen, high potassium kind of lithops. Lithops can withstand extremely high temperatures provided there is sufficient abundance of fresh air. Don’t ever let the plants freeze.
Today, specialty succulent nurseries sell seeds, plants, and a wide variety of cultivars. They sprout from seeds swiftly, and under ideal circumstances, they can be anticipated to flower in 3 to 4 years. The seeds should be sown on sandy soil during the summer and covered with a very thin layer of fine sand. Water the small seeds sparingly to avoid moving them. Keep the contents damp but not soggy and place the container in a warm, sunny location. In a few weeks, the first seeds should begin to sprout (but germination may be spread out over a long period of time, with stragglers taking as long as a year). Once the seedlings are growing quickly, watering should be reduced such that the upper 1/4 of the medium dries out and the lower 1/4 remains moist. Water sparingly during this time because too much watering could dampen off the seedlings. Start allowing the plants totally dry out for a few days between waterings when they are 2 to 3 months old, and then gradually extend the drying period. When the baby plants are around a year old, they can be transplanted. Another way to multiply lithops is to divide a multiheaded plant. Lift the plant, make a clean incision through the roots, and then quickly replant it. University of Wisconsin-Madison student Susan Mahr