Origin and Habitat: 65km South-East Warmbad, Namibia.
Habitat: It grows in barren minerals terrains clinging to life in this harsh landscape. They live a precarious existence almost completely buried in the ground hidden beneath outcrops of pegmatite, sheared fine-grained mica-ceous quartz, feldspar rock, white, pink, brown, red-dish-brown and are very difficult to find in the field, especially when slightly covered with a fine somewhat brownish sand. The colour of the sand approximates that of the upper surface of the lobes, and these are practically level with the soil. This way they resist attacks from herbivorous predators, and arealmost impossible to distinguish from their surroundings until they erupt into vivid daisy-like yellow flowers.

• Lithops dinteri subs. multipunctata C181 TL: 65 km SE of Warmbad, Namibia

• Lithops dinteri Schwantes
• Lithops dinteri C206 TL: 40 km SSE of Warmbad, Namibia

• Lithops dinteri var. brevis (L. Bolus) B.Fearn
• Lithops brevis L. Bolus
• Lithops dinteri var. brevis C084 20 km SE of Vioolsdrif, South Africa
• Lithops dinteri var. brevis C268 55 km SW of Warmbad, Namibia

• Lithops dinteri subs. frederici (D.T.Cole) D.T.Cole
• Lithops dinteri var. frederici D.T.Cole
• Lithops dinteri var. frederici C180 TL: 30 km NW of Pofadder, South Africa

• Lithops dinteri subs. multipunctata (de Boer) D.T.Cole
• Lithops dinteri var. multipunctata de Boer
• Lithops dinteri subs. multipunctata C181 TL: 65 km SE of Warmbad, Namibia
• Lithops dinteri subs. multipunctata C326 65 km SE of Warmbad, Namibia

Description: Lithops dinteriSN|13190]]SN|13190]] ssp. multipunctata is one of the local or morphological forms of the variable Lithops dinteriSN|13190]]SN|13190]] distinguished by its large sized and more coloured bodies with conspicuous red-dots often forming lines. It has also a flatter top surface. It is however quite variable in colouration and the numbers and design of red dots (Rubrications) on the tops of the leaves may be different from plant to plant.
Habit: Growths solitary or few (2-5) in a clump to 3 cm high, but occasionally with more than 13 heads.
Bodies (paired leaves): Medium sized, 18-33 mm long, 14-22 mm broad, compact, turbinate-truncate. Sides coloured purplish green. Fissure 5-7 mm deep. Lobes elliptic-rectangular from above view, flat or slightly convex in profile, more or less equal, top of lobes, smooth, window absent or not clearly; in the window very prominently coloured blood-red dots and/or short dashes and/or hooks and/or lines (rubrications) distributed unevenly over the surface, sometimes forming a broken network. (The cell walls in the rubrications are coloured red); window bordered by a coloured band, outer part of which is light to dark yellow tinged with brown, this coloured margin more prominent and broader than the inner part of the border; in the margin at both ends where the fissure ends several dark-green to dark blue-green dots in the surface; inner margin practically straight and scarcely lobed or laciniated; outer margin indistinct and irregularly incised. Islands absent or only as indistinct opaque areas, opaque buff to pale brown, beige or pinkish grey. Channels often narrow and indistinct, translucent dull grey-green, often with a reddish tint.
Flowers: Daisy-like, diurnal, yellow, small to medium, up to 32 mm across, mostly 20-25 mm across.
Fruits: Capsules 4 or 5-chambered. Profile boat-shaped, top broadly elliptic, with hinge-rim flat, occasionally slightly peaked.
Seeds: Very fine, brown, tuberculate.

Notes: Lithops are partly subterranean, with only the clear 'window' in each leaf tip exposed above soil. A type of optical system exists whereby a layer of apical tissue rich in calcium oxalate crystals acts as a filter to intense sunlight before it reaches the thin chlorophyllous layer below. They are also called mimicry plants as they show a striking similarity to their background rocks and are difficult to detect when not in flower. These are the commonly known as pebble plants or living stones; each species is associated with one particular type of rock formation and occurs nowhere else. Its soil-embedded, subterranean growth form also reduces the need for chemical defences against herbivores.

Bibliography: Major refences and further lectures
1) Heidrun E. K. Hartmann “Aizoaceae F – Z” Springer 2002
2) Achim Hecktheuer “Mesembs, mehr als nur Lithops” Books on Demand GmbH Norderstedt. 2008
3) Desmond T. Cole & Naureen A. Cole, Uwe Beyer, Yves Delange “Les Lithops” SUCCULENTES Spécial 2008 AIAPS (now Terra seca). 2008
4) Desmond T. Cole & Naureen A. Cole “LITHOPS Flowering Stones” Cactus & Co. Libri. 2005
5) Yasuhiko Shimada “The Genus Lithops” Dobun Shoin. 2001
6) Rudolf Heine “Lithops - Lebende Steine” Neumann Verlag. 1986
7) Bernd Schlösser “Lithops – Lebende Steine” Praktische Anleitung für die Zimmerkultur. BussinessPoint MEDIA. 2000
8) Steven A. Hammer “Lithops – Treasures of the veld” British Cactus and Succulent Society. 1999
9) Desmond T. Cole “Lithops – Flowering Stones” Acorn Books 1988
10) Rudolf Heine “Lithops – lebende Steine” Neumann Verlag. 1986
11) David L. Sprechman “Lithops” Associated University Presses, Inc. 1970
12) Gert Cornelius Nel “Lithops” Hortors Limited, South Africa 1946
13) Edgar Lamb "The illustrated reference on cacti and other succulents" Blandford Press. 1978
14) Christopher Brickell, Royal Horticultural Society "RHS A-Z Encyclopedia of Garden Plants: K-Z., Volume 2" Kindersley, 2008
15) G. C. Nel “Lithops: Plantae succulantae, rarissimae, in terra obscuratae, e famailia Aizoaceae, ex Africa australi” Hortors Limited, 1946

Cultivation and Propagation: Need an open mineral, fast draining mix and the maximum amount of light you are able to give them. The basic cultivation routine is: Stop watering after flowering. Start watering after the old leaves completely dry. (Usually late March or Early April) Water freely during the growing season, soak the compost fully but allow it to dry out between waterings, no water when cold. Some growers fertilize frequently, some hardly ever. Keep them dry during the winter. Nearly all problems occur as a result of overwatering and poor ventilation especially when weather conditions are dull and cool or very humid. This plant is best for a well lit area (Bright shade to full sun).

Remarks: After flowering in the autumn and extending through winter season the plant doesn’t need watering, but they will still be growing, the new bodies will be increasing in size extracting water from the outer succulent leaves, allowing them to shrivel away. In fact the plant in this time extracts water and nutrient stored in the outer succulent leaves, allowing them to dehydrate relocating the water to the rest of the plant and to the new leaves that form during this period until the old leaves are reduced to nothing more than "thin papery shells".