Klampis (Vachellia tomentosa)

Klampis acacia (Vachellia tomentosa) is a species of plant in the Fabaceae, a small tree, 5-10 meters high, cylindrical trunk up to 50 cm wide, bark light brown, leaf drop, umbrella-like crown, grows in dry areas.

V. tomentosa has dark red and shiny young branches. The spines are large and long, straight and dark red. The old branches are light brown. Compound leaves, pinnate and sitting alternately.

Compound flowers in the form of heads, stalks 2.5 cm long and gathered in the armpits of the leaves near the end of the twig. Flowers are white or yellowish white. Crown 2.8-3.5 mm and stamens 5 mm.

The pods are dark brown, flat thin, slightly bulging at the seed, straight or bent, 9-18 cm long, 0.8-1 cm wide, longitudinal veins and split on both sides. Seeds are flat, oblong or oval, 6.5-9 mm long and 4-5.5 mm wide.

Klampis usually grows in savanna, teak forest, scrub forest and areas near the coast at elevations up to 500 meters. The wood is used as firewood, hoe handles and sickle stalks. The bark is used as horse medicine. The fiber is very tough and is used to make rope. The sap is used to make ink.

Kingdom: Plantae
Phylum: Tracheophyta
Subphylum: Angiospermae
Class: Magnoliopsida
Order: Fabales
Family: Fabaceae
Subfamily: Mimosoideae
Genus: Vachellia
Species: Vachellia tomentosa

Comments

Indian rosewood (Dalbergia latifolia)

Sonokeling or Java palisandre or Indian rosewood ( Dalbergia latifolia ) is a species of plant in the Fabaceae, a large tree producing hardwood, medium weight and high quality, rounded leaves, thin and broad pods, highly adaptive, grows in dry and rocky landscapes with lots of sunlight. D. latifolia has medium to large size, cylindrical stems, up to 40 m high with a ring of up to 2 m, the bark is brownish gray and slightly cracked longitudinally. The crown is dense, dome-shaped and sheds leaves. The leaves are compound and pinnate oddly with 5-7 strands that have different sizes and appear alternately on the shaft. The leaves are round or elongated in width or heart, the upper surface is green and the surface is pale green. The flowers are small, 0.5-1 cm long and clustered in panicles. The pods are green to brown when ripe and are elongated lanceolate, pointed at the base and tip. The pods have 1-4 seeds which are soft and brownish. Indian rosewood grows at elevations below 600 m,

Sengiran (Pittosporum moluccanum)

Sengiran ( Pittosporum moluccanum ) is a species of plant in the Pittosporaceae, small tree, up to 7 meters high, green leaves, elliptical to narrow elliptical, up to 17 cm long, up to 6 cm wide, sharp tip, narrow base and 1-1.5 cm long stalk. P. moluccanum has an inflorescence which is a collection of flowers. The fruit is red, capsule-shaped, elongated oval, sharp tip, 2 broken valves containing small and red seeds. This species grows in forests, plantations, roadsides, open or shaded areas. Kingdom: Plantae Phylum: Tracheophyta Subphylum: Angiospermae Class: Magnoliopsida Order: Apiales Family: Pittosporaceae Genus: Pittosporum Species: Pittosporum moluccanum

Evolution theory goes beyond

OPINION - As a Wallacean and Darwinian, I have always viewed life from the perspective of evolutionism. I see the world of plants and animals always using evolutionary theories. How a species develops functional organs, forms morphology, adapts to ecosystems and so on as a natural laws. This perspective ultimately forms my framework for thinking about various things, including the way I see myself, everyday problems and the way I think about big things such as economics, geopolitics, war and so on using an evolutionary perspective. Alfred Russel Wallace, Charles Darwin and Jean-Baptiste Lamarck are three great figures who really inspired me. They are well known as pioneers of evolutionary theories. They start from small things in the sub-subject of biology, although they also discuss geology and so on. Wallace focused on species adaptation and Darwin on sexual selection. Both developed evolutionary thinking using observational methods. Lamarck focused on structural morphology using l

Dlium

Search This Blog