Katydids (Tettigoniidae)

Kecek or katydids or bush crickets (Tettigoniidae) is a family of insects in Orthoptera, recorded to have 6,400 species, active at night by loud mating calls, having mimicry and camouflage appearances generally with leaf-like shapes and colors.

Tettigoniid have a size of 5-130 mm, live in plants, very long antennae, often make noise at night during the rainy season and early summer, around one year old and females usually lay eggs at the beginning of rain and are placed underground or in plant holes.

The hind legs are longer than the front and middle legs which are often used for jumping. Some species can fly. Katydids eat leaves, flowers, bark and seeds, but many species are predators eating other insects, snails and small vertebrates.

Males have a sound-producing organ in the back corner of the front wing. The sound is produced by rubbing the two parts of the body together. Females are usually larger than males and have a long sharp structure at the tip of the abdomen which is an ovipositor for attaching eggs.

Kingdom: Animalia
Phylum: Arthropoda
Subphylum: Hexapoda
Class: Insecta
Subclass: Pterygota
Order: Orthoptera
Suborder: Ensifera
Infraorder: Tettigoniidea
Superfamily: Tettigonioidea
Family: Tettigoniidae

Javan broadhead planarian (Bipalium javanum)

Cacing palu or Javan broadhead planarian ( Bipalium javanum ) is a species of animal in Geoplanidae, hermaphrodite, living on the ground, predators, often called only hammerhead or broadhead or shovel worms because of wide heads and simple copulatory organs. B. javanum has a slim stature, up to 20 cm long, up to 0.5 cm wide, head wide up to 1 cm or less, small neck, widening in the middle and the back end is rounded, all black and shiny. Javan broadhead planarians walk above ground level by raising their heads and actively looking left, right and looking up using strong neck muscles. Move swiftly, track meander, climb to get through all obstacles or make a new path if the obstacle is too high. Cacing palu track and prey on earthworms and mollusks. They use muscles and sticky secretions to attach themselves to prey to lock in. The head and ends of the body are wrapped around and continue to close the body to stop prey reactions. They produce tetrodotoxins which are very strong...

Thomas Sutikna lives with Homo floresiensis

BLOG - On October 28, 2004, a paper was published in Nature describing the dwarf hominin we know today as Homo floresiensis that has shocked the world. The report changed the geographical landscape of early humans that previously stated that the Pleistocene Asia was only represented by two species, Homo erectus and Homo sapiens . The report titled "A new small-bodied hominin from the Late Pleistocene of Flores, Indonesia" written by Peter Brown and Mike J. Morwood from the University of New England with Thomas Sutikna, Raden Pandji Soejono, Jatmiko, E. Wahyu Saptomo and Rokus Awe Due from the National Archaeology Research Institute (ARKENAS), Indonesia, presents more diversity in the genus Homo. “Immediately, my fever vanished. I couldn’t sleep well that night. I couldn’t wait for sunrise. In the early morning we went to the site, and when we arrived in the cave, I didn’t say a thing because both my mind and heart couldn’t handle this incredible moment. I just went down...

Prof. Weiming Zhu ironwood (Xantolis weimingii) described with completely glabrous flower crowns

NEWS - Xantolis weimingii (Sapotaceae, Chrysophylloideae) is described from Yunnan, southwest China and can be easily distinguished from its relatives by the combination of densely covered plants with ferruginous arachnoid-lanate, oblong or obovate leaves and pendulous staminodes at the base. Xantolis Raf. 1838 (Sapotaceae, Chrysophylloideae) is a small genus of trees and shrubs containing about 14 species with a distribution from the eastern Himalayas to the Philippines in tropical Asia. The genus is morphologically characterized by distinct spines, a sharp anther appendage, lanceolate lobes on the calyx and corolla, and aristate staminodes. Molecular data suggest that the genus is sister to the entire subfamily Chrysophylloideae and is a very isolated and poorly understood genus. Specimens was first collected in the Luzhijiang Valley in August 2015, but only sterile or fruiting specimens were collected. In April 2022, a specimen with flowers was finally collected in Wadie, Yuanjiang...

Dlium