Very few pictures found on the internet, all from around Burma and Malay Peninsula.

Unlike other jumping spiders Phaeacius is unusually sedentary, generally resting in its unusual flattened pose for hours or days on logs, pieces of wood or any other solid surface, where it is very well camouflaged. Its preferred prey is moths and other insects, and jumping spiders.
(Source: http://en.wikipedia.org/wiki/Phaeacius)

Size: 1.5cm (body only)

This frog is seen with a pale green dorsum as opposed to this( breeding season changes perhaps): http://www.flickr.com/photos/vipinbaliga/7423716926/in/set-72157625945175638

Listed as Vulnerable because its Extent of Occurrence is less than 20,000 km2, its distribution is severely fragmented, and there is continuing decline in the extent and quality of its habitat. (Source: http://www.iucnredlist.org/details/58847/0

Reproductive mode in the shrub frog Philautus glandulosus, an article here: http://www.iisc.ernet.in/currsci/feb102003/283.pdf

When a Weaver Ant is infected by this parasitic fungus (Ophiocordyceps spp) the behavior of the ants is dramatically changed. They become erratic and zombie-like, and are manipulated by the fungus into dying at a spot that provides optimal conditions for fungal reproduction.

The growing fungus fills the ant's body and head causing muscles to atrophy and forcing muscle fibres apart. The fungus also affects the ant's central nervous system which force it to walk in a random manner, unable to find their way home.

The ant will eventually die as the fungus erupts out of its body, causing some pretty dramatic displays as above.

Entire colonies can be destroyed by this deadly fungus...
But here is good news: Ant colonies attacked by the zombie-ant fungus can survive with the help of a second parasite that castrates’ zombie-ant fungus thus keeping the infectious spores in check.(Source: www.futurity.org/top-stories/parasite-castrates-zombie-an...)

Sources: diorealskills.org/2012/09/20/social-parasites-are-as-old-...

www.biology-blog.com/blogs/permalinks/5-2011/zombie-ants-...

en.wikipedia.org/wiki/Ophiocordyceps_unilateralis

Because two males will readily fight each other, either in a natural setting, or if put together, they are commonly known as "fighting spider" in South-east Asia.

These spiders are commonly kept in matchboxes with a piece of green leaf and a spat of saliva for moisture.

A spider that wins fight after fight gets the status of "first king". A common belief is that the darkest males are most aggressive.

Source: http://en.wikipedia.org/wiki/Thiania_bhamoensis

Stick insects can reproduce parthenogenetically, without the need for males.

Unmated females produce eggs that become more females.
When a male does manage to mate with a female, there's a 50/50 chance their offspring will be male.
A captive female stick insect can produce hundreds of all-female offspring without ever mating.
There are species of stick insects for which scientists have never found any males.
Stick insects hold the record for longest insects in the world.

Stick insects not only look like sticks, they act like them, too.... :-)

Source: http://insects.about.com/od/stickandleafinsects/a/10-facts-stick-insects.htm

At the first sight it appeared to be predation, but it was actually molting(?)

I have seen the Leafhoppers molt before, the shed skin didn't appear to be so drastically different in appearance as in this case.

The shed skin looks like this: http://www.inaturalist.org/observations/84080

Requesting explanation from the Experts... :-)

I found this relatively larger Threadlegged Assassin bug walking on a tree bark.
Larger relative to this: www.flickr.com/photos/vipinbaliga/8079349594/in/photostream

A short video: http://www.youtube.com/watch?v=vo44N-7Bn7Q

Very interesting info: Some Stenolemus sp. spends nearly its entire life (moulting, feeding, mating) in spider webs. It preys upon a variety of spiders, including webs and nests of spiders of Achaearanea, Badumna, Pholcus, and Stiphidion, and the families Salticidae and Uloboridae.

A particular species - S.bituberus has two attack methods: stalking and luring. Stalking involves the slow approach of S. bituberus to a prey, followed by a period of tapping the prey with antennae (usually for an extended period of ~3 minutes), and then sudden stabbing with the bug's rostrum.

"Luring" involves plucking of the strands of the spider web by S. bituberus. The prey comes over to investigate and S. bituberus again taps with antennae before stabbing with the rostrum."

Source: http://www.flickr.com/photos/jean_hort/5187823305

Size: 1cm approx (body only)

Very interesting info: Some Stenolemus sp. spends nearly its entire life (moulting, feeding, mating) in spider webs. It preys upon a variety of spiders, including webs and nests of spiders of Achaearanea, Badumna, Pholcus, and Stiphidion, and the families Salticidae and Uloboridae.

A particular species - S.bituberus has two attack methods: stalking and luring. Stalking involves the slow approach of S. bituberus to a prey, followed by a period of tapping the prey with antennae (usually for an extended period of ~3 minutes), and then sudden stabbing with the bug's rostrum.

"Luring" involves plucking of the strands of the spider web by S. bituberus. The prey comes over to investigate and S. bituberus again taps with antennae before stabbing with the rostrum."

Source: http://www.flickr.com/photos/jean_hort/5187823305/

Philautus luteolus Blinking

A transparent inner eyelid is called the nictating membrane. It protects the frog's eyes when the animal is underwater. :-)

If you've ever noticed a frog blinking when it eats, it's because it uses its eyeballs to swallow. It can't chew its food effectively, or use its tongue to push food down its throat, so instead it uses its eyes. The eyes sink down into the skull, pushing the food along..!! :-D

From: http://animal.discovery.com/tv/vanishing-frogs/anatomy/frog-eyes.html