বৃহস্পতিবার, ২০ জুন, ২০১৩

What will it take to get every app on every platform? - Talk Mobile

There are three ways to choose what smartphone experience you're going to have: by carrier, by device, and by apps. Choosing by carrier places the quality of your voice and data service first, whereas making a decision based on the device means you're after a specific platform experience and hardware features. But choosing by apps is trickier.

The current array of mobile ecosystems is simultaneously fragmented and unified across the many platforms. Some major apps are available on all or most platforms, as are apps from smaller developers. Other apps are exclusive to a platform by virtue of features unique to the operating system or the resource constraints of the developer. But if you need that one app to do what you need to do, then the carrier or the device don't matter so much.

But what if all apps could be available on all platforms? Is cross-platform development something that developers should be concerned about, and what are the pitfalls that can be faced in doing so? Is it better to build an app specifically for each platform, or should the app be built with a cross-platform web-based framework?

Users and developers alike can agree that having an app available regardless of platform is a great ideal. But at what cost?

Let's get the conversation started!

    


Source: http://feedproxy.google.com/~r/TheIphoneBlog/~3/yhzQXkGdmYM/story01.htm

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শুক্রবার, ১৪ জুন, ২০১৩

Talking On The Legal Difficulties Of Personal Injury | Justice And ...

Content provided by www.avertis-group.com ? White collar fraud

If you have recently suffered a personal injury, you know how scary and overwhelming it can feel. The physical effects can be very unpleasant to deal with. To make matters worse, if you are like most of us, navigating the legal system and knowing what to expect from your personal injury case can be very confusing!

If you are contacted by an insurance company that claims it needs to take a statement for their investigations, refuse to say anything to them. The best thing to do in this situation is to give them the name of your attorney and tell them to call him if they have any questions or concerns.

Never try to negotiate with an at-fault party or their insurance company without having an attorney present. They may try to take advantage of your lack of legal knowledge to make you an unfair offer. Even if you feel like you are confident and can represent yourself, call a lawyer and have them present at the time.

Talk to a personal injury attorney to see if a settlement can be agreed upon before your lawsuit hits reaches the court. This can save you much stress and additional court fees as well.

The biggest mistake you can make as a personal injury client is to select the first lawyer who you find. Don?t do this! Instead, check out multiple lawyers and firms to find out which have the best track record in the field. The time spent will be paid back in dollars at the end of the case.

Getting along with your lawyer is key, but there is something more you have to look for. Choose an attorney who truly listens to what you say. If they ever appear to not be listening, don?t choose that lawyer. While they may think they know it all, typically people with that belief are those who know the least.

If you know a lawyer in a different type of law, you might be able to get a referral to an experienced personal injury lawyer. It is common practice for lawyers to refer cases to each another, and many lawyers know a personal injury lawyer. Make sure you do don?t rely on just their word and do your own research.

You may have to hire a personal injury lawyer if you are involved in an accident. If you do, make sure you consult with professional organizations in the area to ensure that the lawyer is qualified to represent you. These organizations will also know if there have been any ethical or legal troubles associated with the firm you are considering.

If your personal injuries are minor, you probably do not want to hire a personal injury lawyer. The medical costs of something like a bruised leg would not justify the expense of hiring an attorney. In those cases, try to work things out with the other party amicably, or take them to small claims court.

A personal injury attorney can help you with many different aspects of your case, but they can come in particularly handy if you think the statute of limitations is going to run out on you before you get the settlement you deserve. Go and speak to someone about your options. You may be surprised at how much they can help you.

Look for a personal injury lawyer that you can like. You may be thinking business is business and why should liking someone be a part of it. But remember: you?ll be spending a lot of time and energy together and the entire process can be stressful. It?ll be much easier to deal with if you like your lawyer.

If you are a communicator, a person who likes to be in touch whenever you have a question or information to share, choose a small law firm for your personal injury case. These firms are easier to get in touch with as their work loads tend to be smaller, ensuring you get the attention you require.

Suffering a personal injury is never a pleasant experience. While you cannot change what has happened to you, you nevertheless can educate yourself on the important facts about personal injury law to make your legal experience as tolerable and seamless as possible. You have been through enough already, after all!

Posted in Legal

Comments are currently closed.

Source: http://www.justice4darfur.org/talking-on-the-legal-difficulties-of-personal-injury.html

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Tatooine-like planets could host life

Lynette Cook

This is artist Lynette Cook's rendition of a binary star system. Researchers now say these alien planets could be habitable.

By Miriam Kramer
Space.com

Luke Skywalker would be proud. Planets like Skywalker's fictional home of Tatooine in the "Star Wars" movie series might have more potential for habitability than planets in other systems, research suggests.

Tatooine's dual suns might actually help prevent damaging solar winds from bombarding planets in their system, allowing for a wider "Goldilocks zone" of habitability, Joni Clark, an undergraduate at New Mexico State University, said during a poster session at the 222nd meeting of the American Astronomical Society last week. [See Alien Planets With Twin Suns]

"(The stars) calm each other down," Clark told Space.com of her new work that expands on earlier studies examining binaries. "It's like a really good marriage. They vent to each other, and they're not focused on anything else. They slow each other down and that causes increased magnetic protection of the planets."

When the stars in a binary are somewhat evenly matched in mass, they can enter into a synchronized dance that keeps solar winds to a minimum.

The stars also need to fully orbit one another within 10 to 30 days to expand the habitable zone. If they drift too far apart, it could put a significant gravitational strain on the orbiting planets. The magnetic fields of the planets aren't necessarily boosted in these kinds of binary systems, Clark said, but they don't have to deal with as much solar assault.

Water worlds and rocky planets could form in areas of the system that might not be habitable without the double star interaction.

"It also leaves the potential open for smaller planets that have less magnetic field protection to remain habitable because in a sense they don't have to protect themselves from as much as they would in a single star case," Clark said.

Clark found that some "p-type" planets (that orbit both stars in a binary system) receive 0.7 percent less flux from solar wind than Earth depending on their position in the solar system.

"Potentially, p-type binaries could have more potential for habitability," Clark added.

In these systems, it's also possible that habitable alien planets could exist as close-in to their stars as Venus is to the sun.

While planets that circle both well-matched stars in a binary system might have an easier time, not all binaries create this extended oasis.

Planets that only orbit one star in a binary can have it rough. If a planet orbits the secondary star in a system, it could get a double dose of solar aggression from stars that are too far apart to synchronize.

Planets that orbit primary stars in a binary, however, basically behave as any planet would in a single star system, Clark said.

Follow Miriam Kramer on Twitter and Google+. Follow us on Twitter, Facebook?and Google+. Original article on Space.com.

Copyright 2013 Space.com, a TechMediaNetwork company. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.

Source: http://feeds.nbcnews.com/c/35002/f/653377/s/2d4168c2/l/0Lscience0Bnbcnews0N0C0Inews0C20A130C0A60C130C189385490Etatooine0Elike0Eplanets0Ecould0Ehost0Elife0Dlite/story01.htm

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Google Fiber Helped a Sick Boy Throw a Baseball Pitch with Robots

When you combine Google Fiber, a robot and a boy 1,800 miles away from a baseball game, you already know it's going to be a good story. But this is better than just good. Google Fiber helped a boy with a rare blood disorder throw out the first pitch at a baseball game that was 1,800 miles away.

Like most boys, Nick LeGrande wanted to play ball when he grew up. Unlike most boys, Nick, who is just days away from turning 14 years old, suffers from a life-threatening blood disorder called aplastic anemia. His immune system is weakened to the point where he can't go to baseball games anymore.

Insert Google Fiber and Oakland A's pitcher Ryan Cook. Cook was responsible for linking everyone together. Google Fiber built a mini baseball field at its Kansas City campus for Nick to come to (Nick lives nearby) while a telerobotic pitching machine landed in Oakland before the Oakland A's-New York Yankees game. The telerobotic pitching machine in Oakland basically mimicked whatever Nick would do in Kansas City. So when he threw a pitch at Google's baseball field in Kansas City, the robot threw the first pitch in Oakland. Awesome.

You can catch up more with Nick here. Ah, Google Fiber, what doesn't it do, right? [Google Fiber, ESPN, BuzzFeed]

Source: http://gizmodo.com/google-fiber-helped-a-sick-boy-throw-a-baseball-pitch-w-513324425

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বৃহস্পতিবার, ১৩ জুন, ২০১৩

Philadelphians Are That Dog From The Beggin' Strips Commercial ...

Philadelphia has been praised as a great city for many things ? parks, beer, sandwiches, etc. ? but according to Estately, Philly also owns the title of the Best Bacon City in America. What do they have to say?

?Like an overstuffed pi?ata, Philadelphia is postively bursting with bacon. They slip it in cheesesteaks, create restaurant color schemes based on it, heck, the city even raised actor KEVIN BACON up to be six degrees of celebrity he is today. Philly wraps its meat loaf in bacon, it crumble it on sticky buns, and it even chicken fries bacon because Philly?s chefs outrank the city?s cardiologists.

>>> Philly is the sixth largest bacon market in America.
>>> Three area restaurants have been featured on United States of Bacon.
>>> Local burger chain PYT made a taco shell out of bacon because this is Philadelphia and anything bacon is possible in Philadelphia.
>>> Dip your deep-fried oysters in bacon aioli at Cochon (French for ?pig?).
>>> The father of modern Philadelphia was famed city planner Edmund Bacon, father of Kevin Bacon.
>>> Jake?s Sandwich Board is famed for its Turbacon, a sandwich version of a Turducken, but with smoked pork in place of duck.?

Eat shit bacon, Seth Myers.

Source: http://www.phoodie.info/2013/06/11/philadelphians-are-that-dog-from-the-beggin-strips-commercial-basically/

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(Phylum Arthropoda: Class Arachnida) of ... - tHE tiDE cHAsER

Arachnids (phylum Arthropoda, subphylum Chelicerata, class Arachnida) can be distinguished from other arthropods by having six pairs of appendages on the underside of the cephalothorax - a pair of fang-like or pincer-like chelicarae, a pair of leg-like or pincer-like pedipalps, and four pairs of walking legs.

As with other arthropods, arachnids have jointed legs ("arthropoda" means "jointed legs" in ancient Greek), a bilaterally symmetrical body, and an exoskeleton (or external skeleton) composed largely of a tough material called chitin. As they grow, they need to moult, i.e. discard the old skeleton and grow a new one. Unlike many other arthropods, they do not have antennae, and neither do they have wings. They are from the subphylum Chelicerata, and like other members of this subphylum, they possess two main body parts - the cephalothorax (head and thorax fused together) and the abdomen, though for some the division between the two parts may not be visible. They have specialised appendages positioned before the mouth (called chelicerae) that are mostly used for feeding, .

Most arachnids are predators, though there are also several species that scavenge and some others that parasitise other animals. They generally have small mouths, and most species secrete digestive enzymes over the prey to break it down into a fluid form before sucking it up. In most species, the males will pass a sperm package to the female to fertilise the eggs. Many arachnids are observed to provide parental care by guarding the eggs or even the newly hatched.

The bites/stings of arachnids may be painful, but the venoms of the species found in Singapore are not known to be lethal, and no one in Singapore is known to have died from arachnid bites/stings. However, it is still important not to handle arachnids as some people may be allergic to their venom.

Here are a few orders of arachnids that I have seen in Singapore, and I will add more local examples of arachnid orders once I get more photos.

A) Spiders (Order Araneae)
B) Harvestmen (Order Opiliones)
C) Whip Spider (Order Amblypygi?)
D) Scorpions (Order Scorpiones)
E) Whip Scorpions (Order Thelyphonida)
F) Pseudoscorpions (Order Pseudoscorpionida)
G) Ticks & Mites (Subclass Acari)



A) Spiders (Order Araneae)

Spiders can be distinguished from other arachnids by their thin waist (connecting the cephalothorax and the abdomen), the hinged fang at the tip of each chelicerae, pedipalps with six segments, four pairs of walking legs with seven segments each, and the finger-like spinnerets at end of the abdomen (for producing and manipulating silk threads). Depending on the species, they may use the silk threads to build webs to catch prey, to protect their eggs, to protect their burrows, to use it like a safety rope to lower themselves through the air, or to create balloon-like structures to ride on moving air. The silk threads are very strong, and some scientists have used them to develop bullet-proof vests.

Most spiders have eight simple eyes, but some may have six, four, two or no eyes. All spiders are predatory, and most are venomous. While some species spin elaborated webs to trap flying insects, others search and hunt for their prey. To feed, they usually inject digestive enzymes into their prey to dissolve the body tissues, and then suck up the liquid meal.

Here are some of the spiders one can expect to see on a nature trip in Singapore:

1. Golden Orb-weavers (Family Nephilidae)

Members of this family generally build spiral wheel-shaped webs that sometimes appear yellowish (hence the common name "golden orb-weaver"), especially obvious when seen from the sides. Their webs are among the biggest among the spiders, some reaching several metres wide, and have been observed to be strong enough to trap small birds. A Japanese scientist has even used the silk threads from golden orb-weaver to weave into the strings for violins. Here are a few local examples:

Golden Web Spider (Nephila pilipes)
The Golden Web Spider (Nephila pilipes) is commonly seen in forests and parks. As with other members of this family, the female is much larger than the male, as shown in the above photo featuring a tiny male riding on a female. The male is reddish-brown in colour, and sometimes confused with the other tiny reddish parasitic spiders on the web. Their small size allows them to avoid detection by the females, which may eat them if they are detected. The upperparts of the female's cephlothorax are golden in colour, and the back of the abdomen is makred with black and yellowish streaks. The joints are usually yellow or reddish. It is noted that some of the females may exhibit an all-black colour morph, except the joints which may be reddish. The body of the female can be as long as 5cm.

Batik Golden Web Spider (Nephila antipodiana)
The Batik Golden Web Spider (Nephila antipodiana) is commonly seen in parks, gardens and wooded areas. The male is very tiny and reddish, while the female has completely black legs without any red or yellow joints, and the back of the abdomen has numerous yellow spots. The body of the female is about 3cm long.

2. Orb-web Spiders (Family Araneidae)

Members of this family mostly build neat, spiral wheel-shaped webs, though some may build three-dimensional webs, and yet some others may not even build webs at all. While other spiders may build webs similar to those of this family, they tend to have easily recognised hairs on their legs that are absent on those of the local orb-web spiders. Here are some local examples:

Curved Spiny Spider (Gasteracantha arcuata)
The Curved Spiny Spider (Gasteracantha arcuata) is easily recognised by the pair of long spines extending from the back of its abdomen. The body (excluding the spines) is about 1cm long. It is usually found in mature forests.

Hasselt's Spiny Spider (Gasteracantha hasseltii)
The Hasselt's Spiny Spider (Gasteracantha hasseltii) has shorter spines extending from its yellowish abdomen. The body can grow to about 1cm long. This species can be found in wooded areas and secondary forests. All Gasteracantha species generally have three pairs of spines on their abdomen, though the sizes vary and some may not be obvious.

Kidney Garden Spider (Araneus mitificus)
The Kidney Garden Spider (Araneus mitificus) is commonly seen in gardens and wayside vegetation. The body grows to about 1cm long. It is easily recognised by the kidney-like pattern on its back.

St Andrew's Cross Spiders (Argiope sp.)
Several species of St Andrew's Cross Spiders (Argiope spp.) can be found in Singapore, occurring in a variety of habitats from scrublands and open habitats to mangrove and mature forests. They have the habit of pairing their legs and appearing like a cross, and the females build webs with an obvious X-shaped zigzag band of white silk in the middle. The males build webs with a lace-like centre.

Red Tent Spider (Cyrtophora unicolor)
Several species of Tent Spiders (Cyrtophora spp.) can be found in Singapore. They are noted for their three-dimensional, tent-like webs. The above photo features a Red Tent Spider (Cyrtophora unicolor), which often builds a web littered with fallen leaves and other small debris. It usually hides under a curled leaf suspended in the middle of the web. The body of this species is about 2cm long. This species is often found in forest edges and secondary forests.

3. Comb-Footed Spiders (Family Theridiidae)


Most members of this family have a comb of serrated bristles on the last segment of the fourth leg, which helps to draw sticky threads from the spinnerets to wrap and trap their prey. They mostly build three-dimensional webs, but some species are kleptoparasites (animals that steal food from others) that live in the webs of bigger spiders and steal food from them.

Red Silver Spider (Argyrodes flavescens)
The Red Silver Spider (Argyrodes flavescens) is a kleptoparasite which lives in the webs of bigger spiders such as the golden orb-weavers, and steal the food from them. This small red spider has a fat abdomen with silvery markings, and the body seldom exceeds 5mm long.

Whip Spider (Argyrodes flagellum)
The Whip Spider (Argyrodes flagellum) is often overlooked as it appears like a small twig stuck to its web, which is just a simple Y-shaped structure. They are quite common in coastal forests and scrublands. The body gets to about 2-3cm long.

4. Big-jawed Spiders (Family Tetragnathidae)

Members of this family often have elongate bodies with long legs and well-developed jaws. The jaws of the males are equipped with a spur to lock the jaws of the female while mating.

Mangrove Big-Jawed Spider (Tetragnatha josephi)
The Mangrove Big-jawed Spider (Tetragnatha josephi) is one of the many big-jawed spiders that can be found in Singapore. As the common name implies, this species is usually found in mangrove forests. The body is about 1cm long.

5. Lynx Spiders (Family Oxyopidae)

Lynx spiders can be recognised by their eye arrangement, in which six of the eight eyes form a hexagon. They have long legs with long, almost erect spines. They are mostly agile hunters with keen eyesight, seeking prey in the day. They have three claws at the tip of each leg.

Lynx Spider (Family Oxyopidae)
The above photo features an unknown female lynx spider guarding an egg-sac that was attached to the fruiting stem of a tall grass.

6. Wolf Spiders (Family Lycosidae)

Wolf spiders generally hunt on the ground, and can be recognised by their eyes which are in three rows with four eyes in the first row, and two eyes in each of the other two rows.? They have three claws at the tip of each leg. The females often have a round egg-sac attached to their spinnerets, and sometimes, tiny spiderlings can be seen on their backs. These spiderlings survive on the remaining yolk, and depart after the first moult. Interestingly, the male will wave its pedipalps and do push-ups when it meets a female, possibly a courtship behaviour to signal to the female that it is a suitor and not a prey. Wolf spiders are very commonly in parks and gardens, and are the ones which builds the small webs in grassy areas which sparkles with dew drops in the morning.

Pond Wolf Spider (Pardosa pseudoannulata)
The Pond Wolf Spider (Pardosa pseudoannulata) is commonly encountered among the vegetation in both urban and rural ponds. The body usually does not exceed 10cm long. It can be recognised by the dark bands on the back of its cephalothorax, and the ring-like markings on its legs.

7. Nursery Web Spiders (Family Pisauridae)

Nusery web spiders are large hunting spiders.? They have three claws at the tip of each leg. The females are sometimes seen carrying their round egg-sac under their jaws, though it is important to note that they are not the only spiders that do so. The egg-sac will eventually be hidden in a three-dimensional web, called the nursery web, until the eggs hatch.

Fishing Spider (Thalassius sp.)
The Fishing Spider (Thalassius sp.) is one of the several nursery web spiders that can be seen in Singapore. It is usually seen near water, either in the vegetation in mangroves or over jungle streams, or on rocks and debris. The body length is about 1.5cm.

8.? Two-Tailed Spiders (Family Hersiliidae)

The two-tailed spiders got their common name from two of their spinnerets, which are relatively long. Their third pair of legs are a lot shorter than their other exceedingly long legs. Each leg has three claws at the tip. They are mostly found on tree trunks or walls, blending nicely with their mottled patterns, capturing their prey by spreading silk while moving quickly around it. When they are disturbed, they can erect the long spinnerets and move rapidly the other side of the tree trunk.

Lichen Two-tailed Spider (Hersilia sp.)
The above Lichen Two-tailed Spider (Hersilia sp.) is usually found on tree trunks, blending in nicely with its flattened body and lichen-like colours and patterns. The body usually does not exceed 2cm long.

9. Huntsman Spiders (Family Sparassidae)

Huntsman spiders are large hunting spiders that usually move sideways. The last two segments of the legs are densely covered in a coat of hair, and at the tip of each leg are two claws.

Lichen Huntsman (Pandercetes sp.)
The Lichen Huntsman (Pandercetes sp.) is sometimes confused with the previous species, but can be distinguished their legs, which are all about the same length, and the lack of the two "tails". Also, each leg has only two claws at the tip. The above photo features one which had caught a cicada. The colour and patterns allow it to blend in nicely with the bark and lichen. The length of the body usually does not exceed 3cm long.

Domestic Huntsman Spider (Heteropoda venatoria)
The Domestic Huntsman Spider (Heteropoda venatoria) is commonly found in the forests and sometimes indoor. The females can be recognised by a white band across the front of the head, while the males have a pair of dark brown patches on the back of the head. They mostly feed on cockroaches. This species grows to about 3cm long (body only). The above photo features a female carrying an egg-sac.

10. Wandering Spiders (Family Ctenidae)

Wandering spiders have eyes that are arranged in three rows, with two small eyes in the front row, four eyes in the middle row (two big ones in the middle and a small one on each side), and a pair of large eyes behind.? They have two claws at the tip of each leg, and the first two pairs of legs have numerous spines on them.

Wandering Spider (Family Ctenidae)
The above photo features an unidentified wandering spider which is often seen in the forest.

11. Jumping Spiders (Family Salticidae)

Jumping spiders are so-called for their ability to pounce on their prey, and jump away from danger. Most do not spin webs, but they often produce a single silk thread to anchor themselves to a fixed structure before they jump, much like bungee jumping. Apart from their behaviour, they can be recognised by their eye arrangement - the eyes are arranged in three rows with two pairs in front, a pair of usually tiny ones in the middle, and another pair further back. This arrangement allows them to have a good and very wide field of vision. The middle pair of eyes in the front row are modified such that they give the spiders a telephoto view, while the ones at the sides perform like wide-angle lenses, allowing the spider to detect their prey and judge the distance before they jump. They have two claws at the tip of each leg. Many species of jumpers can be found in Singapore, and hence I will just give two examples here.

Heavy Jumper (Hyllus diardi)
The Heavy Jumper (Hyllus diardi) is relatively big and robust compared to most other jumpers, growing to about 1.5cm long. Its legs are densely covered with hair, and it has two dark bands along the length of its cephalothorax, and a few horizontal bands on its abdomen. It is commonly found near mangroves and in coastal forests.

Yellow-Lined Epeus (Epeus flavobilineatus)
The above features a female Yellow-Lined Epeus (Epeus flavobilineatus). The male has a yellow abdomen. This species does not get bigger than 1cm long.

12. Crab Spiders (Family Thomisidae)

Crab spiders hunt by ambushing small insects instead of actively searching for prey. They usually remain stationary on flowers or leaves and wait for some unsuspecting insects to land nearby, after which they will grab at them quickly using their first two pairs of legs. These legs are usually longer, stronger and armed with spines, and the spider will hold them out like crab pincers, hence giving them their common name. They also move sideways, like crabs. They have two claws at the tip of each leg.

Stoliczka's Crab Spider (Thomisus stoliczka)
The Stoliczka's Crab Spider (Thomisus stoliczka) can be recognised by the horn-like projections on the head, and the pair of small bumps on each side of the abdomen. The body is about 0.5cm long. It is commonly seen on grass and shrubs in scrublands and forest edges.

Misumenops Crab Spider (Misumenops sp.)
Several species of Misumenops Crab Spiders (Misumenops sp.) are found on pitcher plants, and more than one have been observed to venture inside the pitcher. They presumably attack insects attracted by the sugary liquid secreted by the pitchers.

Crab Spider (Family Thomisidae)
Not all crab spiders appear short and stout. The above photo features an unidentified crab spider that is found on a ground orchid.

13. Intertidal Spiders (Family Desidae)

These spiders are often seen in intertidal areas during low tide. They are believed to take shelter in cracks and crevices with trapped air when the tide is high. Their hairy body and legs are believed to help trap air as well. When the tide is low, they will emerge to hunt small animals, including small fishes and crustaceans. Its relatively big fangs inject venom into its prey to paralyse them.

Marine Spider (Desis martensi)
The Marine Spider (Desis martensi) is often seen on reef flats and rocky shores, easily recognised by its brownish coloration and big fangs. The body gets to about 1cm long.

14. Hairy Mygalomorph Spiders (Family Theraphosidae)

Spiders from this family are usually large and hairy, with prominent jaws projecting forward horizontally from the cephalothorax. They are commonly called tarantulas, though the original spider which was given this name was actually a wolf spider from Europe. The fangs of these spiders point backwards, and if threatened, they will raise the fangs in a defensive mode. They have two pairs of book-lungs on the underside of their abdomen. While most species live on the ground, some species may live in high tree holes.

Singapore Tarantula (Phlogiellus inermis)
The Singapore Tarantula (Phlogiellus inermis) is one of several species of tarantulas that can be found in Singapore. The females are often found nesting in burrows at the base of trees or on slopes. The body can reach lengths of about 2cm.



B) Harvestmen (Order Opiliones)

Harvestmen are often confused with spiders as they also have four pairs of walking legs, but unlike the latter, they lack the slender waist between the cephalothorax and the abdomen, and do not have silk glands. Most species have a pair of eyes located at the front of the cephalothorax, though a few have no eyes at all. The chelicerae are pincer-like with three segments, while the pedipalps have six segments. The walking legs have seven segments each, and many have a claw or two at the tip.

Unlike most other arachnids which the males pass sperm packages to the females, male harvestmen have a male reproductive structure to fertilise the female internally. The females usually lay the eggs in cracks underground or among rocks. Most species can produce distasteful secretions to deter predators. Many harvestmen are omnivorous, feeding on both small insects and plant/fungi material. Some species scavenge. They are generally quite harmless to human, since they are not known to be venomous, and their chelicerae are too small to pierce through human skin.

I have very few usable photos of harvestmen from Singapore, and here they are:

Sclerosomatidae
The above harvestmen is likely a sclerosomatid harvestman (family Sclerosomatidae), and is commonly seen in our forests. The body is quite short, about 0.5cm long. This is one of the many long-legged harvestmen, and they are commonly called daddy-longlegs due to the long legs. The same name also applies to several species of spiders and craneflies though.

Sandokan Harvestman (Sandokan sp.)
This Sandokan Harvestman (Sandokan sp.) has short, stout legs instead of the long and thin ones. The body is about 1cm long. The genus is named after a fictional pirate of the late 19th century, who was also known as "The Tiger of Malaysia".

Harvestman (Biantes sp.)
This Biantes sp. can be quite commonly seen in the forests of Singapore, but often overlooked due to its small size. the body is just a few mm long. It can be easily recognised from its yellowish body with two dark, squarish patches on its back.



C) Whip Spiders (Order Amblypygi?)

Whip spiders are so named because their first pair of legs are extremely long, like whips. These long legs carry sensory organs and act like feelers. They have four pairs of eyes. The chelicerae have two segments, and are fang-like for tearing up their prey, which are usually insects or other arachnids. The pedipalps are large and claw-like with six segments, and are used for catching and holding prey. They are generally nocturnal and quite harmless to human. Male whip spiders usually deposit a sperm package on the ground to be picked up by the females. The eggs hatch inside a sac on the underside of the female, and the young are usually carried on her back until they are big enough to hunt on their own.

As I do not know anyone who is familiar with whip spiders in Singapore, the following species which I have seen are not yet identified.

Whip Spider (Order Amblypygi?)
This whip spider is found on the trunk of an old tree in a cemetery. The body is about 2.5-3cm long.

Whip Spider (Order Amblypygi?)
This small whip spider is also on the trunk of a big tree in a secondary forest.



D) Scorpions (Order Scorpiones)

Scorpions are easily recognised by their large pedipalps with pincer-like claws, and a "tail" (or telson) with a venomous sting. While they sometimes use the sting to paralyse their prey, studies suggest that it is more often used for defense purposes. The venom of some species can be fatal, especially for human who are allergic to them, though the local species are not known to be that dangerous. Like other arachnids, scorpions have four pairs of walking legs. They are nocturnal, and usually find prey by touch.

Spotted Scorpion (Lychas scutilus)
When exposed to ultraviolet light, scorpions are also known to glow due to the presence of fluorescent chemicals in their exoskeleton.

Spotted Scorpion (Lychas scutilus)
Many species exhibit complicated courtship behaviours, after which the male scorpions will deposit sperm packages on the ground and the females will pick them up with their reproductive parts. The females bear live young, and carry them on their back (see above photo) until their first moult.

Several species of scorpions are known to occur in Singapore, and here are the ones that I have photographed:

Spotted Scorpion (Lychas scutilus)
The Spotted Scorpion (Lychas scutilus) is possibly the commonest scorpion in Singapore, and the above photo features one which has caught a cockroach. It can reach lengths of about 10cm.

Black Scorpion (Heterometrus sp.)
The Black Scorpion (Heterometrus sp.) is sometimes seen in Singapore, often in its burrow. There are probably more than 1 species in Singapore, and it's almost impossible to tell the difference from photos.

Dwarf Wood Scorpion (Liocheles sp)
The Dwarf Wood Scorpion (Liocheles sp., possibly L. australasiae) is sometimes seen on wooden structures in the forest, or on trees. It has a relatively shorter tail, and is usually not more than 3cm long.



E) Whip Scorpions (Order Thelyphonida)

Whip scorpions got their common name from the whip-like tail extending from the end of the abdomen. The chelicerae are fang-like, while the strong pedipalps have claws at the tip for catching and crushing prey, usually insects and other arthropods. The first pair of legs are longer than the rest, and are used for sensory purposes. They are also commonly called vinegaroons for their ability to spray acids (which smell like vinegar) from glands located near the end of their abdomens. The females usually lay the eggs in a burrow, looking after them without eating. The hatched young will climb onto the back of their mother, and leave after their first moult. The mother dies shortly after.

Whip Scorpions (Order Thelyphonida)
?The above photo features an unidentified whip scorpion.



F) Pseudoscorpions (Order Pseudoscorpionida)

Pseudoscorpions are quite similar in appearance to the true scorpions, but lack the tail with the venomous sting. They are generally very small, and seldom more than 5mm long. Like the scorpions, they have large, pincer-like pedipalps (may be toothed) for catching prey and for defense - the swollen parts of the pedipalps contain venom glands, which secretes venom to paralyse their prey or to deter predators. They will tear up the prey with their chelicerae. The males usually deposit a sperm package on the ground to be picked up by the females. The eggs hatch inside a sac on the underside of the female. Pseudoscorpions are able to produce silk from a gland in their jaws, and are known to make silk nests in which they hibernate, moult and brood the young. While most pseudoscorpions are found in the forest, hiding in cracks and crevices, some species lives in the intertidal zone and may share the burrows of crabs and other shore animals.

Pseudoscorpions (Order Pseudoscorpionida)
The above photo features the Intertidal Pseudoscorpion (Parahya submersa) which is sometimes found in the intertidal areas of Singapore.



G) Ticks & Mites (Subclass Acari)

Ticks & Mites (Subclass Acari)
This group used to be an arachnid order, but recent phylogenetic studies have shown that it is more accurate to be a subclass, and many of the previous families have been elevated to become orders. It is a very diverse group, but ticks and mites generally have a body without any distinctive divisions, and a short abdomen. The chelicerae are usually adapted for piercing and sucking, and appear pincer-like. Many species are pests of plants (affecting the growth or causing galls) and stored food, or parasites that feeds on the blood of other animals. Some may feed on dead skin and live as commensals on other animals. Many mites and ticks, however, are carrier of diseases, or trigger allergic reactions in human. Most species are less than 1mm long, but those that parasitise mammals and feed on their blood can grow up to about 1cm long. The main picture features some ticks on a harvestman, the top-right picture features a tick on the stem of a tree, while the bottom-right picture features a few mites on a spider.



Other Arachnids

Other arachnid groups that can be seen in Singapore include the microwhip scorpions (order Palpigradi) and schizomids (order Schizomida), which I do not have photos of local examples yet. I will update with more details when I managed to photograph them.



References
  • Bartlett, T. & J. VanDyk. 2003. BugGuide. Retrieved May 24, 2013, http://bugguide.net.
  • Burnie, D. 2001. Animal. London: Dorling Kindersley. 624 pp.
  • Ecological Research & Development Group. The Horseshoe Crab. Retrieved May 24, 2013, http://www.horseshoecrab.org
  • Koh, J. K. H. 1989. A Guide to Common Singapore Spiders. Singapore Science Centre, Singapore. 160 pp.
  • McGavin, G. 2000. Dorling Kindersley Handbooks: Insects, spiders and other terrestrial arthropods. London: Dorling Kindersley. 255 pp?
  • Ng, P. K. L. & N. Sivasothi (eds.), 1999. A guide to the mangroves of Singapore II: animal diversity. Singapore Science Centre. 168p.
  • Ng, P. K .L., R.T. Corlett & H.T.W. Tan (eds.). 2011. Singapore Biodiversity: An Encyclopedia of the Natural Environment and Sustainable Development. Singapore: Editions Didier Millet. 552 pp.

Source: http://tidechaser.blogspot.com/2013/06/spiders-scorpions-arachnida-singapore.html

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New quantum dot technique combines best of optical and electron microscopy

June 12, 2013 ? It's not reruns of "The Jetsons," but researchers working at the National Institute of Standards and Technology (NIST) have developed a new microscopy technique that uses a process similar to how an old tube television produces a picture -- cathodoluminescence -- to image nanoscale features. Combining the best features of optical and scanning electron microscopy, the fast, versatile, and high-resolution technique allows scientists to view surface and subsurface features potentially as small as 10 nanometers in size.

The new microscopy technique, described in the journal AIP Advances, uses a beam of electrons to excite a specially engineered array of quantum dots, causing them to emit low-energy visible light very close to the surface of the sample, exploiting so-called "near-field" effects of light. By correlating the local effects of this emitted light with the position of the electron beam, spatial images of these effects can be reconstructed with nanometer-scale resolution.

The technique neatly evades two problems in nanoscale microscopy, the diffraction limit that restricts conventional optical microscopes to resolutions no better than about half the wavelength of the light (so about 250 nm for green light), and the relatively high energies and sample preparation requirements of electron microscopy that are destructive to fragile specimens like tissue.

NIST researcher Nikolai Zhitenev, a co-developer of the technique, had the idea a few years ago to use a phosphor coating to produce light for near-field optical imaging, but at the time, no phosphor was available that was thin enough. Thick phosphors cause the light to diverge, severely limiting the image resolution. This changed when the NIST researchers teamed with researchers from a company that builds highly engineered and optimized quantum dots for lighting applications. The quantum dots potentially could do the same job as a phosphor, and be applied in a coating both homogenous and thick enough to absorb the entire electron beam while also sufficiently thin so that the light produced does not have to travel far to the sample.

The collaborative effort found that the quantum dots, which have a unique core-shell design, efficiently produced low-energy photons in the visible spectrum when energized with a beam of electrons. A potential thin-film light source in hand, the group developed a deposition process to bind them to specimens as a film with a controlled thickness of approximately 50 nm.

Much like in an old tube television where a beam of electrons moves over a phosphor screen to create images, the new technique works by scanning a beam of electrons over a sample that has been coated with the quantum dots. The dots absorb the electrons' energy and emit it as visible light that interacts with and penetrates the surface over which it has been coated. After interacting with the sample, the scattered photons are collected using a closely placed photodetector, allowing an image to be constructed. The first demonstration of the technique was used to image the natural nanostructure of the photodetector itself. Because both the light source and detector are so close to the sample, the diffraction limit doesn't apply, and much smaller objects can be imaged.

"Initially, our research was driven by our desire to study how inhomogeneities in the structure of polycrystalline photovoltaics could affect the conversion of sunlight to electricity and how these devices can be improved," says Heayoung Yoon, the lead author of the paper. "But we quickly realized that this technique could also be adapted to other research regimes, most notably imaging for biological and cellular samples, wet samples, samples with rough surfaces, as well as organic photovoltaics. We are anxious to make this technique available to the wider research community and see the results."

This work was a collaboration among researchers from NIST; the Maryland NanoCenter at the University of Maryland, College Park; Worcester Polytechnic Institute; QD Vision; and Sandia National Laboratories.

Source: http://feeds.sciencedaily.com/~r/sciencedaily/~3/MPg4X657oRQ/130612173336.htm

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