A Pair of Happy Starfish Water Ball Snow Globe WBSTAR PINK 9319844293075 NEW

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A Pair of Happy Starfish Water Ball Snow Globe WBSTAR PINK 9319844293075 NEW :
$19.80

1 x Pair of Cute Happy Star FishWater Ball Snow GlobeMeasures: 8.5cm H x 6cm W x 6cm D (approx. 3.5\" x2.5\" x 2.5\")and their bases are made from Heavy Art Grade Poly ResinThese beauties will make a very special and lovely giftor present for:

Someone who loves or collectsanything Oceanic

Someone who loves or collects Water Balls or Snow globes.

We haveother Snow globesavailable (See last 6 photos) ...

These look fabulous and will make a great gift for...Christmas orEaster Valentines Day or BirthdayFathers Day or Mothers DayStocking StufferWant to see more great gift ideas ...thenclick hereto have a look in our store !!!If you have the time please have a look atour other items.If you buy items with postagewe will always combine the cost to give a
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Some Interesting facts about Starfish by Wikipedia...

Starfishorsea starsare star-shapedechinodermsbelonging to theclassAsteroidea. Common usage frequently finds these names being also applied to ophiuroids, which are correctly referred to asbrittle starsor \"basket stars\". About 1,500 species of starfish occur on the seabed in all the world\'s oceans, from the tropics to frigid polar waters. They are found from theintertidal zonedown toabyssaldepths, 6,000m (20,000ft) below the surface.

Starfish aremarine invertebrates. They typically have a central disc and five arms, though some species have a larger number of arms. The aboral or upper surface may be smooth, granular or spiny, and is covered with overlapping plates. Many species are brightly coloured in various shades of red or orange, while others are blue, grey or brown. Starfish havetube feetoperated by ahydraulic systemand a mouth at the centre of the oral or lower surface. They areopportunisticfeeders and are mostlypredatorsonbenthicinvertebrates. Several species have specialized feeding behaviours including eversion of their stomachs andsuspension feeding. They have complexlife cyclesand can reproduce both sexually anda sexually. Most canregeneratedamaged parts or lost arms and they can shed arms as a means of defence. The Asteroidea occupy several significantecologicalroles. Starfish, such as theochre sea star(Pisaster ochraceus) and thereef sea star(Stichaster australis), have become widely known as examples of thekeystone speciesconcept in ecology. The tropicalcrown-of-thorns starfish(Acanthaster planci) is a voracious predator ofcoralthroughout the Indo-Pacific region, and thenorthern Pacific sea staris considered to be one of theworld\'s 100 worst invasive species.

Thefossilrecord for starfish is ancient, dating back to theOrdovicianaround 450 million years ago, but it is rather poor, as starfish tend to disintegrate after death. Only theossiclesand spines of the animal are likely to be preserved, making remains hard to locate. With their appealing symmetrical shape, starfish have played a part in literature, legend, design and popular culture. They are sometimes collected as curios, used in design or as logos, and in some cultures, despite possible toxicity, they are eaten.

The scientific name Asteroidea was given to starfish by the French zoologistde Blainvillein 1830.It is derived from theGreekaster, ἀστήρ (a star) and the Greekeidos, εἶδος (form, likeness, appearance).The class Asteroidea belongs to the phylumEchinodermata. As well as the starfish, the echinoderms includesea urchins,sand dollars,brittleandbasket stars,sea cucumbersandcrinoids. The larvae of echinoderms have bilateral symmetry, but duringmetamorphosisthis is replaced withradial symmetry, typicallypentameric.Adult echinoderms are characterized by having awater vascular systemwith externaltube feetand acalcareousendo-skeleton consisting ofossiclesconnected by a mesh ofcollagenfibres.Starfish are included in the subphylumAsterozoa, the characteristics of which include a flattened, star-shaped body as adults consisting of a central disc and multiple radiating arms. The subphylum includes the twoclassesof Asteroidea, the starfish, andOphiuroidea, the brittle stars and basket stars. Asteroids have broad-based arms with skeletal support provided by calcareous plates in the body wallwhile ophiuroids have clearly demarcated slender arms strengthened by paired fused ossicles forming jointed \"vertebrae\".

The starfish are a large and diverse class with about 1,500 living species. There are two extinct style=\"text-align: center; margin: 0.5em 0px; line-height: 22.4px; background-color: rgb(255, 255, 255);\">Most starfish have five arms that radiate from a central disc, but the number varies with the group.Luidia ciliarishas seven arms, members of theSolasteridaehave ten to fifteen while the AntarcticLaofferiaster annulatuscan have up to fifty. It is not unusual in species that typically have five arms for some individuals to possess six or more through abnormal development.

The body wall consists of a thin cuticle, anepidermisconsisting of a single layer of cells, a thickdermisformed ofconnective tissueand a thincoelomicmyoepitheliallayer, which provides the longitudinal and circular musculature. The dermis contains anendo-skeletonofcalcium carbonatecomponents known as ossicles. These are honeycombed structures composed ofcalcitemicrocrystals arranged in a lattice.They vary in form, with some bearing external granules, tubercles and spines, but most are tabular plates that fit neatly together in atessellatedmanner and form the main covering of the aboral surface.Some are specialised structures such as themadreporite(the entrance to the water vascular are compound ossicles with forceps-like jaws. They remove debris from the body surface and wave around on flexible stalks in response to physical or chemical stimuli while continually making biting movements. They often form clusters surrounding spines.Paxillae are umbrella-like structures found on starfish that live buried in sediment. The edges of adjacent paxillae meet to form a false cuticle with a water cavity beneath in which the madreporite and delicate gill structures are protected. All the ossicles, including those projecting externally, are covered by the epidermal layer.

Several groups of starfish, includingValvatidaandForcipulatida, possesspedicellariae.In Forcipulatida, such asAsteriasandPisaster, they occur inpompom-like tufts at the base of each spine, whereas in theGoniasteridae, such asHippasteria phrygiana, the pedicellariae are scattered over the body surface. Some are thought to assist in defence, while others aid in feeding or in the removal of organisms attempting to settle on the starfish\'s surface.Some species likeLaofferiaster annulatus,Rathbunaster californicusandNovodinia antillensisuse their large pedicellariae to capture small fish and crustaceans.

There may also bepapulae, thin-walled protrusions of the body cavity that reach through the body wall and extend into the surrounding water. These serve arespiratoryfunction.The structures are supported by collagen fibres set at right angles to each other and arranged in a three-dimensional web with the ossicles and papulae in theinterstices. This arrangement enables both easy flexion of the arms by the starfish and the rapid onset of stiffness and rigidity required for actions performed under stress.

The water vascular system of the starfish is ahydraulic systemmade up of a network of fluid-filled canals and is concerned with locomotion, adhesion, food manipulation andgas exchange. Water enters the system through themadreporite, a porous, often conspicuous, sieve-like ossicle on the aboral surface. It is linked through a stone canal, often lined with calcareous material, to a ring canal around the mouth opening. A set of radial canals leads off this; one radial canal runs along theambulacralgroove in each arm. There are short lateral canals branching off alternately to either side of the radial canal, each ending in an ampulla. These bulb-shaped organs are joined to tube feet (podia) on the exterior of the animal by short linking canals that pass through ossicles in the ambulacral groove. There are usually two rows of tube feet but in some species, the lateral canals are alternately long and short and there appear to be four rows. The interior of the whole canal system is lined withcilia.

When longitudinal muscles in the ampullae contract, valves in the lateral canals close and water is forced into the tube feet. These extend to contact thesubstrate. Although the tube feet resemble suction cups in appearance, the gripping action is a function of adhesive chemicals rather than suction.Other chemicals and relaxation of the ampullae allow for release from the substrate. The tube feet latch on to surfaces and move in a wave, with one arm section attaching to the surface as another releases.Some multi-armed, fast-moving starfish such as thesunflower sea star(Pycnopodia helianthoides) pull themselves along with some of their arms while letting others trail behind. Other starfish turn up the tips of their arms while moving which gives maximum exposure of the sensory tube feet and the eye-spot to external stimuli.

Most starfish cannot move quickly, a typical speed being that of theleather star(Dermasterias imbricata), which can manage just 15cm (6in) in a minute.Some burrowing species from the generaAstropectenandLuidiahave points rather than suckers on their long tube feet and are capable of much more rapid motion, \"gliding\" across the ocean floor. Thesand star(Luidia foliolata) can travel at a speed of 2.8m (9ft 2in) per minute.

Apart from their function in locomotion, the tube feet act as accessory gills. The water vascular system serves to transport oxygen from, and carbon dioxide to, the tube feet and also nutrients from the gut to the muscles involved in locomotion. Fluid movement is offerirectional and initiated by cilia.Gas exchange also takes place through other gills known as papulae, which are thin-walled bulges on the aboral surface of the disc and arms. Oxygen is transferred from these to thecoelomic fluid, which acts as the transport medium for gasses. Oxygen dissolved in the water is distributed through the body mainly by the fluid in the main body cavity; the circulatory system may also play a minor role.

The gut of a starfish occupies most of the disc and extends into the arms. The mouth is located in the centre of the oral surface, where it is surrounded by a toughperistomialmembrane and closed with asphincter. The mouth opens through a shortoesophagusinto astomachdivided by a constriction into a larger,eversiblecardiac portion and a smaller pyloric portion. The cardiac stomach is glandular and pouched, and is supported byligamentsattached to ossicles in the arms so it can be pulled back into position after it has been everted. The pyloric stomach has two extensions into each arm: thepyloric caeca. These are elongated, branched hollow tubes that are lined by a series of glands, which secrete digestiveenzymesand absorb nutrients from the food. A shortintestineandrectumrun from the pyloric stomach to open at a smallanusat the apex of the aboral surface of the disc.

Primitive starfish, such asAstropectenandLuidia, swallow theirpreywhole, and start to digest it in their cardiac stomachs. Shell valves and other inedible materials are ejected through their mouths. The semi-digested fluid is passed into their pyloric stomachs and caeca where digestion continues and absorption ensues.In more advanced species of starfish, the cardiac stomach can be everted from the organism\'s body to engulf and digest food. When the prey is a clam or otherbi-valve, the starfish pulls with its tube feet to separate the two valves slightly, and inserts a small section of its stomach, which releases enzymes to digest the prey. The stomach and the partially digested prey are later retracted into the disc. Here the food is passed on to the pyloric stomach, which always remains inside the disc.The retraction and contraction of the cardiac stomach is activated by aneuro-peptideknown as NGFF Yamide.

Because of this ability to digest food outside the body, starfish can hunt prey much larger than their mouths. Their diets include clams andoysters,arthropods, smallfishandgastropod molluscs. Some starfish are not purecarnivores, supplementing their diets withalgaeor organic detritus. Some of these species aregrazers, but others trap food particles from the water in stickymucusstrands that are swept towards the mouth alongciliatedgrooves.

The main nitrogenous waste product isammonia. Starfish have no distinct excretory organs; waste ammonia is removed by diffusion through the tube feet and papulae.The body fluid containsphagocyticcells, coelomocytes, which are also found within the hemal and water vascular systems. These cells engulf waste material, and eventually migrate to the tips of the papulae, where a portion of body wall is nipped off and ejected into the surrounding water. Some waste may also be excreted by the pyloric glands and voided with thefaeces.

Starfish do not appear to have any mechanisms forosmoregulation, and keep their body fluids at the same salt concentration as the surrounding water. Although some species can tolerate relatively lowsalinity, the lack of an osmoregulation system probably explains why starfish are not found in fresh water or even in manyestuarineEnvironments.

Although starfish do not have many well-defined sense organs, they are sensitive to touch, light, temperature, orientation and the status of the water around them. The tube feet, spines and pedicellariae are sensitive to touch. The tube feet, especially those at the tips of the rays, are also sensitive to chemicals, enabling the starfish to detect odour sources such as food.There are eye spots at the ends of the arms, each one made of 80–200 simpleocelli. These are composed ofpigmentedepithelial cells that respond to light and are covered by a thick, transparent cuticle that both protects the ocelli and acts to focus light. Many starfish also possess individualphoto-receptor cellsin other parts of their bodies and respond to light even when their eye spots are covered. Whether they advance or retreat depends on the species.

While a starfish lacks acentralized brain, it has a complexnervous systemwith a nerve ring around the mouth and a radial nerve running along the ambulacral region of each arm parallel to the radial canal. The peripheral nerve system consists of two nerve nets: a sensory system in the epidermis and a motor system in the lining of the coelomic cavity. Neurons passing through the dermis connect the two.The ring nerves and radial nerves have sensory and motor components and coordinate the starfish\'s balance and directional systems.The sensory component receives input from the sensory organs while the motor nerves control the tube feet and musculature. The starfish does not have the capacity to plan its actions. If one arm detects an attractive odour, it becomes dominant and temporarily over-rides the other arms to initiate movement towards the prey. The mechanism for this is not fully understood.

Most species of starfish aregonochorous, there being separate male and female individuals. These are usually not distinguishable externally as the gonads cannot be seen, but their sex is apparent when theyspawn. Some species aresimultaneous hermaphrodites, producing eggs and sperm at the same time and in a few of these, the same gonad, called anovotestis, produces both eggs and sperm.Other starfish aresequential hermaphrodites.Protandrousindividuals of species likEasterina gibbosastart life as males before changing sex into females as they grow older. In some species such asNepanthia belcheri, a large female cansplit in halfand the resulting off-spring are males. When these grow large enough they change back into females.

Each starfish arm contains two gonads that releasegametesthrough openings called gonoducts, located on the central disc between the arms.Fertilizationis generally external but in a few species, internal fertilization takes place. In most species, the buoyant eggs and sperm are simply released into the water (free spawning) and the resultingembryosandlarvaelive as part of theplankton. In others, the eggs may be stuck to the undersides of rocks.In certain species of starfish, the femalesbroodtheir eggs – either by simply enveloping themor by holding them in specialised structures. Brooding may be done in pockets on the starfish\'s aboral surface,inside the pyloric stomach (Leptasterias tenera)or even in the interior of the gonads themselves.Those starfish that brood their eggs by \"sitting\" on them usually assume a humped posture with their discs raised off the substrate.Pteraster militarisbroods a few of its young and disperses the remaining eggs, that are too numerous to fit into its pouch.In these brooding species, the eggs are relatively large, and supplied withyolk, and they generally develop directly into miniature starfish without an intervening larval stage.The developing young are called lecithotrophic because they obtain their nutrition from the yolk as opposed to \"planktotrophic\" larvae that feed in thewater column. InParvulastra parvivipara, anintragonadalbrooder, the young starfish obtain nutrients by eating other eggs and embryos in the brood pouch.Brooding is especially common in polar and deep-sea species that live in Environments unfavourable for larval developmentand in smaller species that produce just a few eggs.

In the tropics, a plentiful supply of phytoplankton is continuously available for starfish larvae to feed on. Spawning takes place at any time of year, each species having its own characteristic breeding season.In temperate regions, the spring and summer brings an increase in food supplies. The first individual of a species to spawn may release apheromonethat serves to attract other starfish to aggregate and to release their gametes synchronously.In other species, a male and female may come together and form a pair.This behaviour is calledpseudo copulationand the male climbs on top, placing his arms between those of the female. When she releases eggs into the water, he is induced to spawn.Starfish may use Environmental signals to coordinate the time of spawning (day length to indicate the correct time of the year,dawn or dusk to indicate the correct time of day), and chemical signals to indicate their readiness to breed. In some species, mature females produce chemicals to attract sperm in the sea water.

Echinoderms first appeared in thefossil recordin theCambrian. The first known asterozoans were theSomasteroidea, which exhibit characteristics of both groups. Modern starfish and brittle stars probably had a common somasteroid ancestor.Starfish are infrequently found as fossils, possibly because their hard skeletal components separate as the animal decays. However, although starfish fossils are uncommon, there are a few places where accumulations of complete skeletal structures occur, fossilized in place inLagerstätten— so-called \"starfish beds\".

By the latePaleozoic, thecrinoidsandblastoidswere the predominant echinoderms, and some lime stones from this period are made almost entirely from fragments from these groups. In the two majorextinction eventsthat occurred during the lateDevonianand latePermian, the blastoids were wiped out and only a few species of crinoids survived.Many starfish species also became extinct in these events, but afterwards the surviving few species diversified rapidly within about sixty million years during theEarly Jurassicand the beginning of theMiddle Jurassic.A 2012 study found thatspeciationin starfish can occur rapidly. During the last 6,000 years, divergence in the larval development ofCryptasterina hysteraandCryptasterina pentagonahas taken place, the former adopting internal fertilization and brooding and the latter remaining a broadcast spawner.

Snow Globe, Snow Dome / Stormor Water Ball/ Globe...A snowglobe (also called a\" water globe\", \"snow storm\", or \"snow dome\") is atransparentsphere, usually made of glass, enclosing a miniaturized scene of some sort, often together with a model of a landscape. The sphere also encloses the water in the globe; the water serves as the medium through which the \"snow\" falls. To activate the snow, the globe is shaken to churn up the white particles. The globe is then placed back in its position and the flakes fall down slowly through the water. Snow globes sometimes have a built-inmusic boxthat plays a song. Some snow globes even have a design around the outer base for decoration.When the first snow globe exactly became well-known remains uncertain, but seemingly dates to the early 19th century inFrance. They may have appeared as a successor to the glasspaperweight, which became popular a few years earlier. Snow globes appeared at theParis Universal Expo of 1878, and by 1879 at least five or more companies were producing snow globes and selling them throughoutEurope.In 1889, a snow globe containing a model of the newly builtEiffel Towerwas produced to commemorate the International Exposition inParis, which marked the centenary of theFrench Revolution. Snow globes became popular inEnglandduring theVictorian eraand, in the early 1920\'s, crossed the Atlantic to theUnited States of Americawhere they became a popularcollectors item. Many of these globes were produced byAtlas Crystal Works, which had factories inGermanyand America.At the end of the 19th century Erwin Perzy, a producer of surgical instruments, invented the so-calledSchneekugel(snow globe) and got the first patent for it. Originally his goal was to develop an extra bright light source for use as asurgical lamp. As he tried to intensify the candlepower of a so-calledSchusterkugel(a water filled flask used to focus light since the Middle Ages) with particles made out of different materials for reflection purpose, the effect reminded him of snowfall and it\'s said that by this he got the idea for a snow globe. He then built his first actual globe with the basilica ofMariazellas a model in it. Because of the great request for his snow globes, Perzy, along with his brother Ludwig opened a shop inVienna, where the production continues until today as a family business. Today the globes get exported throughout the world; the material out of which the \"snow\" is made is handed down from generation to generation as a production secret (it should float as long as possible in the water before sinking down).In the United States, the first snow globe-related patent was granted in 1927 to Joseph Garaja of Pittsburgh, Pennsylvania. In 1929, Garaja convinced Novelty Pool Ornaments to manufacture a fish version underwater.In America, during the 1940\'s, snow globes were often used for advertising. In Europe, during the 1940\'s and 1950\'s, religious snow globes were common gifts forCatholicchildren. Snow globes have appeared in a number of film scenes, the most famous of which is the opening of the 1941 classicCitizen Kane.In the 1950\'s, the globes, which were previously made of glass, became available in plastic. Currently, there are many different types of snow globes available. These globes are produced by a number of countries and range from the mass-produced versions ofHong KongandChinato the finely crafted types still produced inAustria. Snow globes feature diverse scenes, ranging from the typical holiday souvenirs to more eclectic collectibles popular icons, animals, military figures, historical scenes, etc. Snow globes have even been used for election campaigns.Initially snow globes consisted of a heavylead glassdome which was placed over aceramicfigure or tableau on a black cast ceramic base, filled with water and then sealed. The snow or \"flitter\" was created by use of bone chips or pieces ofporcelain, sand or even sawdust. As they became more sophisticated, the glass became thinner, the bases were lighter (Bakelitewas popular during the Art Deco period) and the snow was made out of particles of gold foil or non-soluble soap flakes, although nowadays, for health and safety reasons, small pieces of white plastic are used. Later, the liquid was changed to light oil, then water withanti-freeze(glycerin or glycol). An added benefit was that glycerin and glycol slowed the descent of the snow.Today\'s snow globes can include music boxes, moving parts, internal lights, and even electric motors that make the \"snow\" move so that it is no longer necessary to shake the globe. Some also have central slots for positioning items such as photographs. Contemporary fine artists also use snow globes as a medium.

Miniature Figurines...

A figurine (a diminutive form of the word figure) is a statuette that represents a human,deityoranimal. Figurines may be realistic oriconic, depending on the skill and intention of the creator. The earliest were made of stone or clay. Modern versions are made of ceramic, metal, glass, wood and plastic.

Figures with movable parts, allowing limbs to be posed, are more likely to be calleddolls,mannequins, oraction figures; orrobotsorautomata, if they can move on their own.

Figurines andminiaturesare sometimes used inboard games, such aschess, and table toprole playing games. Old figurines have been used to discount some historical theories, such as theorigins of chess.

In China, there are extantNeolithicfigurines. Prehistoric figurines of pregnant women are calledVenus figurines, because of their presumed representation of a goddess, or some connection to fertility. The two oldest known examples are made of stone, were found in Africa and Asia, and are several hundred thousand years old. Many made of fired clay have been found in Europe that date to 25-30,000 BC, and are the oldestceramicsknown.

These early figurines are among the first signs of human culture. One cannot know in some cases how they were used. They probably had religious or ceremonial significance and may have been used in many types of rituals. Many are found in burials. Some may have been worn asjewelleryor intended to amuse children.

Porcelainand other ceramics are common materials for figurines. There are many early examples fromChinawhere it originated, which drove the experimentation in Europe to replicate the process. The first European porcelain figurines, produced in a process mastered in Germany were known asMeissen wareafter the city where it began. Soon the technique was copied in other cities, such as the one depicted fromDresden.

Genre figurines of gallant scenes, beggars or figurines of saints are carved from pinewood inVal Gardena,South Tyrol(Italy), since the 17th century.

Modern figurines, particularly those made of plastic, are often referred to as figures. They can encompass modernaction figuresand othermodel figuresas well asPrecious MomentsandHummel figurines,Bobbleheads,Sebastian Miniaturesand other kinds of memorabilia. Two companies which produce porcelain figurines areRoyal DoultonandLladró.

Figurines of comic book or sci-fi/fantasy characters without movable parts have been referred to by the terms inaction figures (originally used to describeKevin Smith\'sView Askewfigurines) and staction figures (aportmanteauof statue and action figures coined byFour Horsemenartists to describeMasters of the Universefigures).

WhatisPoly Resin?

Poly resin is aresincompound generally used forstatues,figurines, and decorativefurniture. It is a sturdy material that can be intricately moulded, allowing a great level of detail with consistent texture.

Additives can be incorporated into the compound to enhance the material\'s strength, reduce its weight, add heat stability, decorative effects, and so on. Poly resin is also compatible with a large range of different finishes, including paint and metallic finishes, which is why many decorative pieces are made from this material.

One form of poly resin often used isAlabastrite. It is a stone-based material, easyto sculpt, takes paint well, and has a similar appearance to porcelain and pottery.

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