Indonesian Agate Information

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Indonesian Agate was believed to exist in different range. This Agate is one of the most fashionable varieties found in Indonesia. Indonesians often dress in this Agate and served as a lucky charm to ward off threat and to magnetize good luck. Not amazingly, people assert this one-of–a-kind gemstone, which is capable with different mystic powers.

It provides some multiple favorable uses (e.g., a perfect choice for medical healing, religious practice, and fortification). Indonesians usually believe that these certain natural stones have supernatural properties. Based on the traditional belief, nature is also measured to be a sign of mysticism due to its formation and divine of origin.

So, each natural aspect on this planet is measured as something sanctified. This Agate produces as having no exemption to this traditional awareness of life. During ancient period, the sacred significance and religious benefits of this natural stones have been documented by Indonesians, as well.

Hence, these agate gemstones have always served as a significant role for traditional Indonesian devotion, and it is usually associated with some sacred practices. This particular gem usually featured out some significant color that symbolizes the element of fire.

In addition to, due to the fire element, this orange agate owns several natural attributes that can assist the person to diminish pressure and to repair one’s emotional stability. In addition to, the different features, and spiritual powers of the person will increase individual’s staying power and self-confidence, as well.

It is also a dominant charm for improving individual’s personality and civilizing one’s social condition in order to attain success in the world of business. Additionally, there are dwells in a mystic kingdom in this sanctified mineral stuff. By means of the earliest mantra, it spells the spiritualist who used to transmit some favorable blessings.

The mystic power of these Agates also serves as a dominant one in order to attach with the khodam strength that brings satisfaction and achievement into individual’s life of the wearer, especially with this usual Indonesian Agate. In fact, it is not totally unattractive, as it was described as 98% of the world’s Agates.

They subsist in most every part of the world, and often in vast quantities. Once you consider banded agates that are established in several countries—well, they can be quite an eye-catching stones. So, what’s the pick-up-line in the world of these agates? The answer must be: it could be from Indonesia.

The great depictions for agates from Indonesia have to be the most remarkable agates in the whole world. The initial type that must be stated here is that this amazing gem comes in variety of colors, and can only exists in Indonesia. An additional remarkable precious stone with a depiction of flowers was known as the “Rose Agate”.

If you haven’t heard about Rose Agate, please don’t be even surprise because it is quite comparable with the beautiful Moss Agate, which typically exists in Indonesia, but the “moss” is red. These Indonesian Rose Agate stones actually resembles with the roses. As far as we concerned, these Agates usually exists in different countries.

In fact, Rose Agate particularly those with noticeable roses are also found in Indonesia. Another type of an Indonesian Agate is the Picture Agate, which is similar with pictures. However, landscapes are not too rare, as well. These are actually best samples of just how remarkable agate can essentially be.

Moreover, Fossil Corals have been established in numerous places across the western part of an Indonesian Islands (Java and Sumatra). In addition to, these materials are considered as the hidden leftovers of prehistoric reefs, which propelled up onto the landed mass by the plated impact.

They usually lie and positioned in the mountainous areas of the Bukit Barisan Range from central part into southern part of Sumatra, where the rocky mountains of eastern and western part of Java can be found. Along eastern part of Indonesia, there are fossil corals, which can be established along the isolated and mountainous region of Halmahera Island.

The innovation of well- conserved coral reefs put well into the mountain region of south Sumatra, which is the significant part of the testament that sea levels is even higher today based on Miocene (23mya). Even the premium aspects of the coral species are produced these ancient reefs that have been sealed through replacement of an agate.

In addition to, an extensive range of coral species can also be found. During conservation, the unusual calcium carbonate of the coral skeletons was reacted with silica that bears fluids of volcanic origins. Some geochemical studies have been documented through hydrothermal deposition of iron, copper, silver, and zinc together with the silica.

Moreover, Sumatra is a classical area for “low sulfidation” hydrothermal gold as well as, with silver deposits. These were cultivated commercially by ancient Dutch explorers such as Tambang, Lebong, Tandai, and Donok. They are still the objective of study and development nowadays.

Generally the low-temperature as well as, the silica minerals contained by the opal and chalcedony is considered the most common factors of the fossilized coral. Some excellent and micro-crystal aggregates have been completed along their pockets in several parts of the stone.

Also, some druses were also fulfilled the channels, which consisted some portions of the coralline critters that were later covered with lucid agate, which caused the refined surfaces to be polished. Nearby, there are pyrite crystals, which are dispersed in the agate and improve their charisma, and describe the composition of the unique coral species.

Some people have noticed that these Indonesian Agatized fossil corals diverge from one place into another. Some places have more dissolved crystals and huge extent of colors compare with the others. Some digging fields generate striking agatized coral stones from weathered into an oxidized rock compositions.

In further areas, smoothed cobbles of agatized corals are also found in both active and old covered river channels afar from the bedrock resources. All in all, these solid agatized fossil materials have an impressive lapidary material. Compare with any decorative stone material, there are even some tones that are unusual, and beautiful collector’s pieces.

With millions of coral species in the fossil trace, these finest pieces could be infinite. During early 2009, sets of agate tubes were also recovered from an isolated mountain part located in Central Java. This discovery makes them decide to obtain a climb and look for the supplies of the material.

Most of the area is located along the Javanese volcanoes. The area is considered very rough with abrupt, tropical forest with sheltered slopes, elevated pine trees, and perfect mountain brook. In fact, the Central Java is the main host among all 11 Indonesia’s erratically, and dynamic volcanoes including the famous Mt. Merapi.

Furthermore, it is often perceived by air travelers in transportation along Jakarta to Bali. According to local myths, the clusters of finger-like agate stones produce within the earth and villagers are concealed within the ground, as they will cultivate and break their ends, as well.

They have the shapes like a local bamboo species known as “Awi”, or a small Japanese Bambu, which is spelled as “bambu” in Indonesian. It was referred as “Fossil Bambu”. It captured several days to discover the area as much as possible. Mountain villagers are fairly cautious from the outsiders and they must protect their resources, as well.

These Agates are introduced and offered some environmental viewpoint on their end, and some feasible manners to market this material as they were devoted to allocate their theories, and show it all the way long. This material was a major part of a huge landslide, which composed of volcanic rocks in the earth.

These multi-colored fingers attracted villager’s attention. Most of the time, it was suspected that these rocks had worth, but they had no any knowledge with mining or panorama. The villagers used to collect these pieces of rocks, and buried them at the same time in the soil, and within the backyards.

Just think that these sets of stone produced within a cave environment. In fact, some type of geological structure, where stalagmites and stalactites are typically produced. In addition to, most of the locals who hunt these slopes have found that these tiny pieces of these agate clusters can be found on both sides of the mountain.

Most of the local villagers have a daily routine with their harvest in the mountain. They stimulate the loose soils along the landslide areas through a long steel rod as prospecting equipments. The collected material over the period of time ranges deeply in shade and nature.

However, the large basal is usually compose of hollow tubes with several centimeters in width. With a reliable, striated inner wall composition, it was suggested that this agate was produced around, which is quite organic, and consequently decomposed away. Their tones include blue, orange, pink, purple, red, yellow, and white.

Some multi-colored patterns include bands, dendrites, orbs, and streaks. They are at least in general, but often limited into particular layers of the agate. Meanwhile, William Walton Wright, a well-known Paleobotanist visited for a month. In fact, he has a broad experience for recognizing such material around the globe, specifically in Indonesia.

Walt has accomplished several fields to visits like those areas. They typically enclosed with fossiliferous rock compositions on some continents, and regularly with some series of seminars for the recognition of materials fossil plant materials in USA, and other continents of the world.

Some significant part of this collection was known as the “fossil bamboo” material. In fact, there are no lab studies or further analysis about those pieces of rocks, but with a profusion of samples in his hand, it become significant part of any possibilities for any physical environment, geological locations, and chemistry of structure.

As a famous geologist, Walt can retract the procedure step by step, most especially the evolution process of the living plant within the stone. According to Walt, there are several fenland or bog plants from grasses, sages, tules, and scouring-rushes, which enclosed several tough silica-rich stems.

Once the volcano was exploded, a cascade of siliceous volcanic ash was turned to be a quagmire along a hillside, and later on washed into a fenland. Then, the ash will endure into a weathered oxidation that releases rich iron, silica, manganese, and other particle of ions into the water.

However, the water chemistry becomes acidic as well as, the colloidal suspension of clays decomposed in feldspars, which is quite high, as well. In addition to, the tough stems of these fen plants turned out to be the center for the deposition of the botryoidal crystallization of quartz (agate).

In fact, the rains and dry weather might cause the marsh waters to increase, and reduce as well as, their sharpness may even vary. Furthermore, recurring explosion as well as, the ash deposition might be the outcome to produce a layer of agate crystallization along the stems.

However, ensuing loss, and fester of the plants transpires over the period of time. Some of these stems continue to stand out, while others may change direction. Generally, some stems may even rupture, and reduced to the marsh floor. Stems are left empty like the organic constituent of the plants that are decomposed.

Additionally, the suspended manganese clays iron, and other factors become deposited in the unfilled cores with a group of “bog iron”. Over the period of time, this deposit become empty that usually enclosed by the radiated, concentric rings of agate that can be found in Indonesia.

It just so happens that most of the local people have an ordinary name for the “scouring-rush”, which is literally known as “Japanese Bambu” in Indonesia. In such areas, these sets of agate that are typically coated with moderately weathered into a bladed carbonate that makes them furtively, attractive specimen, natural beads and unusual pieces, as well.

Another Indonesian Agate can be found at East Java, which is famous due to their ornamental purposes namely the Alphabet and Cross Agates. Over the centuries, several mountains in Indonesia became the center of spiritual retreats, hosting the earliest Buddhist, Christianity, and Hindu.

Watt still believed that these form of Agate was formed only in East Java. The composition of these certainly occurs materials are available in the world. It took along time for them to find out the creativity of East Javanese craftsmen and carvers to take this occurrence to individual’s attention.

The elaborated prospective of this mineral was first documented by people around the mountain village found in East Java. There are some individuals that are now recognized to gather and cut different scripts of these stones. The most prominent one was the capability of one man to be the “godfather” of these Alphabet Agate cabochons.

With his existence, there was a huge pile about the fist dimensioned agate along the yard, and the crude, which is cemented with a square meter foundation along his front porch. Pak Hurup, the god-father produced them by slicing them away, and makes them a contiguous agate with a tiny hammer before grinding them to a perfect layout.

Moreover, several of them enclosed with a cracked, finished cabochons. That problem might occur with some other villages where usual tools were being used. In order to be worth it along the market, these sets of Agates are cut into shapes, in a perfect, finished product, as well.

Most of the time, a rough, rock-saw, which is quite cheap and easy to produced could ever been also used. He also used a set of an electric motor to carve pulleys starting from a wood, and it was found a contemptible Chinese diamond saw blade. The main issue is the electricity.

Moreover, the hot mineral, which is saturated in water, was dissolved in iron, silica, and other minerals, which reacted to desiccation as the mud. While the hot springs grown-up, as it cools down, then, hot waters stop circulating. In fact, the siliceous sinters as well as, agate fulfilled with feeder fissures below also dried up and precipitated.

Thus, the result turned out to produce a dissolve as well as, suspended minerals and crack.

Moreover, the fluid, which feed hot springs are determined by sub-surface of volcanic activity. These kinds of systems are subsisted and lasted from 10 of 1000 millions years ago.

With these sets of stone, the persistence, and matured conduits were reopen as well as, the old hot springs were regenerated next to surface. The history of outpouring fluids may even modify as they combine with ground water. This water table may transform due to the climate.

Fluids may also precipitate with their dissolved iron, and other materials throughout the silica. When an old hot spring sustains a new life, the old fissures, veins, and crack below turns out to be the medium for new fluids, as well. Moreover, these fluids may produced silica and iron.

Later on, these sealed old cracks serves as the system that cools and dies again. The said late crack fillings were produced by the enduring iron. If you going to compare with other components compare with the old and related agate, they exhibit a criss-cross pattern specimen.

These deposits as well as, their feeder schemes can be later uncovered along the surface through uplift and corrosion. The dimension of these pebble agates in modern was characterized with red (iron), stained silica, cemented (sealed) desiccation that are essentially part of the fossil relics during the ancient period.

The special color agate, which occupies the healed cracks are simply an evidence of diverse mineral diffusion in the late phase fluids, which pulsing the full-grown, hot spring system. Moreover, most of the skilled craftsman with an excellent imagination as Pak Hurup turned out these stones into beautiful gems.

The ability in capturing such image, whether it is a fish, letter, and cross still depends on the style and eye of the cutter. The diffusion of shade into the gemstone varies with the deepness of the creative crack. The preponderance of the break fulfills are only the main issue of millimeters.

In fact, no two even letters or crosses are accurately comparable; make each of them and all stone an accurately exceptional and distinctive stone. So, in Indonesia, there are craftsman who truly valued an excellent, well-crafted settings with a nature, which is made from symbol of the Cross.

A well-produced alphabet might even set to take several months to assemble. In addition to, these 26 selected letters agate may even produce and re-cut many times from a variety of several hundreds of letters in order to generate a collector’s excellent set. The secret is not to polish it through a thin coating of shade, but to turn it into a worth one.

SHOP FOR INDONESIAN AGATE

Indonesian Agate Cabochons

Vjerovalo se da indonezijski ahat postoji u različitim rasponima. Ovaj ahat je jedna od najotmjenijih sorti pronađenih u Indoneziji. Indonežani se često oblače u ovaj ahat i služio je kao talisman za sreću za odvraćanje prijetnje i magnetiziranje sreće. Nije nevjerojatno, ljudi tvrde da je ovaj jedinstveni dragi kamen, koji ima različite mistične moći.

Omogućuje višestruku povoljnu upotrebu (npr. savršen izbor za medicinsko liječenje, vjersku praksu i utvrđivanje). Indonežani obično vjeruju da to prirodno kamenje ima nadnaravna svojstva. Na temelju tradicionalnog vjerovanja, priroda se također smatra znakom mističnosti zbog svoje formacije i božanskog podrijetla.

Dakle, svaki prirodni aspekt na ovoj planeti mjeri se kao nešto posvećeno. Ovaj ahat proizvodi kao da nema iznimke od ove tradicionalne svijesti o životu. Tijekom drevnog razdoblja, sveto značenje i vjerske dobrobiti ovog prirodnog kamenja dokumentirali su i Indonežani.

Stoga je ovo drago kamenje od ahata uvijek imalo značajnu ulogu u tradicionalnoj indonezijskoj pobožnosti i obično se povezuje s nekim svetim praksama. Ovaj određeni dragulj obično je imao značajnu boju koja simbolizira element vatre.

Osim toga, zbog elementa vatre, ovaj narančasti ahat posjeduje nekoliko prirodnih svojstava koja mogu pomoći osobi da smanji pritisak i popravi svoju emocionalnu stabilnost. Osim toga, različite značajke i duhovne moći osobe također će povećati izdržljivost i samopouzdanje pojedinca.

Također je dominantna amajlija za poboljšanje osobnosti pojedinca i civiliziranje društvenog stanja kako bi se postigao uspjeh u poslovnom svijetu. Osim toga, postoje prebivališta u mističnom kraljevstvu u ovom posvećenom mineralnom materijalu. Pomoću najranije mantre, ona čara duhovnika koji je prenosio neke povoljne blagoslove.

Mistična moć ovih ahata također služi kao dominantna kako bi se povezala s khodam snagom koja donosi zadovoljstvo i postignuće u život pojedinca nositelja, posebno s ovim uobičajenim indonezijskim ahatom. Zapravo, nije potpuno neprivlačan, jer je opisan kao 98% svjetskih ahata.

Ima ih gotovo u svim dijelovima svijeta i često u golemim količinama. Kad uzmete u obzir trakaste agate koji su prisutni u nekoliko zemalja—pa, oni mogu biti prilično privlačno kamenje. Dakle, koja je linija odabira u svijetu ovih ahata? Odgovor mora biti: moglo bi biti iz Indonezije.

Sjajni prikazi ahata iz Indonezije moraju biti najznamenitiji ahati na cijelom svijetu. Početna vrsta koja se ovdje mora navesti je da ovaj nevjerojatni dragulj dolazi u raznim bojama i da postoji samo u Indoneziji. Dodatni izuzetan dragi kamen s prikazom cvijeća bio je poznat kao "Ružin ahat".

Ako niste čuli za ružin ahat, nemojte se čak ni iznenaditi jer je prilično usporediv s prekrasnim Moss Ahatom , koji obično postoji u Indoneziji, ali je "mahovina" crvena. Ovo kamenje od indonezijskog ružinog ahata zapravo podsjeća na ruže. Što se nas tiče, ti Agates obično postoje u različitim zemljama.

Zapravo, ružin ahat, posebno onaj s vidljivim ružama, nalazi se i u Indoneziji. Druga vrsta indonezijskog ahata je slikovni ahat, koji je sličan slikama. No, krajolici nisu previše rijetki. Ovo su zapravo najbolji uzorci koliko ahat u biti može biti izvanredan.

Štoviše, fosilni koralji pronađeni su na brojnim mjestima diljem zapadnog dijela indonezijskog otočja (Java i Sumatra). Osim toga, ovi se materijali smatraju skrivenim ostacima pretpovijesnih grebena, koji su se podigli na kopnenu masu udarom ploče.

Obično leže i smješteni su u planinskim područjima planinskog lanca Bukit Barisan od središnjeg dijela do južnog dijela Sumatre, gdje se mogu pronaći stjenovite planine istočnog i zapadnog dijela Jave. Duž istočnog dijela Indonezije nalaze se fosilni koralji, koji se mogu pronaći duž izoliranog i planinskog područja otoka Halmahera.

Inovacija dobro očuvanih koraljnih grebena dobro je ušla u planinsko područje južne Sumatre, što je značajan dio svjedočanstva da su razine mora danas još više na temelju miocena (23mya). Čak i vrhunski aspekti vrsta koralja proizvode se od ovih drevnih grebena koji su zapečaćeni zamjenom ahata.

Osim toga, može se pronaći i širok raspon vrsta koralja. Tijekom konzervacije, neobičan kalcijev karbonat kostura koralja reagirao je sa silicijevim dioksidom koji nosi tekućine vulkanskog podrijetla. Neka geokemijska istraživanja dokumentirana su hidrotermalnim taloženjem željeza, bakra, srebra i cinka zajedno sa silicijevim dioksidom.

Štoviše, Sumatra je klasično područje za hidrotermalno zlato "niske sulfidacije", kao i za naslage srebra. Njih su komercijalno uzgajali stari nizozemski istraživači kao što su Tambang, Lebong, Tandai i Donok. Oni su i danas predmet proučavanja i razvoja.

Općenito, niska temperatura, kao i minerali silicija sadržani u opalu i kalcedonu, smatraju se najčešćim čimbenicima fosiliziranog koralja. Neki izvrsni i mikrokristalni agregati dovršeni su duž svojih džepova u nekoliko dijelova kamena.

Također, neke su druze također imale ispunjene kanale, koji su se sastojali od nekih dijelova koraljnih stvorenja koji su kasnije prekriveni lucidnim ahatom, što je uzrokovalo poliranje profinjenih površina. U blizini se nalaze kristali pirita koji su raspršeni u ahatu i poboljšavaju njegovu karizmu, te opisuju sastav jedinstvene vrste koralja.

Neki su ljudi primijetili da se ovi indonezijski agatizirani fosilni koralji razlikuju s jednog mjesta na drugo. Neka mjesta imaju više otopljenih kristala i veliku količinu boja u usporedbi s drugima. Neka polja kopanja stvaraju upečatljivo agatizirano koraljno kamenje iz istrošenih u oksidirane stijene.

U daljnjim područjima, zaglađena kaldrma agatiziranih koralja također se nalazi u aktivnim i starim pokrivenim riječnim kanalima daleko od resursa temeljne stijene. Sve u svemu, ovi čvrsti agatizirani fosilni materijali imaju impresivan lapidarni materijal. U usporedbi s bilo kojim ukrasnim kamenim materijalom, postoje čak i neki tonovi koji su neobični i lijepi kolekcionarski primjerci.

S milijunima vrsta koralja u tragovima fosila, ovi bi najfiniji komadi mogli biti beskonačni. Tijekom rane 2009., kompleti ahatnih cijevi također su izvađeni iz izoliranog planinskog dijela koji se nalazi u središnjoj Javi. Ovo otkriće ih natjera da se odluče popeti i potražiti zalihe materijala.

Većina područja nalazi se uz javanske vulkane. Područje se smatra vrlo surovim s naglim, tropskim šumama sa zaštićenim padinama, povišenim borovima i savršenim planinskim potokom. Zapravo, središnja Java glavni je domaćin među svih 11 indonezijskih nestabilnih i dinamičnih vulkana, uključujući poznatu planinu Merapi.

Nadalje, često ga percipiraju putnici zrakoplovom u prijevozu duž Jakarte do Balija. Prema lokalnim mitovima, nakupine ahatnog kamenja poput prstiju stvaraju se unutar zemlje, a seljani su skriveni u zemlji, jer će također obrađivati i lomiti svoje krajeve.

Imaju oblike poput lokalne vrste bambusa poznate kao "Awi" ili malog japanskog bambusa, koji se na indonezijskom piše kao "bambu". Nazvan je "fosilni bambu". Bilo je potrebno nekoliko dana da se što više otkrije područje. Stanovnici planinskih sela prilično su oprezni prema autsajderima i moraju zaštititi i svoje resurse.

Ovi Agates su predstavljeni i ponuđeno im je neko gledište o okolišu s njihove strane, i neki mogući načini za plasiranje ovog materijala na tržište jer su bili posvećeni iznošenju svojih teorija i prikazivanju to cijelim putem. Ovaj materijal bio je glavni dio ogromnog klizišta, koje se sastojalo od vulkanskih stijena u zemlji.

Ovi raznobojni prsti privukli su pažnju seljana. Većinu vremena se sumnjalo da to kamenje vrijedi, ali nisu imali nikakvog znanja o rudarenju ili panorami. Seljani su skupljali te komade kamenja i istovremeno ih zakopavali u zemlju i unutar dvorišta.

Zamislite samo da su ovi skupovi kamenja proizvedeni u pećinskom okruženju. Zapravo, neka vrsta geološke strukture, gdje se obično proizvode stalagmiti i stalaktiti. Osim toga, većina mještana koji love ove padine otkrili su da se ovi sićušni komadići ovih grozdova ahata mogu pronaći s obje strane planine.

Većina lokalnih seljana ima dnevnu rutinu sa žetvom u planini. Oni stimuliraju rastresito tlo duž područja klizišta kroz dugu čeličnu šipku kao opremu za istraživanje. Prikupljeni materijal tijekom vremenskog razdoblja duboko varira u hladu i prirodi.

Međutim, veliki bazal obično se sastoji od šupljih cijevi širine nekoliko centimetara. S pouzdanim, prugastim sastavom unutarnje stijenke, sugerirano je da je ovaj ahat proizveden okolo, koji je prilično organski, i posljedično se raspao. Njihovi tonovi uključuju plavu, narančastu, ružičastu, ljubičastu, crvenu, žutu i bijelu.

Neki raznobojni uzorci uključuju trake, dendrite, kugle i pruge. Oni su barem općenito, ali često ograničeni na pojedine slojeve ahata. U međuvremenu, William Walton Wright, poznati paleobotaničar posjetio je mjesec dana. Zapravo, on ima veliko iskustvo u prepoznavanju takvog materijala diljem svijeta, posebno u Indoneziji.

Walt je postigao nekoliko polja za posjete poput tih područja. Oni su tipično priloženi sastavima fosilnih stijena na nekim kontinentima, a redovito i nizom seminara za prepoznavanje materijala fosilnih biljaka u SAD-u i drugim kontinentima svijeta.

Neki značajan dio ove zbirke bio je poznat kao materijal "fosilnog bambusa". Zapravo, ne postoje laboratorijske studije ili daljnje analize o tim komadima stijena, ali s obiljem uzoraka u njegovoj ruci, to postaje značajan dio bilo koje mogućnosti za bilo koje fizičko okruženje, geološke lokacije i kemiju strukture.

Kao poznati geolog, Walt može povući postupak korak po korak, posebno proces evolucije žive biljke unutar kamena. Prema Waltu, postoji nekoliko močvarnih ili močvarnih biljaka od trava, kadulje, tule i rogoza, koje okružuju nekoliko žilavih stabljika bogatih silicijevim dioksidom.

Nakon što je vulkan eksplodirao, kaskada silikatnog vulkanskog pepela pretvorena je u močvaru duž obronka, a kasnije je isprana u močvaru. Zatim će pepeo izdržati oksidaciju koja će otpustiti bogatu količinu željeza, silicija, mangana i drugih čestica iona u vodu.

Međutim, kemijski sastav vode postaje kiseliji, kao i koloidna suspenzija glina razloženih u feldspatima, koja je također prilično visoka. Osim toga, pokazalo se da su žilave stabljike ovih močvarnih biljaka središte taloženja botrioidne kristalizacije kvarca (ahata).

Zapravo, kiše i suho vrijeme mogu uzrokovati povećanje i smanjenje močvarnih voda, a njihova oštrina može čak varirati. Nadalje, ponavljajuće eksplozije kao i taloženje pepela mogu biti rezultat stvaranja sloja kristalizacije ahata duž stabljika.

Međutim, gubitak i gnojenje biljaka koje proizlaze iz toga se pojavljuju tijekom određenog vremena. Neke od tih stabljika i dalje se ističu, dok druge mogu promijeniti smjer. Općenito, neke stabljike mogu čak puknuti i svesti se na močvarno dno. Stabljike ostaju prazne poput organskih sastojaka biljaka koje se raspadaju.

Osim toga, suspendirane manganske gline, željezo i drugi čimbenici talože se u neispunjenim jezgrama sa skupinom "močvarnog željeza". Tijekom vremena, ta naslaga postaje prazna i obično je okružena zrakastim, koncentričnim prstenovima ahata koji se mogu naći u Indoneziji.

Slučajno se dogodilo da većina lokalnog stanovništva ima običan naziv za "scouring-rush", koji je u Indoneziji doslovno poznat kao "japanski bambu". U takvim područjima, ovi setovi ahata koji su obično obloženi umjereno istrošenim u oštri karbonat koji ih čini potajno, atraktivnim primjercima, prirodnim perlama i neobičnim komadima, također.

Još jedan indonezijski ahat može se pronaći u istočnoj Javi, koji je poznat po svojoj ukrasnoj namjeni, a to su abecedni i križni ahat. Tijekom stoljeća nekoliko je planina u Indoneziji postalo središte duhovnih skloništa, ugošćujući najranije budiste, kršćane i hinduiste.

Watt je još uvijek vjerovao da je ovaj oblik ahata nastao samo u istočnoj Javi. Sastav ovih svakako se javlja materijali su dostupni u svijetu. Trebalo im je dosta vremena da otkriju kreativnost istočnojavanskih obrtnika i rezbara kako bi skrenuli pozornost pojedinca na ovu pojavu.

Razrađenu perspektivu ovog minerala prvi su dokumentirali ljudi oko planinskog sela pronađenog u istočnoj Javi. Postoje neki pojedinci za koje se sada zna da skupljaju i režu različita pisma ovog kamenja. Najistaknutija je bila sposobnost jednog čovjeka da bude "kum" ovim kabošonima od abecednog ahata.

S njegovim postojanjem, uz dvorište je nastala ogromna hrpa oko ahata veličine šake i sirovog, koji je zacementiran četvornim metrom temelja uz njegov prednji trijem. Pak Hurup, kum ih je proizveo tako što ih je odrezao, i napravio od njih ahat koji se spaja s malim čekićem prije nego što ih je samljeo do savršenog rasporeda.

Štoviše, nekoliko ih je zatvoreno napuklim, dovršenim kabošonima. Taj problem mogao bi se pojaviti u nekim drugim selima gdje su se koristili uobičajeni alati. Kako bi se isplatili na tržištu, ovi setovi Agata izrezani su u oblike, također u savršen, gotov proizvod.

Većinu vremena, gruba, kamena pila, koja je prilično jeftina i jednostavna za proizvodnju, također se može koristiti. Također je koristio set električnih motora za rezbarenje remenica počevši od drveta, a pronađena je i prezirna kineska dijamantna oštrica pile. Glavni problem je struja.

Štoviše, vrući mineral, koji je zasićen vodom, bio je otopljen u željezu, silicijevom dioksidu i drugim mineralima, koji su reagirali na isušivanje kao blato. Dok topli izvori rastu, kako se hladi, topla voda prestaje cirkulirati. Zapravo, silikatni sinterovi kao i ahat ispunjeni donjim pukotinama također su se osušili i istaložili.

Dakle, pokazalo se da rezultat proizvodi otapanje, kao i suspendirane minerale i pukotine.

Štoviše, tekućina koja hrani vruće izvore određena je podpovršinskom vulkanskom aktivnošću. Ovakvi sustavi opstaju i trajali su prije 10 od 1000 milijuna godina.

S ovim setovima kamena, postojanost i zreli vodovi su ponovno otvoreni, kao i stari topli izvori su regenerirani pored površine. Povijest izlijevanja tekućina može se čak promijeniti kako se spajaju s podzemnom vodom. Ova podzemna voda može se promijeniti zbog klime.

Tekućine se također mogu istaložiti sa svojim otopljenim željezom i drugim materijalima u silicijskom dioksidu. Kada stari izvor vruće vode održava novi život, stare pukotine, vene i pukotine ispod ispadaju također medij za nove tekućine. Štoviše, ove tekućine mogu proizvesti silicij i željezo.

Kasnije te zapečaćene stare pukotine služe kao sustav koji se hladi i ponovno umire. Navedene kasne ispune pukotina proizvedene su trajnim željezom. Ako želite usporediti s drugim komponentama, usporedite sa starim i srodnim ahatom, oni pokazuju uzorak isprepletenog uzorka.

Ove naslage, kao i njihove dovodne sheme mogu se kasnije otkriti duž površine kroz izdizanje i koroziju. Veličina ovih šljunčanih ahata u modernom vremenu karakterizirana je crvenim (željeznim), obojenim silicijevim dioksidom, cementiranim (zapečaćenim) sušenjem koji su u biti dio fosilnih ostataka tijekom drevnog razdoblja.

Ahat posebne boje, koji zauzima zacijeljene pukotine, jednostavno je dokaz difuzije raznolikih minerala u tekućinama kasne faze, koje pulsiraju punim sustavom vrućih izvora. Štoviše, većina vještih majstora s izvrsnom maštom poput Paka Hurupa pretvorila je ovo kamenje u prekrasne dragulje.

Sposobnost hvatanja takve slike, bilo da se radi o ribi, slovu ili križu, još uvijek ovisi o stilu i oku rezača. Difuzija sjene u dragom kamenu varira s dubinom kreativne pukotine. Pretežni prekidi ispunjavaju samo glavno pitanje milimetara.

Zapravo, nijedna dva jednaka slova ili križa nisu točno usporedivi; učiniti svaki od njih i sav kamen točno iznimnim i osebujnim kamenom. Dakle, u Indoneziji postoje majstori koji su istinski cijenili izvrsne, dobro izrađene postavke s prirodom, koja je izrađena od simbola križa.

Sastavljanje dobro izrađene abecede moglo bi čak potrajati nekoliko mjeseci. Osim toga, ovih 26 odabranih slova od ahata može se čak proizvesti i ponovno izrezati mnogo puta iz niza nekoliko stotina slova kako bi se stvorio izvrstan kolekcionarski set. Tajna nije u tome da ga izglancate kroz tanki sloj nijanse, već da ga pretvorite u vrijedan.