document_title: Gold

question_text: where does most of the worlds gold come from

question_tokens: where does most of the worlds gold come from

text: Gold

text: Characteristics

text: Gold is the most malleable of all metals; a single gram can be beaten into a sheet of 1 square meter, and an avoirdupois ounce into 300 square feet. Gold leaf can be beaten thin enough to become semi-transparent. The transmitted light appears greenish blue, because gold strongly reflects yellow and red.[14] Such semi-transparent sheets also strongly reflect infrared light, making them useful as infrared (radiant heat) shields in visors of heat-resistant suits, and in sun-visors for spacesuits.[15] Gold is a good conductor of heat and electricity.

text: Gold has a density of 19.3 g/cm3, almost identical to that of tungsten at 19.25 g/cm3; as such, tungsten has been used in counterfeiting of gold bars, such as by plating a tungsten bar with gold,[16][17][18][19] or taking an existing gold bar, drilling holes, and replacing the removed gold with tungsten rods.[20] By comparison, the density of lead is 11.34 g/cm3, and that of the densest element, osmium, is 22.588 ± 0.015 g/cm3.[21]

text: Color

text: Whereas most metals are gray or silvery white, gold is slightly reddish-yellow.[22] This color is determined by the frequency of plasma oscillations among the metal's valence electrons, in the ultraviolet range for most metals but in the visible range for gold due to relativistic effects affecting the orbitals around gold atoms.[23][24] Similar effects impart a golden hue to metallic caesium.

text: Common colored gold alloys include the distinctive eighteen-karat rose gold created by the addition of copper. Alloys containing palladium or nickel are also important in commercial jewelry as these produce white gold alloys. Fourteen-karat gold-copper alloy is nearly identical in color to certain bronze alloys, and both may be used to produce police and other badges. White gold alloys can be made with palladium or nickel. Fourteen- and eighteen-karat gold alloys with silver alone appear greenish-yellow and are referred to as green gold. Blue gold can be made by alloying with iron, and purple gold can be made by alloying with aluminium. Less commonly, addition of manganese, aluminium, indium and other elements can produce more unusual colors of gold for various applications.[25]

text: Colloidal gold, used by electron-microscopists, is red if the particles are small; larger particles of colloidal gold are blue.[26]

text: Isotopes

text: Gold has only one stable isotope, 197Au, which is also its only naturally occurring isotope, so gold is both a mononuclidic and monoisotopic element. Thirty-six radioisotopes have been synthesized ranging in atomic mass from 169 to 205. The most stable of these is 195Au with a half-life of 186.1 days. The least stable is 171Au, which decays by proton emission with a half-life of 30 µs. Most of gold's radioisotopes with atomic masses below 197 decay by some combination of proton emission, α decay, and β+ decay. The exceptions are 195Au, which decays by electron capture, and 196Au, which decays most often by electron capture (93%) with a minor β− decay path (7%).[27] All of gold's radioisotopes with atomic masses above 197 decay by β− decay.[28]

text: At least 32 nuclear isomers have also been characterized, ranging in atomic mass from 170 to 200. Within that range, only 178Au, 180Au, 181Au, 182Au, and 188Au do not have isomers. Gold's most stable isomer is 198m2Au with a half-life of 2.27 days. Gold's least stable isomer is 177m2Au with a half-life of only 7 ns. 184m1Au has three decay paths: β+ decay, isomeric transition, and alpha decay. No other isomer or isotope of gold has three decay paths.[28]

text: Synthesis

text: The production of gold from a more common element, such as lead, has long been a subject of human inquiry, and the ancient and medieval discipline of alchemy often focused on it; however, the transmutation of the chemical elements did not become possible until the understanding of nuclear physics in the 20th century. The first synthesis of gold was conducted by Japanese physicist Hantaro Nagaoka, who synthesized gold from mercury in 1924 by neutron bombardment.[29] An American team, working without knowledge of Nagaoka's prior study, conducted the same experiment in 1941, achieving the same result and showing that the isotopes of gold produced by it were all radioactive.[30]

text: Gold can currently be manufactured in a nuclear reactor by irradiation either of platinum or mercury.

text: Only the mercury isotope 196Hg, which occurs with a frequency of 0.15% in natural mercury, can be converted to gold by neutron capture, and following electron capture-decay into 197Au with slow neutrons. Other mercury isotopes are converted when irradiated with slow neutrons into one another, or formed mercury isotopes which beta decay into thallium.

text: Using fast neutrons, the mercury isotope 198Hg, which composes 9.97% of natural mercury, can be converted by splitting off a neutron and becoming 197Hg, which then disintegrates to stable gold. This reaction, however, possesses a smaller activation cross-section and is feasible only with un-moderated reactors.

text: It is also possible to eject several neutrons with very high energy into the other mercury isotopes in order to form 197Hg. However such high-energy neutrons can be produced only by particle accelerators.[clarification needed]

text: Chemistry

text: Although gold is the most noble of the noble metals,[31][32] it still forms many diverse compounds. The oxidation state of gold in its compounds ranges from −1 to +5, but Au(I) and Au(III) dominate its chemistry. Au(I), referred to as the aurous ion, is the most common oxidation state with soft ligands such as thioethers, thiolates, and tertiary phosphines. Au(I) compounds are typically linear. A good example is Au(CN)2−, which is the soluble form of gold encountered in mining. The binary gold halides, such as AuCl, form zigzag polymeric chains, again featuring linear coordination at Au. Most drugs based on gold are Au(I) derivatives.[33]

text: Au(III) (auric) is a common oxidation state, and is illustrated by gold(III) chloride, Au2Cl6. The gold atom centers in Au(III) complexes, like other d8 compounds, are typically square planar, with chemical bonds that have both covalent and ionic character.

text: Gold does not react with oxygen at any temperature[34] and, up to 100 °C, is resistant to attack from ozone.[35]

text: Some free halogens react with gold.[36] Gold is strongly attacked by fluorine at dull-red heat[37] to form gold(III) fluoride. Powdered gold reacts with chlorine at 180 °C to form AuCl3.[38] Gold reacts with bromine at 140 °C to form gold(III) bromide, but reacts only very slowly with iodine to form the monoiodide.

text: Gold does not react with sulfur directly,[39] but gold(III) sulfide can be made by passing hydrogen sulfide through a dilute solution of gold(III) chloride or chlorauric acid.

text: Gold readily dissolves in mercury at room temperature to form an amalgam, and forms alloys with many other metals at higher temperatures. These alloys can be produced to modify the hardness and other metallurgical properties, to control melting point or to create exotic colors.[25]

text: Gold reacts with potassium, rubidium, caesium, or tetramethylammonium, to form the respective auride salts, containing the Au− ion. Caesium auride is perhaps the most famous.

text: Gold is unaffected by most acids. It does not react with hydrofluoric, hydrochloric, hydrobromic, hydriodic, sulfuric, or nitric acid. It does react with selenic acid, and is dissolved by aqua regia, a 1:3 mixture of nitric acid and hydrochloric acid. Nitric acid oxidizes the metal to +3 ions, but only in minute amounts, typically undetectable in the pure acid because of the chemical equilibrium of the reaction. However, the ions are removed from the equilibrium by hydrochloric acid, forming AuCl4− ions, or chloroauric acid, thereby enabling further oxidation.

text: Gold is similarly unaffected by most bases. It does not react with aqueous, solid, or molten sodium or potassium hydroxide. It does however, react with sodium or potassium cyanide under alkaline conditions when oxygen is present to form soluble complexes.[39]

text: Common oxidation states of gold include +1 (gold(I) or aurous compounds) and +3 (gold(III) or auric compounds). Gold ions in solution are readily reduced and precipitated as metal by adding any other metal as the reducing agent. The added metal is oxidized and dissolves, allowing the gold to be displaced from solution and be recovered as a solid precipitate.

text: Rare oxidation states

text: Less common oxidation states of gold include −1, +2, and +5.

text: The −1 oxidation state occurs in compounds containing the Au− anion, called aurides. Caesium auride (CsAu), for example, crystallizes in the caesium chloride motif.[40] Other aurides include those of Rb+, K+, and tetramethylammonium (CH3)4N+.[41] Gold has the highest Pauling electronegativity of any metal, with a value of 2.54, making the auride anion relatively stable.

text:
Gold(II) compounds are usually diamagnetic with Au–Au bonds such as [Au(CH2)2P(C6H5)2]2Cl2. The evaporation of a solution of Au(OH)
3 in concentrated H
2SO
4 produces red crystals of gold(II) sulfate, Au2(SO4)2. Originally thought to be a mixed-valence compound, it has been shown to contain Au4+
2 cations, analogous to the better-known mercury(I) ion, Hg2+
2 .[42][43] A gold(II) complex, the tetraxenonogold(II) cation, which contains xenon as a ligand, occurs in [AuXe4](Sb2F11)2.[44]

text:
Gold pentafluoride, along with its derivative anion, AuF−
6, and its difluorine complex, gold heptafluoride, is the sole example of gold(V), the highest verified oxidation state.[45]

text: Some gold compounds exhibit aurophilic bonding, which describes the tendency of gold ions to interact at distances that are too long to be a conventional Au–Au bond but shorter than van der Waals bonding. The interaction is estimated to be comparable in strength to that of a hydrogen bond.

text: Well-defined cluster compounds are numerous.[41] In such cases, gold has a fractional oxidation state. A representative example is the octahedral species {Au(P(C6H5)3)}62+. Gold chalcogenides, such as gold sulfide, feature equal amounts of Au(I) and Au(III).

text: Occurrence

text: Gold's atomic number of 79 makes it one of the higher atomic number elements that occur naturally. Traditionally, gold is thought to have formed by the R-process in supernova nucleosynthesis,[46] but a relatively recent paper suggests that gold and other elements heavier than iron may also be produced in quantity by the collision of neutron stars.[47] In both cases, satellite spectrometers only indirectly detect the resulting gold: "we have no spectroscopic evidence that [such] elements have truly been produced."[48]

text: These gold nucleogenesis theories hold that the resulting explosions scattered metal-containing dusts (including heavy elements such as gold) into the region of space in which they later condensed into our solar system and the Earth.[49] Because the Earth was molten when it was just formed, almost all of the gold present on Earth sank into the core. Most of the gold that is present today in the Earth's crust and mantle is thought to have been delivered to Earth later, by asteroid impacts during the Late Heavy Bombardment.[7][8]

text: The asteroid that formed Vredefort crater 2.020 billion years ago is often credited with seeding the Witwatersrand basin in South Africa with the richest gold deposits on earth.[50][51][52][53] However, the gold-bearing Witwatersrand rocks were laid down between 700 and 950 million years before the Vredefort impact.[54][55] These gold-bearing rocks had furthermore been covered by a thick layer of Ventersdorp lavas and the Transvaal Supergroup of rocks before the meteor struck. What the Vredefort impact achieved, however, was to distort the Witwatersrand basin in such a way that the gold-bearing rocks were brought to the present erosion surface in Johannesburg, on the Witwatersrand, just inside the rim of the original 300 km diameter crater caused by the meteor strike. The discovery of the deposit in 1886 launched the Witwatersrand Gold Rush. Some 22% of all the gold that is ascertained to exist today on Earth has been extracted from these Witwatersrand rocks.[55]

text: On Earth, gold is found in ores in rock formed from the Precambrian time onward.[56] It most often occurs as a native metal, typically in a metal solid solution with silver (i.e. as a gold silver alloy). Such alloys usually have a silver content of 8–10%. Electrum is elemental gold with more than 20% silver. Electrum's color runs from golden-silvery to silvery, dependent upon the silver content. The more silver, the lower the specific gravity.

text: Native gold occurs as very small to microscopic particles embedded in rock, often together with quartz or sulfide minerals such as "Fool's Gold", which is a pyrite.[57] These are called lode deposits. The metal in a native state is also found in the form of free flakes, grains or larger nuggets[56] that have been eroded from rocks and end up in alluvial deposits called placer deposits. Such free gold is always richer at the surface of gold-bearing veins[clarification needed] owing to the oxidation of accompanying minerals followed by weathering, and washing of the dust into streams and rivers, where it collects and can be welded by water action to form nuggets.

text: Gold sometimes occurs combined with tellurium as the minerals calaverite, krennerite, nagyagite, petzite and sylvanite (see telluride minerals), and as the rare bismuthide maldonite (Au2Bi) and antimonide aurostibite (AuSb2). Gold also occurs in rare alloys with copper, lead, and mercury: the minerals auricupride (Cu3Au), novodneprite (AuPb3) and weishanite ((Au, Ag)3Hg2).

text: Recent research suggests that microbes can sometimes play an important role in forming gold deposits, transporting and precipitating gold to form grains and nuggets that collect in alluvial deposits.[58]

text: Another recent study has claimed water in faults vaporizes during an earthquake, depositing gold. When an earthquake strikes, it moves along a fault. Water often lubricates faults, filling in fractures and jogs. About 6 miles (10 kilometers) below the surface, under incredible temperatures and pressures, the water carries high concentrations of carbon dioxide, silica, and gold. During an earthquake, the fault jog suddenly opens wider. The water inside the void instantly vaporizes, flashing to steam and forcing silica, which forms the mineral quartz, and gold out of the fluids and onto nearby surfaces.[59]

text: Seawater

text: The world's oceans contain gold. Measured concentrations of gold in the Atlantic and Northeast Pacific are 50–150 femtomol/L or 10–30 parts per quadrillion (about 10–30 g/km3). In general, gold concentrations for south Atlantic and central Pacific samples are the same (~50 femtomol/L) but less certain. Mediterranean deep waters contain slightly higher concentrations of gold (100–150 femtomol/L) attributed to wind-blown dust and/or rivers. At 10 parts per quadrillion the Earth's oceans would hold 15,000 tonnes of gold.[60] These figures are three orders of magnitude less than reported in the literature prior to 1988, indicating contamination problems with the earlier data.

text: A number of people have claimed to be able to economically recover gold from sea water, but they were either mistaken or acted in an intentional deception. Prescott Jernegan ran a gold-from-seawater swindle in the United States in the 1890s, as did an English fraudster in the early 1900s.[61] Fritz Haber did research on the extraction of gold from sea water in an effort to help pay Germany's reparations following World War I.[62] Based on the published values of 2 to 64 ppb of gold in seawater a commercially successful extraction seemed possible. After analysis of 4,000 water samples yielding an average of 0.004 ppb it became clear that extraction would not be possible and he stopped the project.[63]

text: History

text: Gold artifacts found at the Nahal Kana cave cemetery dated during the 1980s, showed these to be from within the Chalcolithic, and considered the earliest find from the Levant.[64] Gold artifacts in the Balkans also appear from the 4th millennium BC, such as those found in the Varna Necropolis near Lake Varna in Bulgaria, thought by one source (La Niece 2009) to be the earliest "well-dated" find of gold artifacts.[56] Gold artifacts such as the golden hats and the Nebra disk appeared in Central Europe from the 2nd millennium BC Bronze Age.

text: The oldest known map of a gold mine was drawn in the 19th Dynasty of Ancient Egypt (1320–1200 BC), whereas the first written reference to gold was recorded in the 12th Dynasty around 1900 BC.[65] Egyptian hieroglyphs from as early as 2600 BC describe gold, which King Tushratta of the Mitanni claimed was "more plentiful than dirt" in Egypt.[66] Egypt and especially Nubia had the resources to make them major gold-producing areas for much of history. One of the earliest known maps, known as the Turin Papyrus Map, shows the plan of a gold mine in Nubia together with indications of the local geology. The primitive working methods are described by both Strabo and Diodorus Siculus, and included fire-setting. Large mines were also present across the Red Sea in what is now Saudi Arabia.

text: Gold is mentioned in the Amarna letters numbered 19[67] and 26[68] from around the 14th century BC.[69][70]

text: The legend of the golden fleece may refer to the use of fleeces to trap gold dust from placer deposits in the ancient world. Gold is mentioned frequently in the Old Testament, starting with Genesis 2:11 (at Havilah), the story of The Golden Calf and many parts of the temple including the Menorah and the golden altar. In the New Testament, it is included with the gifts of the magi in the first chapters of Matthew. The Book of Revelation 21:21 describes the city of New Jerusalem as having streets "made of pure gold, clear as crystal". Exploitation of gold in the south-east corner of the Black Sea is said to date from the time of Midas, and this gold was important in the establishment of what is probably the world's earliest coinage in Lydia around 610 BC.[71] From the 6th or 5th century BC, the Chu (state) circulated the Ying Yuan, one kind of square gold coin.

text: In Roman metallurgy, new methods for extracting gold on a large scale were developed by introducing hydraulic mining methods, especially in Hispania from 25 BC onwards and in Dacia from 106 AD onwards. One of their largest mines was at Las Medulas in León, where seven long aqueducts enabled them to sluice most of a large alluvial deposit. The mines at Roşia Montană in Transylvania were also very large, and until very recently, still mined by opencast methods. They also exploited smaller deposits in Britain, such as placer and hard-rock deposits at Dolaucothi. The various methods they used are well described by Pliny the Elder in his encyclopedia Naturalis Historia written towards the end of the first century AD.

text: During Mansa Musa's (ruler of the Mali Empire from 1312 to 1337) hajj to Mecca in 1324, he passed through Cairo in July 1324, and was reportedly accompanied by a camel train that included thousands of people and nearly a hundred camels where he gave away so much gold that it depressed the price in Egypt for over a decade, causing high inflation.[72] A contemporary Arab historian remarked:

text: Gold was at a high price in Egypt until they came in that year. The mithqal did not go below 25 dirhams and was generally above, but from that time its value fell and it cheapened in price and has remained cheap till now. The mithqal does not exceed 22 dirhams or less. This has been the state of affairs for about twelve years until this day by reason of the large amount of gold which they brought into Egypt and spent there [...].

text: The European exploration of the Americas was fueled in no small part by reports of the gold ornaments displayed in great profusion by Native American peoples, especially in Mesoamerica, Peru, Ecuador and Colombia. The Aztecs regarded gold as the product of the gods, calling it literally "god excrement" (teocuitlatl in Nahuatl), and after Moctezuma II was killed, most of this gold was shipped to Spain.[74] However, for the indigenous peoples of North America gold was considered useless and they saw much greater value in other minerals which were directly related to their utility, such as obsidian, flint, and slate.[75] Rumors of cities filled with gold fueled legends of El Dorado.

text: Gold played a role in western culture, as a cause for desire and of corruption, as told in children's fables such as Rumpelstiltskin, where the peasant's daughter turns hay into gold, in return for giving up her child when she becomes a princess; and the stealing of the hen that lays golden eggs in Jack and the Beanstalk.

text: The top prize at the Olympic Games and many other sports competitions is the gold medal.

text: 75% of the presently accounted for gold has been extracted since 1910. It has been estimated that the currently known amount of gold internationally would form a single cube 20 m (66 ft) on a side (equivalent to 8,000 m3).[76]

text: One main goal of the alchemists was to produce gold from other substances, such as lead — presumably by the interaction with a mythical substance called the philosopher's stone. Although they never succeeded in this attempt, the alchemists did promote an interest in systematically finding out what can be done with substances, and this laid the foundation for today's chemistry. Their symbol for gold was the circle with a point at its center (☉), which was also the astrological symbol and the ancient Chinese character for the Sun.

text: Golden treasures have been rumored to be found at various locations, following tragedies such as the Jewish temple treasures in the Vatican, following the temple's destruction in 70 AD, a gold stash on the Titanic, the Nazi gold train – following World War II.

text: The Dome of the Rock is covered with an ultra-thin golden glassier. The Sikh Golden temple, the Harmandir Sahib, is a building covered with gold. Similarly the Wat Phra Kaew emerald Buddhist temple (wat) in Thailand has ornamental gold-leafed statues and roofs. Some European king and queen's crowns were made of gold, and gold was used for the bridal crown since antiquity. An ancient Talmudic text circa 100 AD describes Rachel, wife of Rabbi Akiva, receiving a "Jerusalem of Gold" (diadem). A Greek burial crown made of gold was found in a grave circa 370 BC.

text: Etymology

text: "Gold" is cognate with similar words in many Germanic languages, deriving via Proto-Germanic *gulþą from Proto-Indo-European *ǵʰelh₃- ("to shine, to gleam; to be yellow or green").[77][78]

text: The symbol Au is from the Latin: aurum, the Latin word for "gold".[79] The Proto-Indo-European ancestor of aurum was *h₂é-h₂us-o-, meaning "glow". This word is derived from the same root (Proto-Indo-European *h₂u̯es- "to dawn") as *h₂éu̯sōs, the ancestor of the Latin word Aurora, "dawn".[80] This etymological relationship is presumably behind the frequent claim in scientific publications that aurum meant "shining dawn".[81]

text: Culture

text: This section needs additional citations for verification. (February 2014) (Learn how and when to remove this template message)

text: Great human achievements are frequently rewarded with gold, in the form of gold medals, gold trophies and other decorations. Winners of athletic events and other graded competitions are usually awarded a gold medal. Many awards such as the Nobel Prize are made from gold as well. Other award statues and prizes are depicted in gold or are gold plated (such as the Academy Awards, the Golden Globe Awards, the Emmy Awards, the Palme d'Or, and the British Academy Film Awards).

text: Aristotle in his ethics used gold symbolism when referring to what is now known as the golden mean. Similarly, gold is associated with perfect or divine principles, such as in the case of the golden ratio and the golden rule.

text: Gold is further associated with the wisdom of aging and fruition. The fiftieth wedding anniversary is golden. A person's most valued or most successful latter years are sometimes considered "golden years". The height of a civilization is referred to as a golden age.

text: In some forms of Christianity and Judaism, gold has been associated both with holiness and evil. In the Book of Exodus, the Golden Calf is a symbol of idolatry, while in the Book of Genesis, Abraham was said to be rich in gold and silver, and Moses was instructed to cover the Mercy Seat of the Ark of the Covenant with pure gold. In Byzantine iconography the halos of Christ, Mary and the Christian saints are often golden.

text: According to Christopher Columbus, those who had something of gold were in possession of something of great value on Earth and a substance to even help souls to paradise.[82]

text: Wedding rings have been made of gold.[83] It is long lasting and unaffected by the passage of time and may aid in the ring symbolism of eternal vows before God and the perfection the marriage signifies. In Orthodox Christian wedding ceremonies, the wedded couple is adorned with a golden crown (though some opt for wreaths, instead) during the ceremony, an amalgamation of symbolic rites.

text: Production

text: The World Gold Council states that as of the end of 2014, "there were 183,600 tonnes of stocks in existence above ground". This can be represented by a cube with an edge length of about 21 meters.[84] At $1,075 per troy ounce, 183,600 metric tonnes of gold would have a value of $6.3 trillion.

text: As of 2014, the world's largest gold producer by far was China with 450 tonnes and it was expected to reach 490 in 2015. The second-largest producer, Australia, mined 274 tonnes in the same year, followed by Russia with 247 tonnes.[13]

text: Mining and prospecting

text: Since the 1880s, South Africa has been the source for a large proportion of the world's gold supply, with about 50% of the presently accounted for gold having come from South Africa. Production in 1970 accounted for 79% of the world supply, producing about 1,480 tonnes. In 2007 China (with 276 tonnes) overtook South Africa as the world's largest gold producer, the first time since 1905 that South Africa has not been the largest.[85]

text: As of 2014, China was the world's leading gold-mining country, followed in order by Australia, Russia, the United States, Canada, and Peru. South Africa, which had dominated world gold production for most of the 20th century, had declined to sixth place.[13] Other major producers are the Ghana, Burkina Faso, Mali, Indonesia and Uzbekistan.

text: In South America, the controversial project Pascua Lama aims at exploitation of rich fields in the high mountains of Atacama Desert, at the border between Chile and Argentina.

text: Today about one-quarter of the world gold output is estimated to originate from artisanal or small scale mining.[86]

text: The city of Johannesburg located in South Africa was founded as a result of the Witwatersrand Gold Rush which resulted in the discovery of some of the largest natural gold deposits in recorded history. The gold fields are confined to the northern and north-western edges of the Witwatersrand basin, which is a 5–7 km thick layer of archean rocks located, in most places, deep under the Free State, Gauteng and surrounding provinces.[87] These Witwatersrand rocks are exposed at the surface on the Witwatersrand, in and around Johannesburg, but also in isolated patches to the south-east and south-west of Johannesburg, as well as in an arc around the Vredefort Dome which lies close to the center of the Witwatersrand basin.[54][87] From these surface exposures the basin dips extensively, requiring some of the mining to occur at depths of nearly 4000 m, making them, especially the Savuka and TauTona mines to the south-west of Johannesburg, the deepest mines on earth. The gold is found only in six areas where archean rivers from the north and north-west formed extensive pebbly braided river deltas before draining into the "Witwatersrand sea" where the rest of the Witwatersrand sediments were deposited.[87]

text: The Second Boer War of 1899–1901 between the British Empire and the Afrikaner Boers was at least partly over the rights of miners and possession of the gold wealth in South Africa.

text: During the 19th century, gold rushes occurred whenever large gold deposits were discovered. The first documented discovery of gold in the United States was at the Reed Gold Mine near Georgeville, North Carolina in 1803.[88] The first major gold strike in the United States occurred in a small north Georgia town called Dahlonega.[89] Further gold rushes occurred in California, Colorado, the Black Hills, Otago in New Zealand, Australia, Witwatersrand in South Africa, and the Klondike in Canada.

text: Extraction and refining

text:
Gold jewelry consumption by country in tonnes[90][91][92]

Country
2009
2010
2011
2012
2013

 India
442.37
745.70
986.3
864
974

 China
376.96
428.00
921.5
817.5
1120.1

 United States
150.28
128.61
199.5
161
190

 Turkey
75.16
74.07
143
118
175.2

 Saudi Arabia
77.75
72.95
69.1
58.5
72.2

 Russia
60.12
67.50
76.7
81.9
73.3

 United Arab Emirates
67.60
63.37
60.9
58.1
77.1

 Egypt
56.68
53.43
36
47.8
57.3

 Indonesia
41.00
32.75
55
52.3
68

 United Kingdom
31.75
27.35
22.6
21.1
23.4

Other Persian Gulf Countries
24.10
21.97
22
19.9
24.6

 Japan
21.85
18.50
−30.1
7.6
21.3

 South Korea
18.83
15.87
15.5
12.1
17.5

 Vietnam
15.08
14.36
100.8
77
92.2

 Thailand
7.33
6.28
107.4
80.9
140.1

Total
1508.70
1805.60

Other Countries
251.6
254.0
390.4
393.5
450.7

World Total
1760.3
2059.6
3487.5
3163.6
3863.5

text: Gold extraction is most economical in large, easily mined deposits. Ore grades as little as 0.5 parts per million (ppm) can be economical. Typical ore grades in open-pit mines are 1–5 ppm; ore grades in underground or hard rock mines are usually at least 3 ppm. Because ore grades of 30 ppm are usually needed before gold is visible to the naked eye, in most gold mines the gold is invisible.

text: The average gold mining and extraction costs were about $317 per troy ounce in 2007, but these can vary widely depending on mining type and ore quality; global mine production amounted to 2,471.1 tonnes.[93]

text: After initial production, gold is often subsequently refined industrially by the Wohlwill process which is based on electrolysis or by the Miller process, that is chlorination in the melt. The Wohlwill process results in higher purity, but is more complex and is only applied in small-scale installations.[94][95] Other methods of assaying and purifying smaller amounts of gold include parting and inquartation as well as cupellation, or refining methods based on the dissolution of gold in aqua regia.[96]

text: Consumption

text: The consumption of gold produced in the world is about 50% in jewelry, 40% in investments, and 10% in industry.[12][97]

text: According to World Gold Council, China is the world's largest single consumer of gold in 2013 and toppled India for the first time with Chinese consumption increasing by 32 percent in a year, while that of India only rose by 13 percent and world consumption rose by 21 percent. Unlike India where gold is mainly used for jewelry, China uses gold for manufacturing and retail.[98]

text: Pollution

text: Gold production is associated with contribution to hazardous pollution.[99][100]

text: Low-grade gold ore may contain less than one ppm gold metal; such ore is ground and mixed with sodium cyanide to dissolve the gold. Cyanide is a highly poisonous chemical, which can kill living creatures when exposed in minute quantities. Many cyanide spills[101] from gold mines have occurred in both developed and developing countries which killed aquatic life in long stretches of affected rivers. Environmentalists consider these events major environmental disasters.[102][103] Thirty tons of used ore is dumped as waste for producing one troy ounce of gold.[104] Gold ore dumps are the source of many heavy elements such as cadmium, lead, zinc, copper, arsenic, selenium and mercury. When sulfide bearing minerals in these ore dumps are exposed to air and water, the sulfide transforms into sulfuric acid which in turn dissolves these heavy metals facilitating their passage into surface water and ground water. This process is called acid mine drainage. These gold ore dumps are long term, highly hazardous wastes second only to nuclear waste dumps.[104]

text: It was once common to use mercury to recover gold from ore, but today the use of mercury is largely limited to small-scale individual miners.[105] Minute quantities of mercury compounds can reach water bodies, causing heavy metal contamination. Mercury can then enter into the human food chain in the form of methylmercury. Mercury poisoning in humans causes incurable brain function damage and severe retardation.

text: Gold extraction is also a highly energy intensive industry, extracting ore from deep mines and grinding the large quantity of ore for further chemical extraction requires nearly 25 kW·h of electricity per gram of gold produced.[106]

text: Monetary use

text: Gold has been widely used throughout the world as money,[107] for efficient indirect exchange (versus barter), and to store wealth in hoards. For exchange purposes, mints produce standardized gold bullion coins, bars and other units of fixed weight and purity.

text: The first known coins containing gold were struck in Lydia, Asia Minor, around 600 BC.[71] The talent coin of gold in use during the periods of Grecian history both before and during the time of the life of Homer weighed between 8.42 and 8.75 grams.[108] From an earlier preference in using silver, European economies re-established the minting of gold as coinage during the thirteenth and fourteenth centuries.[109]

text: Bills (that mature into gold coin) and gold certificates (convertible into gold coin at the issuing bank) added to the circulating stock of gold standard money in most 19th century industrial economies. In preparation for World War I the warring nations moved to fractional gold standards, inflating their currencies to finance the war effort. Post-war, the victorious countries, most notably Britain, gradually restored gold-convertibility, but international flows of gold via bills of exchange remained embargoed; international shipments were made exclusively for bilateral trades or to pay war reparations.

text: After World War II gold was replaced by a system of nominally convertible currencies related by fixed exchange rates following the Bretton Woods system. Gold standards and the direct convertibility of currencies to gold have been abandoned by world governments, led in 1971 by the United States' refusal to redeem its dollars in gold. Fiat currency now fills most monetary roles. Switzerland was the last country to tie its currency to gold; it backed 40% of its value until the Swiss joined the International Monetary Fund in 1999.[110]

text: Central banks continue to keep a portion of their liquid reserves as gold in some form, and metals exchanges such as the London Bullion Market Association still clear transactions denominated in gold, including future delivery contracts. Today, gold mining output is declining.[111] With the sharp growth of economies in the 20th century, and increasing foreign exchange, the world's gold reserves and their trading market have become a small fraction of all markets and fixed exchange rates of currencies to gold have been replaced by floating prices for gold and gold future contract. Though the gold stock grows by only 1 or 2% per year, very little metal is irretrievably consumed. Inventory above ground would satisfy many decades of industrial and even artisan uses at current prices.

text: The gold proportion (fineness) of alloys is measured by karat (k). Pure gold (commercially termed fine gold) is designated as 24 karat, abbreviated 24k. English gold coins intended for circulation from 1526 into the 1930s were typically a standard 22k alloy called crown gold,[112] for hardness (American gold coins for circulation after 1837 contain an alloy of 0.900 fine gold, or 21.6 kt).[113]

text: Although the prices of some platinum group metals can be much higher, gold has long been considered the most desirable of precious metals, and its value has been used as the standard for many currencies. Gold has been used as a symbol for purity, value, royalty, and particularly roles that combine these properties. Gold as a sign of wealth and prestige was ridiculed by Thomas More in his treatise Utopia. On that imaginary island, gold is so abundant that it is used to make chains for slaves, tableware, and lavatory seats. When ambassadors from other countries arrive, dressed in ostentatious gold jewels and badges, the Utopians mistake them for menial servants, paying homage instead to the most modestly dressed of their party.

text: The ISO 4217 currency code of gold is XAU.[114] Many holders of gold store it in form of bullion coins or bars as a hedge against inflation or other economic disruptions. Modern bullion coins for investment or collector purposes do not require good mechanical wear properties; they are typically fine gold at 24k, although the American Gold Eagle and the British gold sovereign continue to be minted in 22k (0.92) metal in historical tradition, and the South African Krugerrand, first released in 1967, is also 22k (0.92).[115]

text: The special issue Canadian Gold Maple Leaf coin contains the highest purity gold of any bullion coin, at 99.999% or 0.99999, while the popular issue Canadian Gold Maple Leaf coin has a purity of 99.99%. In 2006, the United States Mint began producing the American Buffalo gold bullion coin with a purity of 99.99%. The Australian Gold Kangaroos were first coined in 1986 as the Australian Gold Nugget but changed the reverse design in 1989. Other modern coins include the Austrian Vienna Philharmonic bullion coin and the Chinese Gold Panda.

text: Price

text: As of September 2017, gold is valued at around $42 per gram ($1,300 per troy ounce).

text: Like other precious metals, gold is measured by troy weight and by grams. The proportion of gold in the alloy is measured by karat (k), with 24 karat (24k) being pure gold, and lower karat numbers proportionally less. The purity of a gold bar or coin can also be expressed as a decimal figure ranging from 0 to 1, known as the millesimal fineness, such as 0.995 being nearly pure.

text: The price of gold is determined through trading in the gold and derivatives markets, but a procedure known as the Gold Fixing in London, originating in September 1919, provides a daily benchmark price to the industry. The afternoon fixing was introduced in 1968 to provide a price when US markets are open.[116]

text: History

text: Historically gold coinage was widely used as currency; when paper money was introduced, it typically was a receipt redeemable for gold coin or bullion. In a monetary system known as the gold standard, a certain weight of gold was given the name of a unit of currency. For a long period, the United States government set the value of the US dollar so that one troy ounce was equal to $20.67 ($0.665 per gram), but in 1934 the dollar was devalued to $35.00 per troy ounce ($0.889/g). By 1961, it was becoming hard to maintain this price, and a pool of US and European banks agreed to manipulate the market to prevent further currency devaluation against increased gold demand.[117]

text: On 17 March 1968, economic circumstances caused the collapse of the gold pool, and a two-tiered pricing scheme was established whereby gold was still used to settle international accounts at the old $35.00 per troy ounce ($1.13/g) but the price of gold on the private market was allowed to fluctuate; this two-tiered pricing system was abandoned in 1975 when the price of gold was left to find its free-market level.[citation needed] Central banks still hold historical gold reserves as a store of value although the level has generally been declining.[citation needed] The largest gold depository in the world is that of the U.S. Federal Reserve Bank in New York, which holds about 3%[118] of the gold known to exist and accounted for today, as does the similarly laden U.S. Bullion Depository at Fort Knox. In 2005 the World Gold Council estimated total global gold supply to be 3,859 tonnes and demand to be 3,754 tonnes, giving a surplus of 105 tonnes.[119]

text: Sometime around 1970[vague] the price began in trend to greatly increase,[120] and between 1968 and 2000 the price of gold ranged widely, from a high of $850 per troy ounce ($27.33/g) on 21 January 1980, to a low of $252.90 per troy ounce ($8.13/g) on 21 June 1999 (London Gold Fixing).[121] Prices increased rapidly from 2001, but the 1980 high was not exceeded until 3 January 2008 when a new maximum of $865.35 per troy ounce was set.[122] Another record price was set on 17 March 2008 at $1023.50 per troy ounce ($32.91/g).[122]

text: In late 2009, gold markets experienced renewed momentum upwards due to increased demand and a weakening US dollar.[citation needed] On 2 December 2009, gold reached a new high closing at $1,217.23.[123] Gold further rallied hitting new highs in May 2010 after the European Union debt crisis prompted further purchase of gold as a safe asset.[124][125] On 1 March 2011, gold hit a new all-time high of $1432.57, based on investor concerns regarding ongoing unrest in North Africa as well as in the Middle East.[126]

text: From April 2001 to August 2011, spot gold prices more than quintupled in value against the US dollar, hitting a new all-time high of $1,913.50 on 23 August 2011,[127] prompting speculation that the long secular bear market had ended and a bull market had returned.[128] However, the price then began a slow decline towards $1200 per troy ounce in late 2014 and 2015.

text: Other applications

text: Jewelry

text: Because of the softness of pure (24k) gold, it is usually alloyed with base metals for use in jewelry, altering its hardness and ductility, melting point, color and other properties. Alloys with lower karat rating, typically 22k, 18k, 14k or 10k, contain higher percentages of copper or other base metals or silver or palladium in the alloy.[25] Nickel is toxic, and its release from nickel white gold is controlled by legislation in Europe.[25] Palladium-gold alloys are more expensive than those using nickel.[129] High-karat white gold alloys are more resistant to corrosion than are either pure silver or sterling silver. The Japanese craft of Mokume-gane exploits the color contrasts between laminated colored gold alloys to produce decorative wood-grain effects.

text: By 2014, the gold jewelry industry was escalating despite a dip in gold prices. Demand in the first quarter of 2014 pushed turnover to $23.7 billion according to a World Gold Council report.

text: Gold solder is used for joining the components of gold jewelry by high-temperature hard soldering or brazing. If the work is to be of hallmarking quality, the gold solder alloy must match the fineness (purity) of the work, and alloy formulas are manufactured to color-match yellow and white gold. Gold solder is usually made in at least three melting-point ranges referred to as Easy, Medium and Hard. By using the hard, high-melting point solder first, followed by solders with progressively lower melting points, goldsmiths can assemble complex items with several separate soldered joints. Gold can also be made into thread and used in embroidery.

text: Electronics

text: Only 10% of the world consumption of new gold produced goes to industry,[12] but by far the most important industrial use for new gold is in fabrication of corrosion-free electrical connectors in computers and other electrical devices. For example, according to the World Gold Council, a typical cell phone may contain 50 mg of gold, worth about 50 cents. But since nearly one billion cell phones are produced each year, a gold value of 50 cents in each phone adds to $500 million in gold from just this application.[130]

text: Though gold is attacked by free chlorine, its good conductivity and general resistance to oxidation and corrosion in other environments (including resistance to non-chlorinated acids) has led to its widespread industrial use in the electronic era as a thin-layer coating on electrical connectors, thereby ensuring good connection. For example, gold is used in the connectors of the more expensive electronics cables, such as audio, video and USB cables. The benefit of using gold over other connector metals such as tin in these applications has been debated; gold connectors are often criticized by audio-visual experts as unnecessary for most consumers and seen as simply a marketing ploy. However, the use of gold in other applications in electronic sliding contacts in highly humid or corrosive atmospheres, and in use for contacts with a very high failure cost (certain computers, communications equipment, spacecraft, jet aircraft engines) remains very common.[131]

text: Besides sliding electrical contacts, gold is also used in electrical contacts because of its resistance to corrosion, electrical conductivity, ductility and lack of toxicity.[132] Switch contacts are generally subjected to more intense corrosion stress than are sliding contacts. Fine gold wires are used to connect semiconductor devices to their packages through a process known as wire bonding.

text: The concentration of free electrons in gold metal is 5.91×1022 cm3.[133] Gold is highly conductive to electricity, and has been used for electrical wiring in some high-energy applications (only silver and copper are more conductive per volume, but gold has the advantage of corrosion resistance). For example, gold electrical wires were used during some of the Manhattan Project's atomic experiments, but large high-current silver wires were used in the calutron isotope separator magnets in the project.

text: It is estimated that 16% of the world's gold and 22% of the world's silver is contained in electronic technology in Japan.[134]

text: Medicine

text: Metallic and gold compounds have long been used for medicinal purposes. Gold, usually as the metal, is perhaps the most anciently administered medicine (apparently by shamanic practitioners)[135] and known to Dioscorides.[136][137] In medieval times, gold was often seen as beneficial for the health, in the belief that something so rare and beautiful could not be anything but healthy. Even some modern esotericists and forms of alternative medicine assign metallic gold a healing power.

text: In the 19th century gold had a reputation as a "nervine", a therapy for nervous disorders. Depression, epilepsy, migraine, and glandular problems such as amenorrhea and impotence were treated, and most notably alcoholism (Keeley, 1897).[138]

text: The apparent paradox of the actual toxicology of the substance suggests the possibility of serious gaps in the understanding of the action of gold in physiology.[139] Only salts and radioisotopes of gold are of pharmacological value, since elemental (metallic) gold is inert to all chemicals it encounters inside the body (i.e., ingested gold cannot be attacked by stomach acid). Some gold salts do have anti-inflammatory properties and at present two are still used as pharmaceuticals in the treatment of arthritis and other similar conditions in the US (sodium aurothiomalate and auranofin). These drugs have been explored as a means to help to reduce the pain and swelling of rheumatoid arthritis, and also (historically) against tuberculosis and some parasites.[140]

text: Gold alloys are used in restorative dentistry, especially in tooth restorations, such as crowns and permanent bridges. The gold alloys' slight malleability facilitates the creation of a superior molar mating surface with other teeth and produces results that are generally more satisfactory than those produced by the creation of porcelain crowns. The use of gold crowns in more prominent teeth such as incisors is favored in some cultures and discouraged in others.

text: Colloidal gold preparations (suspensions of gold nanoparticles) in water are intensely red-colored, and can be made with tightly controlled particle sizes up to a few tens of nanometers across by reduction of gold chloride with citrate or ascorbate ions. Colloidal gold is used in research applications in medicine, biology and materials science. The technique of immunogold labeling exploits the ability of the gold particles to adsorb protein molecules onto their surfaces. Colloidal gold particles coated with specific antibodies can be used as probes for the presence and position of antigens on the surfaces of cells.[141] In ultrathin sections of tissues viewed by electron microscopy, the immunogold labels appear as extremely dense round spots at the position of the antigen.[142]

text: Gold, or alloys of gold and palladium, are applied as conductive coating to biological specimens and other non-conducting materials such as plastics and glass to be viewed in a scanning electron microscope. The coating, which is usually applied by sputtering with an argon plasma, has a triple role in this application. Gold's very high electrical conductivity drains electrical charge to earth, and its very high density provides stopping power for electrons in the electron beam, helping to limit the depth to which the electron beam penetrates the specimen. This improves definition of the position and topography of the specimen surface and increases the spatial resolution of the image. Gold also produces a high output of secondary electrons when irradiated by an electron beam, and these low-energy electrons are the most commonly used signal source used in the scanning electron microscope.[143]

text: The isotope gold-198 (half-life 2.7 days) is used, in nuclear medicine, in some cancer treatments and for treating other diseases.[144][145]

text: Cuisine

text:
Gold can be used in food and has the E number 175.[146] In 2016, the European Food Safety Authority published an opinion on the re-evaluation of gold as a food additive. Concerns included the possible presence of minute amounts of gold nanoparticles in the food additive, and that gold nanoparticles have been shown to be genotoxic in mammalian cells in vitro.[147]
Gold leaf, flake or dust is used on and in some gourmet foods, notably sweets and drinks as decorative ingredient.[148] Gold flake was used by the nobility in medieval Europe as a decoration in food and drinks,[149] in the form of leaf, flakes or dust, either to demonstrate the host's wealth or in the belief that something that valuable and rare must be beneficial for one's health.[citation needed]
Danziger Goldwasser (German: Gold water of Danzig) or Goldwasser (English: Goldwater) is a traditional German herbal liqueur[150] produced in what is today Gdańsk, Poland, and Schwabach, Germany, and contains flakes of gold leaf. There are also some expensive (c. $1000) cocktails which contain flakes of gold leaf.[151] However, since metallic gold is inert to all body chemistry, it has no taste, it provides no nutrition, and it leaves the body unaltered.[152]
Vark is a foil composed of a pure metal that is sometimes gold,[153] and is used for garnishing sweets in South Asian cuisine.

text: Miscellanea

text:
Gold produces a deep, intense red color when used as a coloring agent in cranberry glass.
In photography, gold toners are used to shift the color of silver bromide black-and-white prints towards brown or blue tones, or to increase their stability. Used on sepia-toned prints, gold toners produce red tones. Kodak published formulas for several types of gold toners, which use gold as the chloride.[154]
Gold is a good reflector of electromagnetic radiation such as infrared and visible light, as well as radio waves. It is used for the protective coatings on many artificial satellites, in infrared protective faceplates in thermal-protection suits and astronauts' helmets, and in electronic warfare planes such as the EA-6B Prowler.
Gold is used as the reflective layer on some high-end CDs.
Automobiles may use gold for heat shielding. McLaren uses gold foil in the engine compartment of its F1 model.[155]
Gold can be manufactured so thin that it appears semi-transparent. It is used in some aircraft cockpit windows for de-icing or anti-icing by passing electricity through it. The heat produced by the resistance of the gold is enough to prevent ice from forming.[156]
Gold is attacked by and dissolves in alkaline solutions of potassium or sodium cyanide, to form the salt gold cyanide—a technique that has been used in extracting metallic gold from ores in the cyanide process. Gold cyanide is the electrolyte used in commercial electroplating of gold onto base metals and electroforming.
Gold chloride (chloroauric acid) solutions are used to make colloidal gold by reduction with citrate or ascorbate ions. Gold chloride and gold oxide are used to make cranberry or red-colored glass, which, like colloidal gold suspensions, contains evenly sized spherical gold nanoparticles.[157]

text: Toxicity

text: Pure metallic (elemental) gold is non-toxic and non-irritating when ingested[158] and is sometimes used as a food decoration in the form of gold leaf.[159] Metallic gold is also a component of the alcoholic drinks Goldschläger, Gold Strike, and Goldwasser. Metallic gold is approved as a food additive in the EU (E175 in the Codex Alimentarius). Although the gold ion is toxic, the acceptance of metallic gold as a food additive is due to its relative chemical inertness, and resistance to being corroded or transformed into soluble salts (gold compounds) by any known chemical process which would be encountered in the human body.

text: Soluble compounds (gold salts) such as gold chloride are toxic to the liver and kidneys. Common cyanide salts of gold such as potassium gold cyanide, used in gold electroplating, are toxic by virtue of both their cyanide and gold content. There are rare cases of lethal gold poisoning from potassium gold cyanide.[160][161] Gold toxicity can be ameliorated with chelation therapy with an agent such as dimercaprol.

text: Gold metal was voted Allergen of the Year in 2001 by the American Contact Dermatitis Society, gold contact allergies affect mostly women.[162] Despite this, gold is a relatively non-potent contact allergen, in comparison with metals like nickel.[163]

text: A sample of the fungus Aspergillus niger was found growing from gold mining solution; and was found to contain cyano metal complexes; such as gold, silver, copper iron and zinc. The fungus also plays a role in the solubilization of heavy metal sulfides.[164]


document_title: Snow in Florida

question_text: when did it snow in pinellas county florida

root

text: Snow in Florida

text: Events[edit]

text: Due to larger populations and more advanced communication networks, snow events are witnessed and reported much more frequently in recent years than in historical eras. Interpretations of this timeline must therefore be made with caution, as observed patterns may not reflect actual climate-related trends in annual snowfall but rather improved reporting.

tag: p

text:
December 19, 1765: A "white frost" fell in the northern part of the British colony of East Florida "of short duration, and of no material detriment to the agricultural interests."[7]
1774: A snowstorm extended across much of the territory. The affected residents spoke of it as an "extraordinary white rain."[1][8]
January 10/11, 1800: Land surveyor Andrew Ellicott erected an observatory at Point Peter, a location near the mouth of Saint Marys River, now in the far southeast side of the City of St. Marys, Georgia. After recording a sunrise temperature of 37 °F (3 °C), he observed "snow and hail the whole day" until 10 pm. The temperature then fell below freezing, the wind shifted to northwesterly, and the skies cleared at midnight. At sunrise the morning of January 11, he reported snow 5 inches (130 mm) deep and a temperature of 28 °F (−2 °C).[2][9] This snowstorm perhaps extended from Louisiana to Georgia.[10]
January 13, 1852: Snow fell all morning, accumulating to 0.5 inches (13 mm) at Jacksonville.[1]
February 28, 1855: A few flakes of snow fell at Jacksonville.[1]
January 29, 1868: Light sleet fell during the night at Jacksonville.[1]
February 28, 1869: During the morning, snow flurries fell at Jacksonville.[1]
January 10, 1873: At 7:25 am, a few snowflakes fell at Jacksonville.[1]
February 4/5, 1875: Between midnight and sunrise on both dates, light sleet occurred.[1]
December 1, 1876: According to the observer at Punta Rassa, Florida, snow fell for 5 minutes on the morning of December 1.[11]
January 4/5, 1879: At Jacksonville at 7 pm, sleet began, which turned to rain 90 minutes later. The freezing rain covered trees, shrubbery, and everything else outdoors by morning. The weight of the ice broke the limbs of many orange trees.[1] At Fernandina, snow occurred.[12]
December 5, 1886: At Pensacola, following a heavy rain and wind storm, light snow fell from 4:25 pm to 8:20 pm, accumulating to 1.5 inches (38 mm).[13]
January 5, 1887: 1 inch (25 mm) of snow fell at Pensacola,[14] and sleet fell elsewhere in the state.[15]
January 14, 1892: 0.4 inches (10 mm) of snow was reported at Pensacola.[14] The first snowfall of the season occurred at Fort Barrancas. Monthly snowfall totaled 0.5 inches (13 mm) at Pensacola.[16]
January 17, 1892: At 10:30 am, sleet fell for a few minutes only at Madison, Florida.[17]
February 14, 1892: Pensacola reported 3 inches (76 mm) of snow.[18]
December 26/27, 1892: On both days, precipitation fell as sleet and snow at Pensacola. On December 26, sleet also occurred at Cerro Gordo, Florida, and slight trace of snow fell at Tallahassee. On December 27, a slight trace fell at Moseley Hall, Madison County, Florida.[19] At intervals during daytime on December 27, light snow flurries occurred at Jacksonville.[1]
January 16–19, 1893: On January 16, snow occurred at Palatka. On January 17, sleet fell at Oxford, and at Pensacola. Shortly after midnight on January 18, sleet began in the city of Jacksonville and then turned to snow and then to rain.[1] That day, sleet also fell at Moseley Hall, Pensacola, and Tallahassee, and snow occurred at Lawtey. On January 18 and 19, sleet fell at Bristol.
December 29, 1894: Brooksville reported snowfall from 9 am to 11 am, and a few flakes fell at Mosquito Lagoon near Oak Hill, Florida. The press reported snow at towns in middle and west Florida. The temperature morning fell to lows unprecedented in decades, and this freeze destroyed 2 million to 3 million boxes of not yet gathered oranges, severely damaged pineapple plants, and killed or destroyed almost all other fruits and vegetables.[20]
February 14, 1895: From 6:22 pm to 6:27 pm, light sleet fell at Jacksonville, followed by light snow until 6:32 pm. At 7:20 pm, light snow resumed until 8 pm.[1] Snow also fell at Tampa, and at Pensacola, snow reportedly reached depths allowing for sleighing.[21]
February 12/13, 1899: At 9:45 pm, rain changed to sleet at Jacksonville. Sleet then changed to snow at 10:15 pm and continued through the night, accumulating to 2 inches (51 mm) before sunrise at 7 am as the temperature plunged to 10 °F (−12 °C).[1] The accumulation reached 4 inches (100 mm) at Lake Butler.[18] In sheltered locations, the snow melted only several days later.[1] This Great Blizzard of 1899 also affected much of the rest of the American South.

tag: ul

text: 20th century (21 reported events)[edit]

text:
December 16, 1901: At 1 pm, light snow fell at Jacksonville; at intervals through the afternoon, sleet followed.[1]
February 7, 1907: During the afternoon, a light snow flurry occurred "in the immediate vicinity" of the city of Jacksonville.[1]
November 27, 1912: An overnight period of snow covers the ground and trees with a 0.5-inch (13 mm) layer in northern Florida.[22]
January 22/23, 1935: Snow falls until the next morning, with Pensacola recording 1 inch (25 mm).[14]
February 8/9, 1947: A cold wave entering from Canada, accompanied by winds of up to 80 miles per hour (130 km/h; 36 m/s), causes snow as far south as Clearwater.[23]
February 2/3, 1951: Snowfall accumulates to 2.0 inches (51 mm) at Saint Augustine and Crescent City.[18]
December 14, 1952: Sleet and snow falls across the northern portion of the state, though there is very little accumulation.[24]
December 14, 1953: Light sleet occurs in the morning in Marianna.[24]
March 6, 1954: 4 in (100 mm) of snow accumulates at Milton Experimental Station, Santa Rosa County, within a 24-hour period, the highest such total for Florida according to official modern records.[25]
March 28, 1955: Snowfall accumulates to 1 inch (25 mm) in Marianna along the Florida Panhandle.[26]
February 13, 1958: An overnight rainfall changes to snowfall in Jacksonville and accumulates to 1.5 inches (38 mm).[2] Additionally, Tallahassee reports a record 2.8 inches (71 mm).[18]
February 9, 1973: Snow falls over the northern portion of the state, including a total of 2.0 inches (51 mm) in Pensacola, with unofficial reports of up to 8 inches (200 mm).[18]
January 18, 1977: The pressure gradient between a strong ridge over the Mississippi Valley and a Nor'easter over Atlantic Canada sends very cold temperatures southward into the state. Areas around Pensacola are the first to receive the snow, then the rest of The Panhandle. Followed by record accumulations for The Nature Coast, the I-4 corridor (both Orlando and Tampa (one tenth to a quarter inch) receive light accumulations of 1 inch (25 mm) to 2 inches (51 mm) with a few isolated spots reportedly receiving 3 inches (76 mm) to 6 inches (150 mm)), and finally South Florida. By early morning before sunrise on January 19, West Palm Beach reported snow for the first time on record, with snow flurries reaching as far south as Homestead. The snow causes little impact as it was of the dry variety, though the accompanying cold air results in hundreds of millions of dollars in damage (Orlando tied the 1899 record of over six consecutive nights well-below freezing). On January 20, The Miami Herald reports the event as the front-page story, with a headline of a size usually reserved for the declaration of war.[27]
Late January 1977: Pensacola receives snowfall.[27]
March 2, 1980: About 0.25 inches (6.4 mm) of snow covers car tops and patio furniture in Jacksonville.[2]
March 1, 1986: 0.5 inches (13 mm) of snow accumulates overnight in Jacksonville before melting within 30 minutes due to the morning sun.[2]
December 23/24, 1989: Light rain in Jacksonville turns to freezing rain as temperatures drop, and later changes to snow. The snow totals several inches in some locations, and results in the first White Christmas in the city's history.[2]

Picture of the December 23, 1989, Jacksonville snowfall

Light snow falls across central Florida as far south as southern Pinellas County on the 23rd, though the official weather station in St. Petersburg experiences only a light sleet.[28][29]
March 12, 1993: The 1993 Storm of the Century produces up to 4 inches (100 mm) of snow along the Florida Panhandle.[30]
January 8, 1996: Snow flurries are reported from Crystal River to New Port Richey with no accumulation.[31]
December 18, 1996: A plume of cold air causes snow to form in the northwestern portion of Escambia County.[32]

text: 21st century (19 reported events)[edit]

text:
January 24, 2003: A plume of Arctic air produces widespread record low temperatures and light snow flurries along the eastern coastline. The snow is described as ocean-effect snow, identical to lake effect snow in that it occurs due to very cold air passing over relatively warm water temperatures. The snow reaches as far south as Fort Pierce.[33]
December 25, 2004: Locations along the Florida Panhandle receive a dusting of snow.[34]
November 21, 2006: An eastward-moving weather system produces a very light dusting and snowflakes in central Florida. It is the first snow in November in the state since 1912.[34]
February 3, 2007: Very light snow flurries are reported in the northeastern panhandle, lasting less than an hour.[35]
January 3, 2008: Light snow flurries are reported near Daytona Beach.[36]
January 8/9, 2010: Very light dusting of snow seen in the eastern Jacksonville area. Light snow also fell in parts of central Florida, which briefly accumulated in Ocala and other parts of Marion County. A "wintry mix" of sleet and freezing rain was widespread, with reports of light snow across central Florida from Tampa to Orlando to Melbourne.[37] Isolated flurries were even reported from West Palm Beach to as far south as Kendall and sleet in a few spots in the South Florida metropolitan area for only the second time in recorded history and first time since 1977.[38]
February 12, 2010: Portions of northwestern Florida experience snowfall totals of around 1 in (25 mm).[39]
February 14, 2010: 0.5 inches (13 mm) of snow fell across the northern halves of Escambia, Santa Rosa, Walton and Okaloosa Counties.[40]
December 8, 2010: Snow mixed with rain is reported in western parts of the panhandle, north of Pensacola.[41]
December 26, 2010: A mix of snow and sleet was reported in Jacksonville by the National Weather Service.[42]
December 28, 2010: Light snow was reported at Tampa Executive Airport in eastern Hillsborough County at 01:00 and 05:00 local time, following a rare freezing fog event around midnight.[43]
January 9, 2011: Sleet is reported in the Pensacola area, as well as other places in Escambia and Santa Rosa counties. There was no accumulation.[44]
March 3, 2013: Snow flurries were reported in the Panhandle, specifically around Panama City Beach
January 24–25, 2014: Sleet and light snow are reported in Escambia, Santa Rosa, and Okaloosa counties.[45] Very light sleet is reported at a few locations around Jacksonville.[46]

Snowfall forecast for 28–29 January 2014, predicting over 1 inch of snow in northwest Florida.

January 28–29, 2014: A major winter storm event resulted in a mixture of freezing rain (with ice accumulation), sleet, and snow across most of the Panhandle between the afternoon of the 28th and morning of the 29th. Due to dangerous ice accumulation, the Florida Highway Patrol and FDOT closed several bridges in the Panhandle and advised against non-essential travel.[47] Many state and local government offices were closed around mid-day on the 28th.[48] In Santa Rosa county, officials cautioned that ice-laden tree limbs were hanging low enough to hit vehicles.[49] Between 1 and 9:30 PM on the 28th, 21,633 Gulf Power customers lost power at some point.[50] At 2 PM EST on January 28, Pensacola was 31 °F (−1 °C) with freezing rain while Immokalee, near Fort Myers, was 86 °F (30 °C). Pensacola received 1.8 inches (46 mm) of snow on January 28.[51] On January 29, the Florida Highway Patrol closed nearly 200 miles (320 km) of Interstate 10 from the Florida-Alabama state line to Gadsden County, directing resources and traffic to U.S. 90.[52] Pensacola International Airport closed at 9:17 PM January 28 and was not scheduled to reopen until late on the 29th.[53]
January 8, 2015: Snow flurries are reported in various locations around Jacksonville. The event is attributed to ocean-effect snow.[54][55]
January 22–23, 2016: Snow flurries are reported along the Florida Panhandle, as far east as the Jacksonville area,[56] and as far south as the Gainesville area.[57]
December 8–9, 2017: Snow falls in various locations in the western Florida Panhandle. Northern Escambia County saw up to 2 inches (51 mm) of snow while Century saw 0.5 inches (13 mm) of snow. Snow flurries were reported in Destin and Miramar Beach.[58]
January 2–3, 2018: A winter storm resulted in snow and a wintry mix (freezing rain, sleet, and ice) across northern Florida from Tallahassee to the outskirts of Jacksonville and as far south as Gainesville, with temperatures in the 20s and dewpoints in the teens in the morning.[59] A winter storm warning was in effect on the morning of January 3 for Nassau, Baker, Union, Columbia, Gilchrist, Suwanee, Hamilton, Lafayette, Madison, Taylor, Jefferson, and Leon Counties,[60][61] prompting several school districts to cancel classes on January 3.[62] Tallahassee received 0.10-0.20 in of snow, which was the first measurable snowfall in the city since December 1989 (it sees flurries every few years).[63][64][65] The Tallahassee snowfall followed a couple hours of freezing rain.[63] The Florida Highway Patrol closed Interstate 10 from Tallahassee to Madison for most of the morning of January 3 as well as several bridges in North-Central Florida that had accumulated a dangerous amount of ice.[66][62] Recorded ice accumulations included 0.25 in in Hilliard and Lake City and 0.10 in in Perry.[67]


document_title: Santa Paws 2: The Santa Pups

question_text: who plays mrs claus in santa paws 2

question_tokens: who plays mrs claus in santa paws 2

text: Santa Paws 2: The Santa Pups

text: Plot[edit]

text: When Mrs. Claus travels to Pineville, the playful Santa Pups stow away on her sled. Taking mischief to a whole new level, they begin granting joyful wishes to Pineville's boys and girls, but after a furious young boy named Carter wishes for the Christmas spirit to disappear, it affects all of the people in town. Mrs. Claus, Carter, Sarah, the pups, and three sisters named Agnes, Dorothy and Blue that Mrs. Claus met try to bring the Christmas spirit back forever. They do this by airing on the radio and convincing everyone to act like normal. Carter wishes for the Christmas spirit to last forever all over the world. The pups are then able to reverse the wish. Pineville was filmed in Fernie, British Columbia.

text: Cast[edit]

text:
Cheryl Ladd as Mrs. Claus
George Newbern as Thomas Reynolds, Sarah and Carter's caring widower father who is a lawyer.
Pat Finn as Santa Claus
Danny Woodburn as Eli, Santa's head elf.
Obba Babatundé as Mayor Denny, the mayor of Pineville.
Kaitlyn Maher as Sarah Reynolds, a sweet, loving 8-year-old girl who has the most Christmas spirit.
Josh Feldman as Carter Reynolds, a 12-year-old boy who is Sarah's big brother, who has lost his Christmas spirit ever since his mother Michelle died.
Ali Hillis, Jennifer Elise Cox and Audrey Wasilewski as the Bright Sisters, Agnes, Blue and Dorothy.
Bill Chott as Mr. Holman
Paul Rae as Jeb Gibson
Brian T. Finney as Sheriff Andy
Ted Rooney as Mr. Miller

text: Voice cast[edit]

text:
Tom Everett Scott as Santa Paws, husband to Mrs.Paws and father to the Santa Pups.
Bonnie Somerville as Mrs. Paws, wife to Santa Paws and mother to the Santa Pups.
Aidan Gemme as Noble, the only male Santa Pup, the leader of the Santa Pups.
Tatiana Gudegast as Hope, one of the Santa Pups who is always ready to take action.
G. Hannelius as Charity, one of the Santa Pups who still needs to live up to her name.
Marlowe Peyton as Jingle, one of the Santa Pups who loves to sing.
Richard Kind as Eddy, a happy-go-lucky elf dog Jack Russell Terrier who is Eli's assistant.
Diedrich Bader as Comet, one of Santa's reindeer.
Chris Coppola as Dancer, another one of Santa's reindeer.
Josh Flitter as Brutus, a gruff bulldog who befriends the Santa Pups in hope of getting off of Santa's naughty list.
Trevor Wright as Baxter, the Santa Pups newest friend. He is a Schnauzer mix

text: Reception[edit]

text: The film has met extremely negative reviews, with critics stating that it had a dark tone and a weak plotline. Film critic Thomas Richards has noted the low quality voice acting. He also criticized the choice to eliminate actors from the original film such as the one who played Santa, as well as reusing old ones such as Kaitlyn Maher. Film critic Frank Smith said that Disney's overuse of dogs was annoying, and said that the humor in the film was "forced, and unnatural". At Typhoon Critics, the film holds 2.5 stars out of 10.

text: Release[edit]

text: Home media[edit]

text: Santa Paws 2: The Santa Pups was released on DVD, Blu-ray, and as a movie download on November 20, 2012. The physical release was produced in 2 different packages: A 2-disc Blu-ray / DVD combo pack and a 1-disc DVD. The movie download was produced in both standard and high definition. Bonus features for the release included a music video for "Santa Pups Music Mash-Up" and "Blooper Scooper."