Wednesday, July 4, 2012

Free proxy lists Ukraine (UA). Ukrainian proxy servers.

1 91.224.253.123:3128 HTTP NOA Ukraine 91.224.253.123 04-jul-2012 16:58
2 77.122.91.226:8080 HTTP NOA Ukraine (Kharkov) 77-122-91-226.dynamic-FTTB.kharkov.volia.com 04-jul-2012 12:41
3 94.153.247.186:8080 HTTP NOA Ukraine 94-153-247-186-dn.ip.kyivstar.net 04-jul-2012 12:36
4 213.159.240.120:3128 HTTP HIA Ukraine (Kiev) 213-159-240-120.dynamic.vega-ua.net 04-jul-2012 11:58
5 195.5.18.41:8118 HTTP HIA Ukraine degnet.dc.ukrtel.net 04-jul-2012 11:40
6 194.44.144.3:3128 HTTP ANM Ukraine (Lviv) ! 194.44.144.3 04-jul-2012 11:39
7 195.191.13.250:8080 HTTP NOA Ukraine (Goncharov) kvartal10.brov.org 04-jul-2012 11:01
8 195.191.13.248:8080 HTTP NOA Ukraine (Goncharov) kvartal8.brov.org 04-jul-2012 11:01
9 195.191.13.247:8080 HTTP NOA Ukraine (Goncharov) kvartal7.brov.org 04-jul-2012 11:01
10 195.191.13.243:8080 HTTP NOA Ukraine (Goncharov) kvartal3.brov.org 04-jul-2012 11:01
11 46.175.86.15:80 HTTP ANM Ukraine gate.mztg.com 04-jul-2012 11:01
12 94.244.184.180:8080 HTTP NOA Ukraine (Kiev) 94.244.184.180.nash.net.ua 04-jul-2012 11:01
13 93.78.214.219:3128 HTTP HIA Ukraine (Poltava) 93.78.214.219 04-jul-2012 02:35
14 77.122.97.52:54321 HTTP ANM Ukraine (Kharkov) 77-122-97-52.dynamic-FTTB.kharkov.volia.com 04-jul-2012 00:17


Growing Stones - Trovants



It is difficult to image that stones can really grow, but these stones seem to be alive!

The Romanian Trovants Museum Natural Reserve is located in Valcea County, close to the road connecting Ramnicu Valcea and Targu Jiu, 8 km far from Horezu.

Here in a small village named Costesti, there are some fascinating and mysterious stones, called trovants, which are believed to have a life in them. Trovant is a geological term used often in Romania. It means cemented sand.

Trovants are geological phenomena which consist in spherical shapes of cemented sand, appeared due to some powerful seismic activity.

The earthquakes that led to the creation of the first trovants are supposed to have taken place 6 million years ago.

What makes these trovants unique and mysterious is that are reproducing after coming in contact with water.

After heavy raining the stones grow starting with 6-8 millimetres and ending with 6-10 meters.

It's really remarkable!


Trovants in Romania are stones that grow.

One of the strangest aspects about these stones is that although they vary in size, from a couple of millimeters to even 10 m, they are very similar, taking into account a natural law that states there are no such things as identical stones.

In addition, just like the famous rocks in Death Valley, California, the trovants often move from one place to another place.

Scientists believe that the stones increase in size due to high content of various mineral salts, which are under their shell. When the surface becomes wet, these chemicals start spreading and put pressure on the sand, making the stone "grow".


A "living" stone.


A trovant having a strange shape.


Today trovants are protected.

However, despite their best efforts, scientists have failed to come up with a logical explanation why the stones have extensions that remind of roots. If they are cut, their sections have colored rings, just like trees.

These stones behave almost like some kind of unknown inorganic life-form! We cannot deny that our planet is truly amazing!

Local residents have been aware of the stones unusual properties for more than 100 years, but they have never paid the trovants any special attention. The stones were often used as building materials and tombstones.

Today, the Trovants Museum in Romania is protected by UNESCO.

Free proxy lists Colombia (CO).

1 186.112.136.82:8080 HTTP NOA Colombia (Bogotб) ! 186.112.136.82 04-jul-2012 17:23
2 190.29.22.247:8080 HTTP NOA Colombia (Medellнn) static-adsl190-29-22-247.une.net.co 04-jul-2012 17:21
3 186.113.26.37:3128 HTTP NOA Colombia (Bogotб) ! 186.113.26.37 04-jul-2012 17:12
4 190.121.135.178:8080 HTTP NOA Colombia 190121135178.ip48.static.mediacommerce.com.co 04-jul-2012 17:12
5 190.255.207.86:8080 HTTP NOA Colombia (Bogotб) 190.255.207.86 04-jul-2012 17:07
6 190.255.58.244:8080 HTTP NOA Colombia (Bogotб) 190.255.58.244 04-jul-2012 17:05
7 190.145.55.171:3128 HTTP ANM Colombia (Bogotб) 190.145.55.171 04-jul-2012 14:14
8 190.66.11.52:80 HTTP HIA Colombia (Bogotб) ns.funandi.edu.co 04-jul-2012 08:26
9 190.254.88.75:8080 HTTP NOA Colombia (Bogotб) 190.254.88.75 04-jul-2012 02:41
10 190.90.36.8:8000 HTTP ANM Colombia (Medellнn) 190.90.36.8 04-jul-2012 00:24
11 190.249.167.115:8080 HTTP NOA Colombia (Medellнn) cable190-249-167-115.une.net.co 04-jul-2012 00:21
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13 190.248.129.62:8080 HTTP NOA Colombia (Medellнn) static-Adsl190-248-129-62.une.net.co 04-jul-2012 00:11
14 186.113.26.34:3128 HTTP NOA Colombia (Bogotб) 186.113.26.34 04-jul-2012 00:09


Hidden Portals in Earth’s Magnetic Field



A favorite theme of science fiction is “the portal”–an extraordinary opening in space or time that connects travelers to distant realms. A good portal is a shortcut, a guide, a door into the unknown. If only they actually existed….

It turns out that they do, sort of, and a NASA-funded researcher at the University of Iowa has figured out how to find them.


An artist’s concept of Earth’s magnetic field connecting to the sun’s with a spacecraft on hand to measure particles and fields. Image credit: NASA

“We call them X-points or electron diffusion regions,” explains plasma physicist Jack Scudder of the University of Iowa. “They are places where the magnetic field of Earth connects to the magnetic field of the Sun, creating an uninterrupted path leading from our own planet to the Sun’s atmosphere 93 million miles away.”

Observations by NASA’s THEMIS spacecraft and Europe’s Cluster probes suggest that these magnetic portals open and close dozens of times each day. They’re typically located a few tens of thousands of kilometers from Earth where the geomagnetic field meets the onrushing solar wind. Most portals are small and short-lived; others are yawning, vast, and sustained. Tons of energetic particles can flow through the openings, heating Earth’s upper atmosphere, sparking geomagnetic storms, and igniting bright polar auroras.

NASA is planning a mission called “MMS,” short for Magnetospheric Multiscale Mission, due to launch in 2014, to study the phenomenon. Bristling with energetic particle detectors and magnetic sensors, the four spacecraft of MMS will spread out in Earth’s magnetosphere and surround the portals to observe how they work.


Data from NASA’s Polar spacecraft, circa 1998, provided crucial clues to finding magnetic X-points. Credit: Science@NASA

Just one problem: Finding them. Magnetic portals are invisible, unstable, and elusive. They open and close without warning ”and there are no signposts to guide us in,” notes Scudder.
Actually, there are signposts, and Scudder has found them.

Portals form via the process of magnetic reconnection. Mingling lines of magnetic force from the sun and Earth criss-cross and join to create the openings. “X-points” are where the criss-cross takes place. The sudden joining of magnetic fields can propel jets of charged particles from the X-point, creating an “electron diffusion region.”

To learn how to pinpoint these events, Scudder looked at data from a space probe that orbited Earth more than 10 years ago.

“In the late 1990s, NASA’s Polar spacecraft spent years in Earth’s magnetosphere,” explains Scudder, “and it encountered many X-points during its mission.”


A new ScienceCast video explains how hidden portals form–and how we can find them. Credit: Science@NASA

Because Polar carried sensors similar to those of MMS, Scudder decided to see how an X-point looked to Polar. “Using Polar data, we have found five simple combinations of magnetic field and energetic particle measurements that tell us when we’ve come across an X-point or an electron diffusion region. A single spacecraft, properly instrumented, can make these measurements.”

This means that single member of the MMS constellation using the diagnostics can find a portal and alert other members of the constellation. Mission planners long thought that MMS might have to spend a year or so learning to find portals before it could study them. Scudder’s work short cuts the process, allowing MMS to get to work without delay.

It’s a shortcut worthy of the best portals of fiction, only this time the portals are real. And with the new “signposts” we know how to find them.

The work of Scudder and colleagues is described in complete detail in the June 1 issue of the Physical Review Letters.





Source: the National Aeronautics and Space Administration (NASA)

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5 200.114.103.245:8080 HTTP NOA Argentina ! 200.114.103.245 04-jul-2012 17:13
6 190.220.226.187:8080 HTTP NOA Argentina (Olivos) host187.190-220-226.telmex.net.ar 04-jul-2012 17:12
7 200.42.69.94:8080 HTTP NOA Argentina (Buenos Aires) 200-42-69-94.dsl.prima.net.ar 04-jul-2012 17:10
8 200.114.103.213:8080 HTTP NOA Argentina ! 200.114.103.213 04-jul-2012 17:08
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1 77.41.107.51:8080 HTTP HIA Russian Federation (Moscow) host-77-41-107-51.qwerty.ru 04-jul-2012 17:33
2 195.64.211.173:3128 HTTP HIA Russian Federation (Ural) ekb.smpbank.ru 04-jul-2012 17:28
3 83.220.59.167:3128 HTTP HIA Russian Federation 83.220.59.167 04-jul-2012 17:28
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5 46.191.192.94:3128 HTTP NOA Russian Federation (Sterlitamak) 46.191.192.94 04-jul-2012 17:15
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15 193.169.62.254:8080 HTTP NOA Russian Federation (Kirovsk) 193.169.62.254 04-jul-2012 12:53
16 89.251.103.130:8080 HTTP NOA Russian Federation (Novosibirsk) 130-103-251-89.citynsk.ru 04-jul-2012 12:53
17 178.211.15.205:3128 HTTP NOA Russian Federation (Volgodonsk) 178.211.15.205 04-jul-2012 12:52
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20 178.46.154.186:3128 HTTP NOA Russian Federation (Tyumen) 178.46.154.186 04-jul-2012 12:52
21 178.210.42.30:80 HTTP NOA Russian Federation apk-agroeco.ru 04-jul-2012 12:52
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23 188.143.232.239:80 HTTP NOA Russian Federation (Saint Petersburg) ! 188.143.232.239 04-jul-2012 12:52
24 188.143.232.239:85 HTTP NOA Russian Federation (Saint Petersburg) ! 188.143.232.239 04-jul-2012 12:52
25 92.241.254.240:80 HTTP NOA Russian Federation (Izhevsk) 92.241.254.240 04-jul-2012 12:52
26 85.192.166.187:3128 HTTP NOA Russian Federation (Orenburg) snph.bz 04-jul-2012 12:52
27 176.62.67.43:3128 HTTP NOA Russian Federation (Omsk) pppoe43.net176-62-67.omkc.ru 04-jul-2012 12:51
28 81.201.27.3:3128 HTTP NOA Russian Federation usr-81-201-27-3.telix.ru 04-jul-2012 12:51
29 195.64.196.242:3128 HTTP NOA Russian Federation (Ural) best.ural.ru 04-jul-2012 12:51
30 94.251.75.35:3128 HTTP NOA Russian Federation (Novosibirsk) ! host-94-251-75-35.bbcustomer.zsttk.net 04-jul-2012 12:51


Fairy Circles Are 'Alive'



Walter Tschinkel may not have solved the mystery of the fairy circles, but he can tell you that they're alive. Tens of thousands of the formations—bare patches of soil, 2 to 12 meters in diameter—freckle grasslands from southern Angola to northern South Africa, their perimeters often marked by a tall fringe of grass. Locals say they're the footprints of the gods. Scientists have thrown their hands up in the air. But now Tschinkel, a biologist at Florida State University in Tallahassee, has discovered something no one else has.



Tschinkel first encountered fairy circles in 2005 on a vacation to the NamibRand Nature Reserve, a private nature park dedicated to conserving the local ecology and wildlife in southwestern Namibia, where his local guide introduced him to the strange land forms. "I looked at them and said, 'Obviously, they're caused by termites,' " he recalls. Perhaps the insects were killing the grass from below, or maybe they were giving off gases that were poisoning the vegetation. But when he and his wife returned to the region in 2007 and excavated a handful of fairy circles, they found no evidence of termites. Other experiments—adding essential nutrients such as zinc to the fairy circles or replacing the soil inside the circles with the soil from outside the circles—didn't cause the vegetation to grow back, suggesting the formations are not the result of a lack of nutrients.

So Tschinkel turned to satellite images. By comparing photos taken over a 4-year period, he confirmed something other scientists had suspected: The circles were alive—or at least they were dynamic. A number of circles appeared and disappeared over this time period. Extrapolating from the data, Tschinkel calculated that most smaller circles arise and vanish every 24 years, whereas larger circles last up to 75 years. Overall, the lifespan averaged 41 years.

To confirm his results, Tschinkel crunched data collected from the NamibRand Nature Reserve. Over the past 10 years, the park has sold fairy circles to ecotourists for about $50 each. The buyers don't actually get the land; they just adopt it—kind of like people who "purchase" stars. Each circle the reserve sells is marked with the date of sale, and new owners are given the latitude and longitude so they can check up on their purchase on Google Earth.

Tschinkel's friends at the reserve revisited the sold fairy rings and took photos to estimate the amount of regrowth that had occurred over the years. From the number of fairy circles that had died or started to die over the past 2 to 9 years, Tschinkel calculated that the fairy circles had an average age of about 6 decades. "It gives me some confidence that we really are talking about a lifespan of about 30 to 60 years," he says.

Very few researchers have taken the time to investigate the fairy circles, and their work is usually based on opportunistic experiments done on quick trips, Tschinkel says. "There's no program really focused on trying to figure this out."

Fairy circle aficionados are impressed. "Tschinkel does deliver a superb product for a one-man band," says Carl Albrecht, the head of research at the Cancer Association of South Africa, who occasionally researches and publishes on the mysterious spots as a hobby. "These are beautiful synergies between Google Earth, satellite photographs, aerial photographs, and actual observations on the ground."

In the future, Tschinkel hopes to return to the region to conduct tests at different times of year, as some of his data indicate that circles tend to form after the rainy season. He acknowledges that he may never get to the bottom of what causes the fairy circles—and that's just fine with others. During a recent trip, a local conservationist told Tschinkel that he hopes the fairy circles remain a mystery for years to come. "I certainly can sympathize with that sentiment," Tschinkel says. "But that doesn't mean I'll stop trying to understand."

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1 177.43.180.174:8080 HTTP NOA Brazil (Rio De Janeiro) 177.43.180.174.static.host.gvt.net.br 04-jul-2012 17:33
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18 189.59.17.196:3128 HTTP NOA Brazil (Anбpolis) 189.59.17.196.static.gvt.net.br 04-jul-2012 17:00
19 200.153.191.224:3128 HTTP NOA Brazil (Sгo Paulo) 200-153-191-224.dsl.telesp.net.br 04-jul-2012 16:59
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26 189.114.41.194:3128 HTTP HIA Brazil (Goiвnia) 189.114.41.194 04-jul-2012 08:35
27 187.72.145.54:8080 HTTP NOA Brazil (Marabб) 187-072-145-054.static.ctbctelecom.com.br 04-jul-2012 02:39
28 200.153.191.213:3128 HTTP NOA Brazil (Sгo Paulo) 200-153-191-213.dsl.telesp.net.br 04-jul-2012 02:38
29 186.215.202.163:8080 HTTP NOA Brazil (Recife) 186.215.202.163.static.gvt.net.br 04-jul-2012 02:36
30 200.175.156.111:3128 HTTP NOA Brazil (Goiвnia) 200.175.156.111.static.gvt.net.br 04-jul-2012 02:35


Miraculous Wild Flowers in Namaqualand



Namaqualand is an arid region in Namibia and South Africa, extending along the west coast over 600 miles and covering a total area of 170,000 square miles. During the arid summer months, it’s as dry as a desert, however in the spring a miracle happens. As the rains soak into the thirsty earth, millions upon millions of flowers emerge in a phenomenal explosion of colour which transforms the landscape into a wonderland of beauty. This is known throughout South Africa as the Namaqualand daisy season, when orange and white daisies, as well as hundreds of other flowering species, spring up from a previously barren landscape.



The riot of flowers is a highly volatile exhibition occurring between August and October on most years. The flower display depends on whether the rains have been good that season, as the dormant seeds lie in the dry earth for months waiting for rain. Every year between brings a different formula, and a different selection of flowers. Approximately 4000 species of plants bloom in the region and an estimated one-forth of the species are found nowhere else on earth.

















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1 118.96.8.138:3128 HTTP NOA Indonesia (Serang) 138.static.118-96-8.astinet.telkom.net.id 04-jul-2012 17:34
2 110.139.63.250:8080 HTTP NOA Indonesia (Surabaya) 250.subnet110-139-63.speedy.telkom.net.id 04-jul-2012 17:33
3 180.246.28.42:8080 HTTP NOA Indonesia (Jakarta) 180.246.28.42 04-jul-2012 17:32
4 118.96.31.91:3128 HTTP NOA Indonesia (Bekasi) 91.static.118-96-31.astinet.telkom.net.id 04-jul-2012 17:32
5 182.253.17.130:3128 HTTP NOA Indonesia (Jakarta) 182.253.17.130 04-jul-2012 17:32
6 114.110.44.122:3128 HTTP NOA Indonesia 114.110.44.122 04-jul-2012 17:31
7 110.137.48.95:8080 HTTP NOA Indonesia (Sibolga) 95.subnet110-137-48.speedy.telkom.net.id 04-jul-2012 17:31
8 202.123.230.186:8080 HTTP NOA Indonesia ip-230-186.csmnap.net 04-jul-2012 17:30
9 180.211.91.226:8080 HTTP NOA Indonesia (Jakarta) 180.211.91.226 04-jul-2012 17:30
10 202.169.37.60:3128 HTTP NOA Indonesia (Jakarta) 202.169.37.60 04-jul-2012 17:26
11 202.75.18.34:8080 HTTP NOA Indonesia ! ip18-34.orbicom.net.id 04-jul-2012 17:18
12 119.110.68.238:3128 HTTP NOA Indonesia (Jakarta) 119.110.68.238 04-jul-2012 17:16
13 110.139.56.143:8080 HTTP NOA Indonesia (Surabaya) 143.subnet110-139-56.speedy.telkom.net.id 04-jul-2012 17:16
14 118.97.27.250:3128 HTTP NOA Indonesia 250.subnet118-97-27.astinet.telkom.net.id 04-jul-2012 17:15
15 222.124.33.37:3128 HTTP NOA Indonesia (Jakarta) 37.subnet222-124-33.static.astinet.telkom.net.id 04-jul-2012 17:14
16 110.137.36.147:3128 HTTP NOA Indonesia (Banda Aceh) 147.subnet110-137-36.speedy.telkom.net.id 04-jul-2012 17:11
17 118.96.148.17:8080 HTTP NOA Indonesia (Yogyakarta) 118.96.148.17 04-jul-2012 17:10
18 180.246.109.97:8080 HTTP NOA Indonesia (Semarang) 180.246.109.97 04-jul-2012 17:09
19 118.97.47.35:3128 HTTP NOA Indonesia 35.subnet118-97-47.static.astinet.telkom.net.id 04-jul-2012 17:09
20 203.77.246.60:3128 HTTP NOA Indonesia (Jakarta) 203.77.246.60 04-jul-2012 17:00
21 210.57.209.9:3128 HTTP NOA Indonesia (Sidoarjo) ! 210.57.209.9 04-jul-2012 16:59
22 110.137.98.39:8080 HTTP NOA Indonesia (Bukittinggi) 110.137.98.39 04-jul-2012 16:54
23 118.97.237.122:8080 HTTP NOA Indonesia (Surabaya) 122.subnet118-97-237.static.astinet.telkom.net.id 04-jul-2012 15:48
24 110.139.207.196:8080 HTTP NOA Indonesia (Makasar) ! 196.subnet110-139-207.speedy.telkom.net.id 04-jul-2012 15:47
25 118.97.58.166:8080 HTTP NOA Indonesia (Jakarta) 166.subnet118-97-58.static.astinet.telkom.net.id 04-jul-2012 15:16
26 118.97.255.107:8080 HTTP NOA Indonesia (Malang) 118.97.255.107 04-jul-2012 12:38
27 210.23.70.10:8080 HTTP NOA Indonesia 210.23.70.10 04-jul-2012 12:34
28 210.57.215.186:8080 HTTP NOA Indonesia (Sidoarjo) 210.57.215.186 04-jul-2012 02:34
29 110.139.206.123:8080 HTTP NOA Indonesia (Makasar) 123.subnet110-139-206.speedy.telkom.net.id 04-jul-2012 01:15
30 110.139.150.155:8080 HTTP NOA Indonesia (Samarinda) 155.subnet110-139-150.speedy.telkom.net.id 04-jul-2012 01:14


Wildlife Overpasses



Wildlife overpasses, green bridges, and ecoducts all refer to structures that have been built over roads to allow wildlife to cross safely to the other side of the road. The bridges are for the animals; the animals walk over the road, and the vehicles go through the structure. Most of the structures are between 10 m (30 ft) and 60 m (180 ft) wide. They typically have soil, litter, and vegetation on top to provide suitable habitat for a range of different species and species groups. The larger structures are typically intended for large mammals ranging from ungulates (e.g. deer, elk, moose) to large carnivores (e.g. black bear, grizzly bear, Canada lynx, wolverine, wolf). Here are pictures of some of the most beautiful and interesting wildlife overpasses in the world.


Wildlife Overpass, Banff National Park, Alberta, Canada. In Banff National Park, there are currently 41 wildlife crossing structures (6 overpasses and 35 underpasses) that help wildlife safely cross the busy Trans-Canada Highway. Since monitoring began in 1996, 11 species of large mammals—including bears, elk and cougar—have used crossing structures more than 200,000 times.



Wildlife Overpass, Banff National Park, Alberta, Canada



Ecoduct in Netherlands; The Netherlands was one of the first countries to deploy a network of wildlife crossings across the landscape.



Ecoduct De Woeste Hoeve over the highway A50, Netherlands; The Netherlands contains an impressive display of over 600 wildlife crossings (including underpasses and ecoducts) that have been used to protect populations of wild boar, red deer, roe deer, and the endangered European badger.



Ecoduct (wildlife bridge) on highway A1 through nature area the Veluwe, the Netherlands.



Green bridge over the A20 near Grevesmühlen, Germany



"Animal bridge" in Montana, USA



Ecoduct in France



Aerial view of the wildlife overpass, Location unknown



Wildlife overpass near Keechelus Lake, Washington, USA



Wildlife overpass covered with vegetation; Location unknown



Aerial view of the wildlife overpass; Location unknown



Wildlife crossing over Compton Rd (SR30) at Kuraby near Karawatha Forest, Queensland, Australia



Ecoduct The Borkeld, Netherlands



Green bridge over the highway 464 near Boeblingen, Germany



Satellite image of the wildlife overpass; Location unknown



Unusual overpass for crabs: Red crabs climb over an overpass to cross a road on Christmas Island during their migration. (Christmas Island National Park, Australia)

Free proxy lists Indonesia (ID). Indonesian proxy servers.

1 118.96.8.138:3128 HTTP NOA Indonesia (Serang) 138.static.118-96-8.astinet.telkom.net.id 04-jul-2012 17:34
2 110.139.63.250:8080 HTTP NOA Indonesia (Surabaya) 250.subnet110-139-63.speedy.telkom.net.id 04-jul-2012 17:33
3 180.246.28.42:8080 HTTP NOA Indonesia (Jakarta) 180.246.28.42 04-jul-2012 17:32
4 118.96.31.91:3128 HTTP NOA Indonesia (Bekasi) 91.static.118-96-31.astinet.telkom.net.id 04-jul-2012 17:32
5 182.253.17.130:3128 HTTP NOA Indonesia (Jakarta) 182.253.17.130 04-jul-2012 17:32
6 114.110.44.122:3128 HTTP NOA Indonesia 114.110.44.122 04-jul-2012 17:31
7 110.137.48.95:8080 HTTP NOA Indonesia (Sibolga) 95.subnet110-137-48.speedy.telkom.net.id 04-jul-2012 17:31
8 202.123.230.186:8080 HTTP NOA Indonesia ip-230-186.csmnap.net 04-jul-2012 17:30
9 180.211.91.226:8080 HTTP NOA Indonesia (Jakarta) 180.211.91.226 04-jul-2012 17:30
10 202.169.37.60:3128 HTTP NOA Indonesia (Jakarta) 202.169.37.60 04-jul-2012 17:26
11 202.75.18.34:8080 HTTP NOA Indonesia ! ip18-34.orbicom.net.id 04-jul-2012 17:18
12 119.110.68.238:3128 HTTP NOA Indonesia (Jakarta) 119.110.68.238 04-jul-2012 17:16
13 110.139.56.143:8080 HTTP NOA Indonesia (Surabaya) 143.subnet110-139-56.speedy.telkom.net.id 04-jul-2012 17:16
14 118.97.27.250:3128 HTTP NOA Indonesia 250.subnet118-97-27.astinet.telkom.net.id 04-jul-2012 17:15
15 222.124.33.37:3128 HTTP NOA Indonesia (Jakarta) 37.subnet222-124-33.static.astinet.telkom.net.id 04-jul-2012 17:14
16 110.137.36.147:3128 HTTP NOA Indonesia (Banda Aceh) 147.subnet110-137-36.speedy.telkom.net.id 04-jul-2012 17:11
17 118.96.148.17:8080 HTTP NOA Indonesia (Yogyakarta) 118.96.148.17 04-jul-2012 17:10
18 180.246.109.97:8080 HTTP NOA Indonesia (Semarang) 180.246.109.97 04-jul-2012 17:09
19 118.97.47.35:3128 HTTP NOA Indonesia 35.subnet118-97-47.static.astinet.telkom.net.id 04-jul-2012 17:09
20 203.77.246.60:3128 HTTP NOA Indonesia (Jakarta) 203.77.246.60 04-jul-2012 17:00
21 210.57.209.9:3128 HTTP NOA Indonesia (Sidoarjo) ! 210.57.209.9 04-jul-2012 16:59
22 110.137.98.39:8080 HTTP NOA Indonesia (Bukittinggi) 110.137.98.39 04-jul-2012 16:54
23 118.97.237.122:8080 HTTP NOA Indonesia (Surabaya) 122.subnet118-97-237.static.astinet.telkom.net.id 04-jul-2012 15:48
24 110.139.207.196:8080 HTTP NOA Indonesia (Makasar) ! 196.subnet110-139-207.speedy.telkom.net.id 04-jul-2012 15:47
25 118.97.58.166:8080 HTTP NOA Indonesia (Jakarta) 166.subnet118-97-58.static.astinet.telkom.net.id 04-jul-2012 15:16
26 118.97.255.107:8080 HTTP NOA Indonesia (Malang) 118.97.255.107 04-jul-2012 12:38
27 210.23.70.10:8080 HTTP NOA Indonesia 210.23.70.10 04-jul-2012 12:34
28 210.57.215.186:8080 HTTP NOA Indonesia (Sidoarjo) 210.57.215.186 04-jul-2012 02:34
29 110.139.206.123:8080 HTTP NOA Indonesia (Makasar) 123.subnet110-139-206.speedy.telkom.net.id 04-jul-2012 01:15
30 110.139.150.155:8080 HTTP NOA Indonesia (Samarinda) 155.subnet110-139-150.speedy.telkom.net.id 04-jul-2012 01:14

Transparent proxies. Non anonymous proxy list.

1 82.77.194.69:54321 HTTP NOA Romania 82.77.194.69 04-jul-2012 17:45
2 180.139.91.28:8080 HTTP NOA China (Nanning) ! 180.139.91.28 04-jul-2012 17:34
3 78.186.239.153:3128 HTTP NOA Turkey (Istanbul) 78.186.239.153.static.ttnet.com.tr 04-jul-2012 17:34
4 118.96.8.138:3128 HTTP NOA Indonesia (Serang) 138.static.118-96-8.astinet.telkom.net.id 04-jul-2012 17:34
5 61.145.173.24:8080 HTTP NOA China (Shenzhen) 61.145.173.24 04-jul-2012 17:33
6 177.43.180.174:8080 HTTP NOA Brazil (Rio De Janeiro) 177.43.180.174.static.host.gvt.net.br 04-jul-2012 17:33
7 218.247.129.6:80 HTTP NOA China (Beijing) 218.247.129.6 04-jul-2012 17:33
8 58.247.113.186:8080 HTTP NOA China (Shanghai) 58.247.113.186 04-jul-2012 17:33
9 110.139.63.250:8080 HTTP NOA Indonesia (Surabaya) 250.subnet110-139-63.speedy.telkom.net.id 04-jul-2012 17:33
10 180.246.28.42:8080 HTTP NOA Indonesia (Jakarta) 180.246.28.42 04-jul-2012 17:32
11 91.120.127.127:3128 HTTP NOA Hungary (Albertirsa) 91.120.127.127 04-jul-2012 17:32
12 118.96.31.91:3128 HTTP NOA Indonesia (Bekasi) 91.static.118-96-31.astinet.telkom.net.id 04-jul-2012 17:32
13 182.253.17.130:3128 HTTP NOA Indonesia (Jakarta) 182.253.17.130 04-jul-2012 17:32
14 200.109.37.25:3128 HTTP NOA Venezuela (Yagua) 200.109.37-25.estatic.cantv.net 04-jul-2012 17:31
15 114.110.44.122:3128 HTTP NOA Indonesia 114.110.44.122 04-jul-2012 17:31
16 58.67.147.198:8080 HTTP NOA China (Guangzhou) 58.67.147.198 04-jul-2012 17:31
17 221.179.41.22:3128 HTTP NOA China (Beijing) 221.179.41.22 04-jul-2012 17:31
18 110.137.48.95:8080 HTTP NOA Indonesia (Sibolga) 95.subnet110-137-48.speedy.telkom.net.id 04-jul-2012 17:31
19 80.69.243.68:3128 HTTP NOA Iran (Rasan) 80-69-243-68.pasargadnet.ir 04-jul-2012 17:31
20 202.123.230.186:8080 HTTP NOA Indonesia ip-230-186.csmnap.net 04-jul-2012 17:30
21 180.211.91.226:8080 HTTP NOA Indonesia (Jakarta) 180.211.91.226 04-jul-2012 17:30
22 94.113.246.138:8080 HTTP NOA Czech Republic (Ceska) 94.113.246.138.static.b2b.upcbusiness.cz 04-jul-2012 17:30
23 87.236.211.37:8080 HTTP NOA United Kingdom (Manchester) 87.236.211.37 04-jul-2012 17:30
24 186.3.71.155:8080 HTTP NOA Ecuador (Guayaquil) host-186-3-71-155.uio.telconet.net 04-jul-2012 17:30
25 219.159.105.180:8080 HTTP NOA China (Nanning) 219.159.105.180 04-jul-2012 17:29
26 200.114.96.1:8080 HTTP NOA Argentina ! inter-as.interredes.com.ar 04-jul-2012 17:28
27 222.60.8.66:8080 HTTP NOA China (Beijing) 222.60.8.66 04-jul-2012 17:27
28 202.169.37.60:3128 HTTP NOA Indonesia (Jakarta) 202.169.37.60 04-jul-2012 17:26
29 62.201.214.54:8080 HTTP NOA Iraq 62.201.214.54 04-jul-2012 17:26
30 202.91.225.171:3128 HTTP NOA China 202.91.225.171 04-jul-2012 17:25


Continuously Inhabited Oldest Cities in the World



Ever since man learned to grow their own food and rear cattle, they have been living in permanent to semi-permanent settlements with certain degree of planning. Although opinions vary on whether any particular ancient settlement can be considered to be a city, there is no doubt that towns and cities have a long history.

The earliest civilizations in history were established in the region known as Mesopotamia, largely corresponding to modern-day Iraq, northeastern Syria, southeastern Turkey and southwestern Iran. Archaeological remains unearthed in Mesopotamia provides proof of settlements dating back to 10,000 BC. After Mesopotamia, the city culture arose in Syria and Anatolia, as shown by the city of Çatalhöyük (7500-5700BC). Mohenjodaro of the Indus Valley Civilization in present-day Pakistan existed from about 2600 BC and was one of the largest ancient cites with a population of 50,000 or more.

While it might not be too difficult to determine which is the oldest city in the world, there is fierce contention for the title of the oldest continuously inhabited city in the world. Often the age claims are disputed and historical evidences are difficult to prove. Then there are differences in opinion as to the definitions of "city" as well as "continuously inhabited". In any case, the following cities besides being some of the ancient in the world, they continue to grow and thrive until the present day.



Jericho, Israel
Continuously Inhabited Since: 9000 BC

Jericho is a city located near the Jordan River in the West Bank of the Palestinian territories, capital of the Jericho Governorate and with a modest population of around 20,000. Situated well below sea level Jericho is believed to be the oldest continuously inhabited city in the world.

Described in the Old Testament as the "City of Palm Trees", copious springs in and around Jericho have made it an attractive site for human habitation for thousands of years. Archaeologists have unearthed the remains of more than 20 successive settlements in Jericho, the first of which dates back 11,000 years (9000 BCE), almost to the very beginning of the Holocene epoch of the Earth's history.

During the Younger Dryas period of cold and drought, permanent habitation of any one location was not possible. However, the spring at what would become Jericho was a popular camping ground for hunter-gatherer groups, who left a scattering stone tools behind them. Around 9600 BCE the droughts and cold of the Younger Dryas Stadial had come to an end, making it possible for groups to extend the duration of their stay, eventually leading to year round habitation and permanent settlement. By about 9400 BCE Jericho had more than 70 dwellings, and was home to over 1000 people.



Damascus, Syria
Continuously Inhabited Since: 6300 BC

Damascus is the capital and the second largest city of Syria. In addition to being one of the oldest continuously inhabited cities in the world, Damascus is a major cultural and religious center of the Levant.

Damascus is often claimed to be the oldest continuously inhabited city in the world, and evidence exists of a settlement in the wider Barada basin dating back to 9000 BC. However within the area of Damascus there is no evidence for large-scale settlement until the second millennium BC. Carbon-14 dating at Tell Ramad, on the outskirts of Damascus, suggests that the site may have been occupied since the second half of the seventh millennium BC, possibly around 6300 BC.



Byblos, Lebanon
Continuously Inhabited Since: 5000 BC

Byblos is a Mediterranean city in the Mount Lebanon Governorate of present-day Lebanon. It is believed to have been founded around 5000 BC, and according to fragments attributed to the semi-legendary pre-Trojan war Phoenician historian Sanchuniathon, it was built by Cronus as the first city in Phoenicia.

Byblos is located on the Mediterranean coast of present-day Lebanon, about 26 miles (42 kilometers) north of Beirut. It is attractive to archaeologists because of the successive layers of debris resulting from centuries of human habitation. The first settlement appeared approximately 6230 BC. During the 3rd millennium BC, the first signs of a town can be observed, with the remains of well-built houses of uniform size.



Aleppo, Syria
Continuously Inhabited Since: 5000 BC

Aleppo is the largest city in Syria and the capital of Aleppo Governorate, the most populous Syrian governorate. Aleppo has scarcely been touched by archaeologists, since the modern city occupies its ancient site. Therefore, it’s hard to put a precise date on how old the city is it. Excavations at Tell as-Sawda and Tell al-Ansari, just south of the old city of Aleppo, show that the area was occupied from around 5000 BC.

The city’s continuous inhabitation is due to its strategic trading position that attracted settlers of all races and beliefs who wished to take advantage of the commercial roads that met in Aleppo from as far as China and Mesopotamia to the east, Europe to the west, and the Fertile Crescent and Egypt to the south. Today, with an official population of 2,132,100 (2004 census), it is one of the largest cities in the Levant.



Athens, Greece
Continuously Inhabited Since: 5000 BC

Athens is the capital and largest city of Greece. Athens dominates the Attica region and is one of the world's oldest cities, as its recorded history spans around 3,400 years. Classical Athens was a powerful city-state - a centre for the arts, learning and philosophy, home of Plato's Academy and Aristotle's Lyceum. It is widely referred to as the cradle of Western civilization and the birthplace of democracy, largely due to the impact of its cultural and political achievements during the 5th and 4th centuries BC on the rest of the then known European continent.

The oldest known human presence in Athens is the Cave of Schist, which has been dated to between the 11th and 7th millennium BC. Athens has been continuously inhabited for at least 7000 years. During the early Middle Ages, the city experienced a decline, then recovered under the later Byzantine Empire and was relatively prosperous during the period of the Crusades (12th and 13th centuries), benefiting from Italian trade. Following a period of sharp decline under the rule of the Ottoman Empire, Athens re-emerged in the 19th century as the capital of the independent Greek state.



Argos, Greece
Continuously Inhabited Since: 5000 BC

Argos is a city and a former municipality in Argolis, Peloponnese, Greece. Argos has been continuously inhabited for the past 7,000 years, making it one of the oldest cities in Greece and Europe. At a strategic location on the fertile plain of Argolis, Argos was a major stronghold during the Mycenaean era. In classical times Argos was a powerful rival of Sparta for dominance over the Peloponnese, but was eventually shunned by other Greek city-states after remaining neutral during the Greco-Persian Wars. Numerous ancient monuments can be found in the city today, the most famous of which is the renowned Heraion of Argos, though agriculture (particularly citrus production) is the mainstay of the local economy.



Faiyum, Egypt
Continuously Inhabited Since: 4000 BC

Faiyum is a city in Middle Egypt, located 130 km southwest of Cairo. Founded in around 4000 B.C., it is the oldest city in Egypt and one of the oldest cities in Africa.

The town occupies part of the ancient site of Crocodilopolis, the most significant center for the cult of Sobek, the crocodile-god. The city worshipped a sacred crocodile, named Petsuchos, that was embellished with gold and gems. The crocodile lived in a special temple, with sand, a pond and food. When the Petsuchos died, it was replaced by another.

After the city passed into the hands of the Ptolemies, the city was renamed Ptolemais Euergetis. The city was renamed Arsinoe by Ptolemy Philadelphus to honor Arsinoe II of Egypt, his sister and wife, during the 3rd century BCE.



Sidon, Lebanon
Continuously Inhabited Since: 4000 BC

Sidon is the third-largest city in Lebanon, located about 40 km north of Tyre and 40 km south of the capital Beirut. There is evidence that Sidon was inhabited from as long ago as 4000 BC, and perhaps, as early as Neolithic times (6000 - 4000 BC).

Sidon is now third-largest city in Lebanon with a busy port called Saydah. For the reason that it is still occupied, archaeological research of the city is very difficult, so its history is pieced together from what records remain, plus what digs can be carried out during any rebuilding or construction projects.



Plovdiv, Bulgaria
Continuously Inhabited Since: 3000 BC ~ 4000 BC

Plovdiv is the second-largest city in Bulgaria. Plovdiv's history spans 6,000 years, with traces of a Neolithic settlement dating to roughly 4000 BC, ranking it among the world's oldest cities. Archaeologists have discovered fine pottery and other objects of everyday life from as early as the Neolithic Age, showing that in the end of the 4th millennium BC. there already was an established settlement there.

Plovdiv was originally a Tracian settlement before becoming a major Roman city. It later fell into Byzantine and Ottoman hands, before becoming part of Bulgaria. The city is a major cultural centre and boasts many ancient remains, including a Roman amphitheatre and aqueduct, and Ottoman baths.



Gaziantep, Turkey
Continuously Inhabited Since: 3650 BC

Gaziantep is a city in southeast Turkey located 185 kilometers northeast of Adana and 127 kilometers by road north of Aleppo, Syria. It is the sixth most populous city in Turkey.

Dating back to the 4th millennium BCE, Gaziantep has traces of Hittite settlement that continued till about 1183 when it was conquered by Turkish tribes. Till then it was predominantly a Syrian town named `Hamtap`. The Ottoman Empire invaded the place in the early 16th century and named it `Ayintab` meaning `good spring`. The rule continued for three centuries uninterrupted until 1919 when it was occupied by the British, which was followed by a French control in 1920. In 1922 however the Turks won back their land from the French troops and the prefix `Gazi` was added meaning `warrior of Islam` and hence the name Gaziantep.



Delhi, India
Continuously Inhabited Since: 3500 BC

Delhi is the largest city and the second most populous metropolis in India, and 8th most populous metropolis in the world. The Indian capital city of Delhi has a long history, including a history as the capital of several empires.

Delhi is known to have been continuously inhabited since at least the 6th century BC, though human habitation is believed to have existed since several millennia BC. Delhi is generally considered close to a 5000-year old city as per the ancient Indian text “The Mahabharata”. Delhi is widely believed to have been the site of Indraprastha, the legendary capital of the Pandavas during the times of the Mahabharata, founded around 3500 BC.

But archeological evidence to support the claim is scarce and inconclusive. The excavated ceramic pottery and the excavated layers of the ancient city seem to match what the verses of the Mahabharata indicate. More possible evidence in its favour is the existence of a village named Indraprastha very close to the Purana Qila that was destroyed by the British during the construction of Lutyens' Delhi.

Delhi was built, destroyed and rebuilt several times, particularly during the Medieval era, as outsiders who successfully invaded the Indian Subcontinent would ransack the existing capital city in Delhi, and those who came to conquer and stay would be so impressed by the city's strategic location as to make it their capital and rebuild it in their own way.

Whatever records exist of Delhi, they crown the city as the Capital city of some empire or the other all through, with minor random breaks in between, making Delhi one of the longest serving Capitals and one of the oldest inhabited cities in the world.

Free proxy lists China (CN). Chinese proxy servers.

1 180.139.91.28:8080 HTTP NOA China (Nanning) ! 180.139.91.28 04-jul-2012 17:34
2 61.145.173.24:8080 HTTP NOA China (Shenzhen) 61.145.173.24 04-jul-2012 17:33
3 218.247.129.6:80 HTTP NOA China (Beijing) 218.247.129.6 04-jul-2012 17:33
4 58.247.113.186:8080 HTTP NOA China (Shanghai) 58.247.113.186 04-jul-2012 17:33
5 58.67.147.198:8080 HTTP NOA China (Guangzhou) 58.67.147.198 04-jul-2012 17:31
6 221.179.41.22:3128 HTTP NOA China (Beijing) 221.179.41.22 04-jul-2012 17:31
7 219.159.105.180:8080 HTTP NOA China (Nanning) 219.159.105.180 04-jul-2012 17:29
8 222.60.8.66:8080 HTTP NOA China (Beijing) 222.60.8.66 04-jul-2012 17:27
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13 218.108.168.139:82 HTTP ANM China 218.108.168.139 04-jul-2012 17:14
14 218.108.168.131:82 HTTP ANM China 218.108.168.131 04-jul-2012 17:13
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22 116.255.139.49:1080 SOCKS5 HIA China (Zhengzhou) ! 116.255.139.49 04-jul-2012 15:07
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'Britain's Atlantis' found at bottom of North sea



'Britain's Atlantis' - a hidden underwater world swallowed by the North Sea - has been discovered by divers working with science teams from the University of St Andrews.

Doggerland, a huge area of dry land that stretched from Scotland to Denmark was slowly submerged by water between 18,000 BC and 5,500 BC.

Divers from oil companies have found remains of a 'drowned world' with a population of tens of thousands - which might once have been the 'real heartland' of Europe.

A team of climatologists, archaeologists and geophysicists has now mapped the area using new data from oil companies - and revealed the full extent of a 'lost land' once roamed by mammoths.


Divers from St Andrews University, find remains of Doggerland, the underwater country dubbed 'Britain's Atlantis'


Dr Richard Bates of the earth sciences department at St Andrews University, searching for Doggerland, the underwater country dubbed 'Britain's Atlantis'


A Greater Britain: How the North Sea grew and the land-mass shrunk


Drowned world: Scans show a mound discovered under the water near Orkney, which has been explored by divers

The research suggests that the populations of these drowned lands could have been tens of thousands, living in an area that stretched from Northern Scotland across to Denmark and down the English Channel as far as the Channel Islands.

The area was once the ‘real heartland’ of Europe and was hit by ‘a devastating tsunami', the researchers claim.

The wave was part of a larger process that submerged the low-lying area over the course of thousands of years.

'The name was coined for Dogger Bank, but it applies to any of several periods when the North Sea was land,' says Richard Bates of the University of St Andrews. 'Around 20,000 years ago, there was a 'maximum' - although part of this area would have been covered with ice. When the ice melted, more land was revealed - but the sea level also rose.

'Through a lot of new data from oil and gas companies, we’re able to give form to the landscape - and make sense of the mammoths found out there, and the reindeer. We’re able to understand the types of people who were there.

'People seem to think rising sea levels are a new thing - but it’s a cycle of Earht history that has happened many many times.'

Organised by Dr Richard Bates of the Department of Earth Sciences at St Andrews, the Drowned Landscapes exhibit reveals the human story behind Doggerland, a now submerged area of the North Sea that was once larger than many modern European countries.

Dr Bates, a geophysicist, said: ‘Doggerland was the real heartland of Europe until sea levels rose to give us the UK coastline of today.


World beneath the waves: Scientists examine a sediment core recovered from a mound near Orkney


Seismic scans reveal a submerged river at Dogger Bank


A visualisation of how life in the now-submerged areas of Dogger Bank might have looked


The research suggests that the populations of these drowned lands could have been tens of thousands, living in an area that stretched from Northern Scotland across to Denmark and down the English Channel as far as the Channel Islands


Life in 'Doggerland' - the ancient kingdom once stretched from Scotland to Denmark and has been described as the 'real heart of Europe'

‘We have speculated for years on the lost land's existence from bones dredged by fishermen all over the North Sea, but it's only since working with oil companies in the last few years that we have been able to re-create what this lost land looked like.

‘When the data was first being processed, I thought it unlikely to give us any useful information, however as more area was covered it revealed a vast and complex landscape.

‘We have now been able to model its flora and fauna, build up a picture of the ancient people that lived there and begin to understand some of the dramatic events that subsequently changed the land, including the sea rising and a devastating tsunami.’

The research project is a collaboration between St Andrews and the Universities of Aberdeen, Birmingham, Dundee and Wales Trinity St David.

Rediscovering the land through pioneering scientific research, the research reveals a story of a dramatic past that featured massive climate change. The public exhibit brings back to life the Mesolithic populations of Doggerland through artefacts discovered deep within the sea bed.

The research, a result of a painstaking 15 years of fieldwork around the murky waters of the UK, is one of the highlights of the London event.

The interactive display examines the lost landscape of Doggerland and includes artefacts from various times represented by the exhibit - from pieces of flint used by humans as tools to the animals that also inhabited these lands.

Using a combination of geophysical modelling of data obtained from oil and gas companies and direct evidence from material recovered from the seafloor, the research team was able to build up a reconstruction of the lost land.


The excavation of Trench 2, unveiling more finds about this lost land-mass


Fossilised bones from a mammoth also show how this landscape was once one of hills and valleys, rather than sea

The findings suggest a picture of a land with hills and valleys, large swamps and lakes with major rivers dissecting a convoluted coastline.

As the sea rose the hills would have become an isolated archipelago of low islands. By examining the fossil record - such as pollen grains, microfauna and macrofauna - the researchers can tell what kind of vegetation grew in Doggerland and what animals roamed there.

Using this information, they were able to build up a model of the 'carrying capacity' of the land and work out roughly how many humans could have lived there.

The research team is currently investigating more evidence of human behaviour, including possible human burial sites, intriguing standing stones and a mass mammoth grave.

Dr Bates added: ‘We haven't found an 'x marks the spot' or 'Joe created this', but we have found many artefacts and submerged features that are very difficult to explain by natural causes, such as mounds surrounded by ditches and fossilised tree stumps on the seafloor.

‘There is actually very little evidence left because much of it has eroded underwater; it's like trying to find just part of a needle within a haystack. What we have found though is a remarkable amount of evidence and we are now able to pinpoint the best places to find preserved signs of life.’