Free proxy lists Russian Federation (RU). Russian proxy servers.

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
4 95.188.107.129:3128 HTTP HIA Russian Federation (Krasnoyarsk) stc.129.107.188.95.dsl.krasnet.ru 04-jul-2012 17:25
5 46.191.192.94:3128 HTTP NOA Russian Federation (Sterlitamak) 46.191.192.94 04-jul-2012 17:15
6 95.143.115.77:3128 HTTP NOA Russian Federation 95.143.115.77 04-jul-2012 17:14
7 94.139.99.50:3128 HTTP HIA Russian Federation (Moscow) ! 94.139.99.50 04-jul-2012 17:11
8 95.139.78.134:8080 HTTP HIA Russian Federation 95.139.78.134 04-jul-2012 17:08
9 84.53.240.61:3128 HTTP HIA Russian Federation (Vladimir) static.elcom.ru 04-jul-2012 17:04
10 81.23.11.249:80 HTTP HIA Russian Federation c2-81-23-11-249.elastic.cloud.croc.ru 04-jul-2012 13:35
11 85.21.144.139:8080 HTTP ANM Russian Federation (Tula) sovintel-ips.static.corbina.ru 04-jul-2012 13:30
12 95.31.18.119:3128 HTTP HIA Russian Federation (Moscow) 0894660276.static.corbina.ru 04-jul-2012 12:53
13 92.39.133.165:8080 HTTP ANM Russian Federation (Moscow) 92.39.133.165 04-jul-2012 12:53
14 195.3.254.159:8080 HTTP NOA Russian Federation (Kursk) 195.3.254.159 04-jul-2012 12:53
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
18 46.50.220.13:3128 HTTP NOA Russian Federation (Zarinsk) host-46-50-220-13.bbcustomer.zsttk.net 04-jul-2012 12:52
19 217.8.95.163:3128 HTTP NOA Russian Federation 217.8.95.163 04-jul-2012 12:52
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
22 81.163.36.67:8082 HTTP NOA Russian Federation 81.163.36.67 04-jul-2012 12:52
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."