No one can deny the efficacy of Plan Colombia, or President Uribe's commitment to carrying it out, but there remain significant reasons to doubt that it could be applied in Afghanistan.

Afghanistan's non-drug economy is much weaker than Colombia's, as is it's civil society, as is it's nationhood (being an ethnic patchwork.) There's also the massive and unparalleled problem of Pakistan: so long as the ISI assists and provides safe haven for extremist groups there can be no success in Afghanistan.

We're better off out.

I don't believe the plan in Afghanistan can work, because the shouldn't be there in the first place zoekmachine optimalisatie

This image shows the average temperature profile through the Earth’s atmosphere. Temperatures in the thermosphere are very sensitive to solar activity and can vary from 500°C to 1500°C. Source: Windows to the Universe, (http://www.windows.ucar.edu), the University Corporation for Atmospheric Research (UCAR). ©1995-1999, 2000 The Regents of the University of Michigan; ©2000-04 University Corporation for Atmospheric Research.

Rain, for one, is ‘returned’ to Earth by the clouds in the atmosphere. Explaining the hydrologic cycle, Encyclopedia Britannica writes:

“Water evaporates from both the aquatic and terrestrial environments as it is heated by the Sun’s energy. The rates of evaporation and precipitation depend on solar energy, as do the patterns of circulation of moisture in the air and currents in the ocean. Evaporation exceeds precipitation over the oceans, and this water vapor is transported by the wind over land, where it returns to the land through precipitation.”[2]

Not only does the atmosphere return what was on the surface back to the surface, but it reflects back into space that which might damage the flora and fauna the earth sustains, such as excessive radiant heat. In the 1990’s, collaborations between NASA, the European Space Agency (ESA), and the Institute of Space and Astronautical Science (ISAS) of Japan resulted in the International Solar-Terrestrial Physics (ISTP) Science Initiative. Polar, Wind and Geotail are a part of this initiative, combining resources and scientific communities to obtain coordinated, simultaneous investigations of the Sun-Earth space environment over an extended period of time. They have an excellent explanation of how the atmosphere returns solar heat to space.[3]

Besides ‘returning’ rain, heat and radio waves, the atmosphere protects us like a ceiling above our heads by filtering out deadly cosmic rays, powerful ultraviolet (UV) radiation from the Sun, and even meteorites on collision course with Earth.[4]

Pennsylvania State Public Broadcasting tells us:

“The sunlight that we can see represents one group of wavelengths, visible light. Other wavelengths emitted by the sun include x-rays and ultraviolet radiation. X-rays and some ultraviolet light waves are absorbed high in Earth’s atmosphere. They heat the thin layer of gas there to very high temperatures. Ultraviolet light waves are the rays that can cause sunburn. Most ultraviolet light waves are absorbed by a thicker layer of gas closer to Earth called the ozone layer. By soaking up the deadly ultraviolet and x-rays, the atmosphere acts as a protective shield around the planet. Like a giant thermal blanket, the atmosphere also keeps temperatures from getting too hot or too cold. In addition, the atmosphere also protects us from constant bombardment by meteoroids, bits of rock and dust that travel at high speeds throughout the solar system. The falling stars we see at night are not stars at all; they are actually meteoroids burning up in our atmosphere due to the extreme heating they undergo.

This image shows the average temperature profile through the Earth’s atmosphere. Temperatures in the thermosphere are very sensitive to solar activity and can vary from 500°C to 1500°C. Source: Windows to the Universe, (http://www.windows.ucar.edu), the University Corporation for Atmospheric Research (UCAR). ©1995-1999, 2000 The Regents of the University of Michigan; ©2000-04 University Corporation for Atmospheric Research.

Rain, for one, is ‘returned’ to Earth by the clouds in the atmosphere. Explaining the hydrologic cycle, Encyclopedia Britannica writes:

“Water evaporates from both the aquatic and terrestrial environments as it is heated by the Sun’s energy. The rates of evaporation and precipitation depend on solar energy, as do the patterns of circulation of moisture in the air and currents in the ocean. Evaporation exceeds precipitation over the oceans, and this water vapor is transported by the wind over land, where it returns to the land through precipitation.”[2]

Not only does the atmosphere return what was on the surface back to the surface, but it reflects back into space that which might damage the flora and fauna the earth sustains, such as excessive radiant heat. In the 1990’s, collaborations between NASA, the European Space Agency (ESA), and the Institute of Space and Astronautical Science (ISAS) of Japan resulted in the International Solar-Terrestrial Physics (ISTP) Science Initiative. Polar, Wind and Geotail are a part of this initiative, combining resources and scientific communities to obtain coordinated, simultaneous investigations of the Sun-Earth space environment over an extended period of time. They have an excellent explanation of how the atmosphere returns solar heat to space.[3]

Besides ‘returning’ rain, heat and radio waves, the atmosphere protects us like a ceiling above our heads by filtering out deadly cosmic rays, powerful ultraviolet (UV) radiation from the Sun, and even meteorites on collision course with Earth.[4]

Pennsylvania State Public Broadcasting tells us:

“The sunlight that we can see represents one group of wavelengths, visible light. Other wavelengths emitted by the sun include x-rays and ultraviolet radiation. X-rays and some ultraviolet light waves are absorbed high in Earth’s atmosphere. They heat the thin layer of gas there to very high temperatures. Ultraviolet light waves are the rays that can cause sunburn. Most ultraviolet light waves are absorbed by a thicker layer of gas closer to Earth called the ozone layer. By soaking up the deadly ultraviolet and x-rays, the atmosphere acts as a protective shield around the planet. Like a giant thermal blanket, the atmosphere also keeps temperatures from getting too hot or too cold. In addition, the atmosphere also protects us from constant bombardment by meteoroids, bits of rock and dust that travel at high speeds throughout the solar system. The falling stars we see at night are not stars at all; they are actually meteoroids burning up in our atmosphere due to the extreme heating they undergo.

This image shows the average temperature profile through the Earth’s atmosphere. Temperatures in the thermosphere are very sensitive to solar activity and can vary from 500°C to 1500°C. Source: Windows to the Universe, (http://www.windows.ucar.edu), the University Corporation for Atmospheric Research (UCAR). ©1995-1999, 2000 The Regents of the University of Michigan; ©2000-04 University Corporation for Atmospheric Research.

Rain, for one, is ‘returned’ to Earth by the clouds in the atmosphere. Explaining the hydrologic cycle, Encyclopedia Britannica writes:

“Water evaporates from both the aquatic and terrestrial environments as it is heated by the Sun’s energy. The rates of evaporation and precipitation depend on solar energy, as do the patterns of circulation of moisture in the air and currents in the ocean. Evaporation exceeds precipitation over the oceans, and this water vapor is transported by the wind over land, where it returns to the land through precipitation.”[2]

Not only does the atmosphere return what was on the surface back to the surface, but it reflects back into space that which might damage the flora and fauna the earth sustains, such as excessive radiant heat. In the 1990’s, collaborations between NASA, the European Space Agency (ESA), and the Institute of Space and Astronautical Science (ISAS) of Japan resulted in the International Solar-Terrestrial Physics (ISTP) Science Initiative. Polar, Wind and Geotail are a part of this initiative, combining resources and scientific communities to obtain coordinated, simultaneous investigations of the Sun-Earth space environment over an extended period of time. They have an excellent explanation of how the atmosphere returns solar heat to space.[3]

Besides ‘returning’ rain, heat and radio waves, the atmosphere protects us like a ceiling above our heads by filtering out deadly cosmic rays, powerful ultraviolet (UV) radiation from the Sun, and even meteorites on collision course with Earth.[4]

Pennsylvania State Public Broadcasting tells us:

“The sunlight that we can see represents one group of wavelengths, visible light. Other wavelengths emitted by the sun include x-rays and ultraviolet radiation. X-rays and some ultraviolet light waves are absorbed high in Earth’s atmosphere. They heat the thin layer of gas there to very high temperatures. Ultraviolet light waves are the rays that can cause sunburn. Most ultraviolet light waves are absorbed by a thicker layer of gas closer to Earth called the ozone layer. By soaking up the deadly ultraviolet and x-rays, the atmosphere acts as a protective shield around the planet. Like a giant thermal blanket, the atmosphere also keeps temperatures from getting too hot or too cold. In addition, the atmosphere also protects us from constant bombardment by meteoroids, bits of rock and dust that travel at high speeds throughout the solar system. The falling stars we see at night are not stars at all; they are actually meteoroids burning up in our atmosphere due to the extreme heating they undergo.

This image shows the average temperature profile through the Earth’s atmosphere. Temperatures in the thermosphere are very sensitive to solar activity and can vary from 500°C to 1500°C. Source: Windows to the Universe, (http://www.windows.ucar.edu), the University Corporation for Atmospheric Research (UCAR). ©1995-1999, 2000 The Regents of the University of Michigan; ©2000-04 University Corporation for Atmospheric Research.

Rain, for one, is ‘returned’ to Earth by the clouds in the atmosphere. Explaining the hydrologic cycle, Encyclopedia Britannica writes:

“Water evaporates from both the aquatic and terrestrial environments as it is heated by the Sun’s energy. The rates of evaporation and precipitation depend on solar energy, as do the patterns of circulation of moisture in the air and currents in the ocean. Evaporation exceeds precipitation over the oceans, and this water vapor is transported by the wind over land, where it returns to the land through precipitation.”[2]

Not only does the atmosphere return what was on the surface back to the surface, but it reflects back into space that which might damage the flora and fauna the earth sustains, such as excessive radiant heat. In the 1990’s, collaborations between NASA, the European Space Agency (ESA), and the Institute of Space and Astronautical Science (ISAS) of Japan resulted in the International Solar-Terrestrial Physics (ISTP) Science Initiative. Polar, Wind and Geotail are a part of this initiative, combining resources and scientific communities to obtain coordinated, simultaneous investigations of the Sun-Earth space environment over an extended period of time. They have an excellent explanation of how the atmosphere returns solar heat to space.[3]

Besides ‘returning’ rain, heat and radio waves, the atmosphere protects us like a ceiling above our heads by filtering out deadly cosmic rays, powerful ultraviolet (UV) radiation from the Sun, and even meteorites on collision course with Earth.[4]

Pennsylvania State Public Broadcasting tells us:

“The sunlight that we can see represents one group of wavelengths, visible light. Other wavelengths emitted by the sun include x-rays and ultraviolet radiation. X-rays and some ultraviolet light waves are absorbed high in Earth’s atmosphere. They heat the thin layer of gas there to very high temperatures. Ultraviolet light waves are the rays that can cause sunburn. Most ultraviolet light waves are absorbed by a thicker layer of gas closer to Earth called the ozone layer. By soaking up the deadly ultraviolet and x-rays, the atmosphere acts as a protective shield around the planet. Like a giant thermal blanket, the atmosphere also keeps temperatures from getting too hot or too cold. In addition, the atmosphere also protects us from constant bombardment by meteoroids, bits of rock and dust that travel at high speeds throughout the solar system. The falling stars we see at night are not stars at all; they are actually meteoroids burning up in our atmosphere due to the extreme heating they undergo.

This image shows the average temperature profile through the Earth’s atmosphere. Temperatures in the thermosphere are very sensitive to solar activity and can vary from 500°C to 1500°C. Source: Windows to the Universe, (http://www.windows.ucar.edu), the University Corporation for Atmospheric Research (UCAR). ©1995-1999, 2000 The Regents of the University of Michigan; ©2000-04 University Corporation for Atmospheric Research.

Rain, for one, is ‘returned’ to Earth by the clouds in the atmosphere. Explaining the hydrologic cycle, Encyclopedia Britannica writes:

“Water evaporates from both the aquatic and terrestrial environments as it is heated by the Sun’s energy. The rates of evaporation and precipitation depend on solar energy, as do the patterns of circulation of moisture in the air and currents in the ocean. Evaporation exceeds precipitation over the oceans, and this water vapor is transported by the wind over land, where it returns to the land through precipitation.”[2]

Not only does the atmosphere return what was on the surface back to the surface, but it reflects back into space that which might damage the flora and fauna the earth sustains, such as excessive radiant heat. In the 1990’s, collaborations between NASA, the European Space Agency (ESA), and the Institute of Space and Astronautical Science (ISAS) of Japan resulted in the International Solar-Terrestrial Physics (ISTP) Science Initiative. Polar, Wind and Geotail are a part of this initiative, combining resources and scientific communities to obtain coordinated, simultaneous investigations of the Sun-Earth space environment over an extended period of time. They have an excellent explanation of how the atmosphere returns solar heat to space.[3]

Besides ‘returning’ rain, heat and radio waves, the atmosphere protects us like a ceiling above our heads by filtering out deadly cosmic rays, powerful ultraviolet (UV) radiation from the Sun, and even meteorites on collision course with Earth.[4]

Pennsylvania State Public Broadcasting tells us:

“The sunlight that we can see represents one group of wavelengths, visible light. Other wavelengths emitted by the sun include x-rays and ultraviolet radiation. X-rays and some ultraviolet light waves are absorbed high in Earth’s atmosphere. They heat the thin layer of gas there to very high temperatures. Ultraviolet light waves are the rays that can cause sunburn. Most ultraviolet light waves are absorbed by a thicker layer of gas closer to Earth called the ozone layer. By soaking up the deadly ultraviolet and x-rays, the atmosphere acts as a protective shield around the planet. Like a giant thermal blanket, the atmosphere also keeps temperatures from getting too hot or too cold. In addition, the atmosphere also protects us from constant bombardment by meteoroids, bits of rock and dust that travel at high speeds throughout the solar system. The falling stars we see at night are not stars at all; they are actually meteoroids burning up in our atmosphere due to the extreme heating they undergo.

This image shows the average temperature profile through the Earth’s atmosphere. Temperatures in the thermosphere are very sensitive to solar activity and can vary from 500°C to 1500°C. Source: Windows to the Universe, (http://www.windows.ucar.edu), the University Corporation for Atmospheric Research (UCAR). ©1995-1999, 2000 The Regents of the University of Michigan; ©2000-04 University Corporation for Atmospheric Research.

Rain, for one, is ‘returned’ to Earth by the clouds in the atmosphere. Explaining the hydrologic cycle, Encyclopedia Britannica writes:

“Water evaporates from both the aquatic and terrestrial environments as it is heated by the Sun’s energy. The rates of evaporation and precipitation depend on solar energy, as do the patterns of circulation of moisture in the air and currents in the ocean. Evaporation exceeds precipitation over the oceans, and this water vapor is transported by the wind over land, where it returns to the land through precipitation.”[2]

Not only does the atmosphere return what was on the surface back to the surface, but it reflects back into space that which might damage the flora and fauna the earth sustains, such as excessive radiant heat. In the 1990’s, collaborations between NASA, the European Space Agency (ESA), and the Institute of Space and Astronautical Science (ISAS) of Japan resulted in the International Solar-Terrestrial Physics (ISTP) Science Initiative. Polar, Wind and Geotail are a part of this initiative, combining resources and scientific communities to obtain coordinated, simultaneous investigations of the Sun-Earth space environment over an extended period of time. They have an excellent explanation of how the atmosphere returns solar heat to space.[3]

Besides ‘returning’ rain, heat and radio waves, the atmosphere protects us like a ceiling above our heads by filtering out deadly cosmic rays, powerful ultraviolet (UV) radiation from the Sun, and even meteorites on collision course with Earth.[4]

Pennsylvania State Public Broadcasting tells us:

“The sunlight that we can see represents one group of wavelengths, visible light. Other wavelengths emitted by the sun include x-rays and ultraviolet radiation. X-rays and some ultraviolet light waves are absorbed high in Earth’s atmosphere. travel agency They heat the thin layer of gas there to very high temperatures. Ultraviolet light waves are the rays that can cause sunburn. Most ultraviolet light waves are absorbed by a thicker layer of gas closer to Earth called the ozone layer. By soaking up the deadly ultraviolet and x-rays, the atmosphere acts as a protective shield around the planet. Like a giant thermal blanket, the atmosphere also keeps temperatures from getting too hot or too cold. In addition, the atmosphere also protects us from constant bombardment by meteoroids, bits of rock and dust that travel at high speeds throughout the solar system. The falling stars we see at night are not stars at all; they are actually meteoroids burning up in our atmosphere due to the extreme heating they undergo.

Thanks

Admin of agenda software

Mr. Velez’s pipedream is based on big ‘IF’.

International community will not engage and maligned if engaged to try to tackle corruption and rule of law in Afghanistan.

As long as Pakistan is allowed to get away with maintaining terror centers that fuel Taliban insurgency in Afghanistan, Afghanistan is doomed no matter how many plans and theories are advanced.

With an ally like Pakistan, US does not stand a chance to leave Afghanistan as it wants to.

President Uribe is tackling the critical point in modern asymmetrical warfare: you cannot win a civil war of this magnitude without the full commitment of civil society, specially around the country's main population centers. Winning hearts and minds was key for Plan Colombia's success, in that that country's population rejected the guerrillas for their gruesome tactics and choose to rally around the country's precarious public institutions instead, which adequately financed by both the US and a significant internal economy, managed to decisively defeat armed militias, reducing them to just about a minor nuisance nowadays.

For Afghanistan to succeed, Afghan civilians must reject terrorist ideology, promotion and activities with absolute determination, and provide vital support to the government armed forces, police and judiciary. But as long as the country remains a cradle for corruption, electoral fraud and public inefficiency, this support will be minimal,and extremism will continue to grow, even up to the point of bringing the entire state to the edge of collapse.

Rain, for one, is ‘returned’ to Earth by the clouds in the atmosphere. I Don't think the colombian model will benefit in Afghanistan Dildo bestellen. Condooms

Just a couple of clarificactions:

"It is true that FARC is all but destroyed in Colombia, and most indices of violence -- homicide and kidnapping in particular -- fell drastically during the author's two presidential terms, and GDP has risen. It is also true that over two million people, mostly peasants and Indians, were violently displaced from their lands over the same period, a drastic rise in Colombia's long-simmering problem of forced displacement that makes this the country with the highest number of internally displaced people on earth (now that Sudan has been split in two)."

About this, I would say that over 2 million peopledisplaced did not happen during Uribe´s two terms, It was a process due to ongoing violence since the 50´s. What uribe did was to acknowledge a proble ignored by previous presidents and started a census of victims in order to give them governmental help. What you don´t see in Colombia (and you see in countries like Sudan and others) are large refugee camps of forced displaced people. In a way or another this people adapt to city life, and has been the main reason in Colombia rural population fell from 70% to 30% during the last 40 years.

"Uribe's paramiltary forces cleared an area the size of Costa Rica to foreign investment, primarily in gold and oil exploration."

This kind of statement would require at least some documentary support from a serious source. In my opinion is just made up. By the time Mr. Uribe got to office, paramilitars already controlled a thid of the congress and a third of Colombia´s territory (some other third was in hands of FARC). This situation changed drastically. Today, the main paramilitars are in american or colombian jails or in a tomb. Saddly, their narcotraffic bussiness are in hands of other rival cartels, and as soon as a cartel is distroyed, other 4 take place. Uribe´s main contribution was to put in colombians heads the idea that you have to be able to contrl 100% of the territory, not any kind of narcterrorist organization.

About american aid, I would say that it helped, but while plan Colombia gives $400 millions per year, Colombia invest in security and defense $15 billions per year.

Just a couple of clarificactions:

"It is true that FARC is all but destroyed in Colombia, and most indices of violence -- homicide and kidnapping in particular -- fell drastically during the author's two presidential terms, and GDP has risen. It is also true that over two million people, mostly peasants and Indians, were violently displaced from their lands over the same period, a drastic rise in Colombia's long-simmering problem of forced displacement that makes this the country with the highest number of internally displaced people on earth (now that Sudan has been split in two)."

About this, I would say that over 2 million peopledisplaced did not happen during Uribe´s two terms, It was a process due to ongoing violence since the 50´s. What uribe did was to acknowledge a proble ignored by previous presidents and started a census of victims in order to give them governmental help. What you don´t see in Colombia (and you see in countries like Sudan and others) are large refugee camps of forced displaced people. In a way or another this people adapt to city life, and has been the main reason in Colombia rural population fell from 70% to 30% during the last 40 years.

"Uribe's paramiltary forces cleared an area the size of Costa Rica to foreign investment, primarily in gold and oil exploration."

This kind of statement would require at least some documentary support from a serious source. In my opinion is just made up. By the time Mr. Uribe got to office, paramilitars already controlled a thid of the congress and a third of Colombia´s territory (some other third was in hands of FARC). This situation changed drastically. Today, the main paramilitars are in american or colombian jails or in a tomb. Saddly, their narcotraffic bussiness are in hands of other rival cartels, and as soon as a cartel is distroyed, other 4 take place. Uribe´s main contribution was to put in colombians heads the idea that you have to be able to contrl 100% of the territory, not any kind of narcterrorist organization.

About american aid, I would say that it helped, but while plan Colombia gives $400 millions per year, Colombia invest in security and defense $15 billions per year.

Just a couple of clarificactions:

"It is true that FARC is all but destroyed in Colombia, and most indices of violence -- homicide and kidnapping in particular -- fell drastically during the author's two presidential terms, and GDP has risen. It is also true that over two million people, mostly peasants and Indians, were violently displaced from their lands over the same period, a drastic rise in Colombia's long-simmering problem of forced displacement that makes this the country with the highest number of internally displaced people on earth (now that Sudan has been split in two)."

About this, I would say that over 2 million peopledisplaced did not happen during Uribe´s two terms, It was a process due to ongoing violence since the 50´s. What uribe did was to acknowledge a proble ignored by previous presidents and started a census of victims in order to give them governmental help. What you don´t see in Colombia (and you see in countries like Sudan and others) are large refugee camps of forced displaced people. In a way or another this people adapt to city life, and has been the main reason in Colombia rural population fell from 70% to 30% during the last 40 years.

"Uribe's paramiltary forces cleared an area the size of Costa Rica to foreign investment, primarily in gold and oil exploration."

This kind of statement would require at least some documentary support from a serious source. In my opinion is just made up. By the time Mr. Uribe got to office, paramilitars already controlled a thid of the congress and a third of Colombia´s territory (some other third was in hands of FARC). This situation changed drastically. Today, the main paramilitars are in american or colombian jails or in a tomb. Saddly, their narcotraffic bussiness are in hands of other rival cartels, and as soon as a cartel is distroyed, other 4 take place. Uribe´s main contribution was to put in colombians heads the idea that you have to be able to contrl 100% of the territory, not any kind of narcterrorist organization.

About american aid, I would say that it helped, but while plan Colombia gives $400 millions per year, Colombia invest in security and defense $15 billions per year.

There is much in order to recommend in the debate. Comparisons between nations as different because Colombia and Afghanistan are always imperfect, but continuing events have only increased the parallels between your two situations. The actual mission in Afghanistan is affected with the same pessimism as well as waning confidence which afflicted Colombia's counterterrorism efforts. Through the late 1990s, numerous in the international neighborhood concluded that the Colombian federal government was incapable of actually dealing with narco-terrorism and several worldwide agencies even evaluated that Colombia was around the brink of becoming an unsuccessful state. more information

There are some similarities, but they are no where near the same and I think this comparison is very flawed. For one, in Colombia it was a straight drug war and not a war of terror, so it will be harder to stop than in Colombia, as it is religiously based and the terrorists are more dedicated than the Colombians. Yes there is a corrupt government and many innocent lives lost, but the same things will not work because the corruption in Afghanistan is so high. lake travis realestate, only time will tell what works or does not work in Afghanistan, but lets not try and make it like Colombia when it is not even close to the same.

The sunlight that we can see represents one group of wavelengths, visible light. Other wavelengths emitted by the sun include x-rays and ultraviolet radiation. X-rays and some ultraviolet light waves are absorbed high in Earth’s atmosphere. They heat the thin layer of gas there to very high temperatures. Ultraviolet light waves are the rays that can cause sunburn. Most ultraviolet light waves are absorbed by a thicker layer of gas closer to Earth called the ozone layer. seslichat By soaking up the deadly ultraviolet and x-rays, the atmosphere acts as a protective shield around the planet. Like a giant thermal blanket, the atmosphere also keeps temperatures from getting too hot or too cold. In addition, the atmosphere also protects us from constant bombardment by meteoroids, bits of rock and dust that travel at high speeds throughout the solar system. The falling stars we see at night are not stars at all; they are actually meteoroids burning up in our atmosphere due to the extreme heating they undergo