Monday, March 15, 2010
Hi Aamir
Its Muhammad Aamir Gill.................. one of my close friends!!!!
Why I am mentioning him over this blog today?????
I don't know?????
Its not necessary, for me I think, to do all things and all time with some reason..........
I have just to upload something over this blog nothing else, then why not Aamir? Atleast he is sitting before me and continously inhailling cigrette smoke. If I were a girl, I must be his girlfriend.
He is a cute boy..(IS HE A BOY BECAUSE HE IS ATLEAST 30?),,,,whatever, He is boy for me because he always seems fresh like a teenage boy. He, when, rides in his cultus with black glasses on his eyes becomes a hero that could be hero of TITANIC.
Once he said me that atleast 162 different girls havr purposed him but he rejected all of them replying in his mother language "main ina wehla koi ni" (I AM NOT AVAILABE BECAUSE I AM A BUSY MAN)................ SHIT!!!! Why these girls not purposed me.
Aamir Gill +92-300-8657112
Love like Sun
When you have a passion for someone, that feels like fire in your stomach. The person feels so amazing, almost like Zeus.
Please love me forever
Don't forget me ever
Just listen to my plea
Please don't stop loving me
You're in my dreams nightly
Don't take my love lightly
Begging on bended knee
Please don't stop loving me
Oh, when I lay me down to sleep
I pray the Lord your love I'll keep
If I should die before I wake
I'll come back for you
That's no mistake
Oh, I'll love you forever
Can't forget you ever
Our love was meant to be
Please don't stop loving me
I'll love you forever
Can't forget you ever
Our love was meant to be
Please don't stop loving me
Saturday, March 13, 2010
What's the good of news if you haven't a sister to share it?
I LOVE MY SISTER!!!!!
I LOVE YOU SISTER!!!!!
Having a sister is like having a best friend you can't get rid of. You know whatever you do, they'll still be there. A sister is a little bit of childhood that can never be lost. Is solace anywhere more comforting than in the arms of a sister?
YES I LOVE MY SISTER!!!!!
SHE WAITS FOR ME, WHEN WEEKEND COMES SHE WAITS FOR ME, IF I AM LATE SHE CALLS ME AT MY CELL PHONE SAYS IN OUR MOTHER LANGUAGE “KITHAAN HO BHAI JAN, JALDI AAO MAIN INTAZAR KARAINDI PAI HAAN”
(WHERE ARE YOU DEAR BROTHER? COME ON BE QUICK I AM WAITING FOR YOU)
WHENEVER I FEEL ALONE AT HOME DURING OR AT ANY SORT OF ISSUE SHE COMES TO MY SIDE.
Help one another, is part of the religion of sisterhood.
A sister can be seen as someone who is both ourselves and very much not ourselves - a special kind of double.
Sisters is probably the most competitive relationship within the family, but once the sisters are grown, it becomes the strongest relationship.
I LOVE MY SISTER…….
I LOVE YOU SISTER…….
I LOVE YOU SISTER!!!!!
Having a sister is like having a best friend you can't get rid of. You know whatever you do, they'll still be there. A sister is a little bit of childhood that can never be lost. Is solace anywhere more comforting than in the arms of a sister?
YES I LOVE MY SISTER!!!!!
SHE WAITS FOR ME, WHEN WEEKEND COMES SHE WAITS FOR ME, IF I AM LATE SHE CALLS ME AT MY CELL PHONE SAYS IN OUR MOTHER LANGUAGE “KITHAAN HO BHAI JAN, JALDI AAO MAIN INTAZAR KARAINDI PAI HAAN”
(WHERE ARE YOU DEAR BROTHER? COME ON BE QUICK I AM WAITING FOR YOU)
WHENEVER I FEEL ALONE AT HOME DURING OR AT ANY SORT OF ISSUE SHE COMES TO MY SIDE.
Help one another, is part of the religion of sisterhood.
A sister can be seen as someone who is both ourselves and very much not ourselves - a special kind of double.
Sisters is probably the most competitive relationship within the family, but once the sisters are grown, it becomes the strongest relationship.
I LOVE MY SISTER…….
I LOVE YOU SISTER…….
AN ENVOY
Al-Bukhari gave a long narration of the contents of the letter sent by the Prophet (Peace be upon him) to Hercules, king of the Byzantines:
“In the Name of Allâh, the Most Beneficent, the Most Merciful.
From Muhammad, the slave of Allâh and His Messenger to Hercules, king of the Byzantines. Blessed are those who follow true guidance. I invite you to embrace Islam so that you may live in security. If you come within the fold of Islam, Allâh will give you double reward, but in case you turn your back upon it, then the burden of the sins of all your people shall fall on your shoulders.
“Say [O Muhammad (Peace be upon him)]: ‘O people of the Scripture (Jews and Christians), come to a word that is just between us and you, that we worship none but Allâh, and that we associate no partners with Him, and that none of us shall take others as lords besides Allâh.’ Then, if they turn away, say: ‘Bear witness that we are Muslims.’ ” [3:64]
The Muslim envoy, Dihyah bin Khalifah Al-Kalbi, was ordered to hand the letter over to king of Busra, who would in turn, send it to Caesar.
Incidentally, Abu Sufyan bin Harb, who by that time had not embraced Islam, was summoned to the court and Hercules asked him many questions about Muhammad (Peace be upon him) and the religion, which he preached. The testimony which this avowed enemy of the Prophet gave regarding the personal excellence of the Prophet’s character and the good that Islam was doing the human race, left Hercules wonder-struck.
Al-Bukhâri, on the authority of Ibn Abbas, narrated that Hercules sent for Abu Sufyan and his companions, who happened to be trading in Ash-Sham, Jerusalem.
That was during the truce that had been concluded between the polytheists of Quraish and the Messenger of Allâh (Peace be upon him). Hercules, seated amongst his chiefs of staff, asked, “Who amongst you is the nearest relative to the man who claims to be a Prophet?” “I (Abu Sufyan) replied: ‘I am the nearest relative to him from amongst the group.’ So they made me sit in front of him and made my companions sit behind me. Then he called upon his translator and said (to him). ‘Tell them (i.e. Abu Sufyan’s companions) that I am going to ask him (i.e. Abu Sufyan) regarding that man who claims to be a Prophet. So if he tells a lie, they should contradict him (instantly)’. By Allâh had I not been afraid that my companions would consider me a liar, I would have told lies”, Abu Sufyan later said. Abu Sufyan’s testimony went as follows: “Muhammad descends from a noble family. No one of his family happened to assume kingship. His followers are those deemed weak with numbers ever growing. He neither tells lies nor betrays others, we fight him and he fights us but with alternate victory. He bids people to worship Allâh Alone with no associate, and abandon our fathers’ beliefs. He orders us to observe prayer, honesty, abstinence and maintain strong family ties.” “Hercules, on hearing this testimony, turned to his translator bidding him to communicate to us his following impression which reveals full conviction in the truthfulness of Muhammad’s Prophethood: ‘I fully realize that Prophets come from noble families; he does not affect any previous example of Prophethood. Since none of his ancestors was a monarch, we cannot then allege that he is a man trying to reclaim his father’s monarchy. So long as he does not tell lies to people, he is for the more reason, immune to telling lies as regards Allâh. Concerning his followers being those deemed weak with numbers ever growing, it is something that goes in agreement with questions of Faith until this latter assumes its full dimensions geographically and demographically. I have understood that no instance of apostasy has as yet appeared among his followers, and this points to the bliss of Faith that finds its abode in the human heart. Betrayal, as I see, is alien to him because real Prophets hold betrayal in. Bidding worship of Allâh with no associates, observance of prayer, honesty and abstinence and prohibition of paganism are traits bound to subject to him all my possessions. I have already known that a Prophet must arise but it has never occurred to me that he will be an Arab from among you. If I was sure I would be faithful to him, I might hope to meet him, and if I were with him, I would wash his feet.’ Hercules then requested that the Prophet’s letter be read. The observations of the emperor and finally the definite and clear-cut exposition of the Islamic message could not but create a tense atmosphere amongst the clergy present at the court. We were ordered to go out.” Abu Sufyan said, “While coming out, I said to my companions, ‘The matter of Ibn Abi Kabshah [i.e. Muhammad (Peace be upon him)] has become so prominent that even the king of Banu Al-Asfar (i.e. the Romans) is afraid of him.’ So I continued to believe that Allâh’s Messenger (Peace be upon him) would be victorious, till Allâh made me embrace Islam.” The king did not embrace Islam — for it was differently ordained. However, the Muslim envoy was returned to Madinah with the felicitations of the emperor.
“In the Name of Allâh, the Most Beneficent, the Most Merciful.
From Muhammad, the slave of Allâh and His Messenger to Hercules, king of the Byzantines. Blessed are those who follow true guidance. I invite you to embrace Islam so that you may live in security. If you come within the fold of Islam, Allâh will give you double reward, but in case you turn your back upon it, then the burden of the sins of all your people shall fall on your shoulders.
“Say [O Muhammad (Peace be upon him)]: ‘O people of the Scripture (Jews and Christians), come to a word that is just between us and you, that we worship none but Allâh, and that we associate no partners with Him, and that none of us shall take others as lords besides Allâh.’ Then, if they turn away, say: ‘Bear witness that we are Muslims.’ ” [3:64]
The Muslim envoy, Dihyah bin Khalifah Al-Kalbi, was ordered to hand the letter over to king of Busra, who would in turn, send it to Caesar.
Incidentally, Abu Sufyan bin Harb, who by that time had not embraced Islam, was summoned to the court and Hercules asked him many questions about Muhammad (Peace be upon him) and the religion, which he preached. The testimony which this avowed enemy of the Prophet gave regarding the personal excellence of the Prophet’s character and the good that Islam was doing the human race, left Hercules wonder-struck.
Al-Bukhâri, on the authority of Ibn Abbas, narrated that Hercules sent for Abu Sufyan and his companions, who happened to be trading in Ash-Sham, Jerusalem.
That was during the truce that had been concluded between the polytheists of Quraish and the Messenger of Allâh (Peace be upon him). Hercules, seated amongst his chiefs of staff, asked, “Who amongst you is the nearest relative to the man who claims to be a Prophet?” “I (Abu Sufyan) replied: ‘I am the nearest relative to him from amongst the group.’ So they made me sit in front of him and made my companions sit behind me. Then he called upon his translator and said (to him). ‘Tell them (i.e. Abu Sufyan’s companions) that I am going to ask him (i.e. Abu Sufyan) regarding that man who claims to be a Prophet. So if he tells a lie, they should contradict him (instantly)’. By Allâh had I not been afraid that my companions would consider me a liar, I would have told lies”, Abu Sufyan later said. Abu Sufyan’s testimony went as follows: “Muhammad descends from a noble family. No one of his family happened to assume kingship. His followers are those deemed weak with numbers ever growing. He neither tells lies nor betrays others, we fight him and he fights us but with alternate victory. He bids people to worship Allâh Alone with no associate, and abandon our fathers’ beliefs. He orders us to observe prayer, honesty, abstinence and maintain strong family ties.” “Hercules, on hearing this testimony, turned to his translator bidding him to communicate to us his following impression which reveals full conviction in the truthfulness of Muhammad’s Prophethood: ‘I fully realize that Prophets come from noble families; he does not affect any previous example of Prophethood. Since none of his ancestors was a monarch, we cannot then allege that he is a man trying to reclaim his father’s monarchy. So long as he does not tell lies to people, he is for the more reason, immune to telling lies as regards Allâh. Concerning his followers being those deemed weak with numbers ever growing, it is something that goes in agreement with questions of Faith until this latter assumes its full dimensions geographically and demographically. I have understood that no instance of apostasy has as yet appeared among his followers, and this points to the bliss of Faith that finds its abode in the human heart. Betrayal, as I see, is alien to him because real Prophets hold betrayal in. Bidding worship of Allâh with no associates, observance of prayer, honesty and abstinence and prohibition of paganism are traits bound to subject to him all my possessions. I have already known that a Prophet must arise but it has never occurred to me that he will be an Arab from among you. If I was sure I would be faithful to him, I might hope to meet him, and if I were with him, I would wash his feet.’ Hercules then requested that the Prophet’s letter be read. The observations of the emperor and finally the definite and clear-cut exposition of the Islamic message could not but create a tense atmosphere amongst the clergy present at the court. We were ordered to go out.” Abu Sufyan said, “While coming out, I said to my companions, ‘The matter of Ibn Abi Kabshah [i.e. Muhammad (Peace be upon him)] has become so prominent that even the king of Banu Al-Asfar (i.e. the Romans) is afraid of him.’ So I continued to believe that Allâh’s Messenger (Peace be upon him) would be victorious, till Allâh made me embrace Islam.” The king did not embrace Islam — for it was differently ordained. However, the Muslim envoy was returned to Madinah with the felicitations of the emperor.
TEN POINTS TO BE SUCCESSFUL
It is a well-known fact that the Prophet of Islam (PBUH) was the supremely successful man in the entire human history. But he was not just a hero, as Thomas Carlyle has called him. According to the Qur’an, he was a good example for all mankind. He has shown us the way of achieving supreme success in this world.
By studying the life of the Prophet we can derive those important principles which were followed by the Prophet. In short, the Prophet of Islam was a positive thinker in the full sense of the word. All his activities were result-oriented. He completely refrained from all such steps as may prove counter-productive.
First Principle: To begin from the possible
This principle is well explained in a saying of Aishah. She said: "Whenever the Prophet had to choose between two options, he always opted for the easier choice." (Al-Bukhari)To choose the easiest option means to begin from the possible, and one who begins from the possible will surely reach his goal.
Second Principle: To see advantage in disadvantage
In the early days of Mecca, there were many problems and difficulties. At that time, a guiding verse in the Qur’an was revealed. It said: "With every hardship there is ease, with every hardship there is ease." (94:5-6).This means that if there are some problems, there are also opportunities at the same time. And the way to success is to ignore the problems and avail the opportunities.
Third Principle: To change the place of action
This principle is derived from the Hijrah. Hijrah was not just a migration from Mecca to Medina. It was to find a more suitable place for Islamic work, as history proved later on.
Fourth Principle: To make a friend out of an enemy
The prophet of Islam was repeatedly subjected to practices of antagonism by the unbelievers. At that time the Qur’an enjoined upon him the return of good for evil. And then, as the Qur’an added, "You will see your direst enemy has become your closest friend" (41:34).
It means that a good deed in return of a bad deed has a conquering effect over your enemies. And the life of the Prophet is a historical proof of this principle.
Fifth Principle: To turn minus into plus
After the Battle of Badr, about 70 of the unbelievers were taken as the prisoners of war. They were educated people. The Prophet announced that if any one of them would teach ten Muslim children how to read and write he would be freed. This was the first school in the history of Islam in which all of the students were Muslims, and all of the teachers were from the enemy rank. Here I shall quote a British orientalist who remarked about the Prophet of Islam: He faced adversity with the determination to wring success out of failure.
Sixth Principle: The power of peace is stronger than the power of violence
When Mecca was conquered, all of the Prophet’s direst opponents were brought before him. They were war criminals, in every sense of the word. But the Prophet did not order to kill them. He simply said: "Go, you are free." The result of this kind behavior was miraculous. They immediately accepted Islam.
Seventh Principle: Not to be a dichotomous thinker
In the famous Ghazwa of Muta, Khalid bin Walid decided to withdraw Muslim forces from the battlefield because he discovered that the enemy was unproportionately outnumbered. When they reached Medina, some of the Muslims received them by the word "O Furrar" (O deserters!) The Prophet said "No. They are Kurrar" (men of advancement)."
Those Medinan people were thinking dichotomously, either fighting or retreating. The Prophet said no. There is also a third option, and that is to avoid war and find a time to strengthen yourself. Now history tells us that the Muslims, after three years of preparation, advanced again towards the Roman border and this time they won a resounding victory.
Eighth Principle: To bring the battle in one’s own favorable field
This principle is derived from the Ghazwa of Hudaibiyya. At that time, the unbelievers were determined to engage Muslims in fighting, because obviously they were in an advantageous position. But the Prophet, by accepting their conditions unilaterally, entered into a pact. It was a ten-year peace treaty. Until then, the meeting ground between Muslims and non-Muslims had been on the battlefield. Now the area of conflict became that of ideological debate. Within two years, Islam emerged as victorious because of the simple reason of its ideological superiority.
Ninth Principle: Gradualism instead of radicalism
This principle is well-established by a hadith of Al-Bukhari. Aishah says that the first verses of the Qur’an were related mostly to heaven and hell. And then after a long time when the people’s hearts had softened, the specific commands to desist from adultery and drinking were revealed in the Qur’an.This is a clear proof that for social changes, Islam advocates the evolutionary method, rather than the revolutionary method.
Tenth Principle: To be pragmatic in controversial matters
During the writing of Hudaibiyyah treaty, the Prophet dictated these words: "This is from Muhammad, the Messenger of God." The Qurayshi delegate raised objections over these words. The Prophet promptly changed the word and ordered to write simply Muhammad, son of Abdullah.
These were the principles through which the Prophet of Islam gained that success which has been recognized by historians as the supreme success.
In the end, I would like to repeat those ten principles of success:
1. To begin from the possible
2. To see advantage in disadvantage
3. To change the place of action
4. To make a friend out of an enemy
5. To turn minus into plus
6. The power of peace is stronger than the power of violence
7. Not to be a dichotomous thinker
8. To bring the battle in one’s own favorable field
9. Gradualism instead of radicalism
10. To be pragmatic in controversial matters
By studying the life of the Prophet we can derive those important principles which were followed by the Prophet. In short, the Prophet of Islam was a positive thinker in the full sense of the word. All his activities were result-oriented. He completely refrained from all such steps as may prove counter-productive.
First Principle: To begin from the possible
This principle is well explained in a saying of Aishah. She said: "Whenever the Prophet had to choose between two options, he always opted for the easier choice." (Al-Bukhari)To choose the easiest option means to begin from the possible, and one who begins from the possible will surely reach his goal.
Second Principle: To see advantage in disadvantage
In the early days of Mecca, there were many problems and difficulties. At that time, a guiding verse in the Qur’an was revealed. It said: "With every hardship there is ease, with every hardship there is ease." (94:5-6).This means that if there are some problems, there are also opportunities at the same time. And the way to success is to ignore the problems and avail the opportunities.
Third Principle: To change the place of action
This principle is derived from the Hijrah. Hijrah was not just a migration from Mecca to Medina. It was to find a more suitable place for Islamic work, as history proved later on.
Fourth Principle: To make a friend out of an enemy
The prophet of Islam was repeatedly subjected to practices of antagonism by the unbelievers. At that time the Qur’an enjoined upon him the return of good for evil. And then, as the Qur’an added, "You will see your direst enemy has become your closest friend" (41:34).
It means that a good deed in return of a bad deed has a conquering effect over your enemies. And the life of the Prophet is a historical proof of this principle.
Fifth Principle: To turn minus into plus
After the Battle of Badr, about 70 of the unbelievers were taken as the prisoners of war. They were educated people. The Prophet announced that if any one of them would teach ten Muslim children how to read and write he would be freed. This was the first school in the history of Islam in which all of the students were Muslims, and all of the teachers were from the enemy rank. Here I shall quote a British orientalist who remarked about the Prophet of Islam: He faced adversity with the determination to wring success out of failure.
Sixth Principle: The power of peace is stronger than the power of violence
When Mecca was conquered, all of the Prophet’s direst opponents were brought before him. They were war criminals, in every sense of the word. But the Prophet did not order to kill them. He simply said: "Go, you are free." The result of this kind behavior was miraculous. They immediately accepted Islam.
Seventh Principle: Not to be a dichotomous thinker
In the famous Ghazwa of Muta, Khalid bin Walid decided to withdraw Muslim forces from the battlefield because he discovered that the enemy was unproportionately outnumbered. When they reached Medina, some of the Muslims received them by the word "O Furrar" (O deserters!) The Prophet said "No. They are Kurrar" (men of advancement)."
Those Medinan people were thinking dichotomously, either fighting or retreating. The Prophet said no. There is also a third option, and that is to avoid war and find a time to strengthen yourself. Now history tells us that the Muslims, after three years of preparation, advanced again towards the Roman border and this time they won a resounding victory.
Eighth Principle: To bring the battle in one’s own favorable field
This principle is derived from the Ghazwa of Hudaibiyya. At that time, the unbelievers were determined to engage Muslims in fighting, because obviously they were in an advantageous position. But the Prophet, by accepting their conditions unilaterally, entered into a pact. It was a ten-year peace treaty. Until then, the meeting ground between Muslims and non-Muslims had been on the battlefield. Now the area of conflict became that of ideological debate. Within two years, Islam emerged as victorious because of the simple reason of its ideological superiority.
Ninth Principle: Gradualism instead of radicalism
This principle is well-established by a hadith of Al-Bukhari. Aishah says that the first verses of the Qur’an were related mostly to heaven and hell. And then after a long time when the people’s hearts had softened, the specific commands to desist from adultery and drinking were revealed in the Qur’an.This is a clear proof that for social changes, Islam advocates the evolutionary method, rather than the revolutionary method.
Tenth Principle: To be pragmatic in controversial matters
During the writing of Hudaibiyyah treaty, the Prophet dictated these words: "This is from Muhammad, the Messenger of God." The Qurayshi delegate raised objections over these words. The Prophet promptly changed the word and ordered to write simply Muhammad, son of Abdullah.
These were the principles through which the Prophet of Islam gained that success which has been recognized by historians as the supreme success.
In the end, I would like to repeat those ten principles of success:
1. To begin from the possible
2. To see advantage in disadvantage
3. To change the place of action
4. To make a friend out of an enemy
5. To turn minus into plus
6. The power of peace is stronger than the power of violence
7. Not to be a dichotomous thinker
8. To bring the battle in one’s own favorable field
9. Gradualism instead of radicalism
10. To be pragmatic in controversial matters
ONE AND ONLY
Fourteen hundred years ago, when people asked the Prophet Muhammad (PEACE BE UPON HIM), who is your Lord. The answer came in the following verse of the Holy Quran:
قُلْ هُوَ اللَّهُ أَحَدٌ
Say: "He is Allah, the One and Only. (The Holy Quran, Surah Al-Ikhlas, Ayah 1, 112:1)
قُلْ هُوَ اللَّهُ أَحَدٌ
Say: "He is Allah, the One and Only. (The Holy Quran, Surah Al-Ikhlas, Ayah 1, 112:1)
Friday, March 12, 2010
I LOVE MY BROTHERS
I LOVE YOU AMJAD, HASSAN, HAMZA AND ABDULLAH.
AMJAD: HE IS 18 YEARS OLD BOY DOING COLLEGE STUDIES. HE IS NICE BY HIS NATURE AND LAZY BY ACTION.
HASSAN: HE IS 15 BY AGE DOING HIGH SCHOOL STUDIES. HE IS INTELLIGENT AND ACTIVE. HE SEEMS LIKE ME.
HAMZA: HE IS 13 AND DOING MATRICULATION. VERY LAZY, LIKE TO SLEEP, SLEEP AND SLEEP. HE LOVES TO STUDY AND ALWAYS TRY TO STAND AT FIRST POSITION IN CLASS.
ABDULLAH: A SHARP AND CUTE BOY OF 9 YEARS.
AMJAD: HE IS 18 YEARS OLD BOY DOING COLLEGE STUDIES. HE IS NICE BY HIS NATURE AND LAZY BY ACTION.
HASSAN: HE IS 15 BY AGE DOING HIGH SCHOOL STUDIES. HE IS INTELLIGENT AND ACTIVE. HE SEEMS LIKE ME.
HAMZA: HE IS 13 AND DOING MATRICULATION. VERY LAZY, LIKE TO SLEEP, SLEEP AND SLEEP. HE LOVES TO STUDY AND ALWAYS TRY TO STAND AT FIRST POSITION IN CLASS.
ABDULLAH: A SHARP AND CUTE BOY OF 9 YEARS.
O GOD HELP US!
TODAY THE HEART OF PAKISTAN, LAHORE GOT 7 CONSECUTIVE BOMBINGS KILLING ALMOST 100 PEOPLE.
OUR BELOVED HOMELAND IS SUFFERING FROM TERRORISM, MAY ALLAH HELP US.
MANY PEOPLES HAVE BEEN KILLED DURING SUCH INHUMAN ACTIVITIES.
MAY ALLAH HELP US.
NOW A DAYS PAKISTAN HAVE BEEN SUFFERING SEVERE BOMBINGS.
INNOCENT PEOPLE INCLUDING CHILDREN AND WOMEN ARE BEING KILLED IN THESE BOMBING.
THE IMAGE OF PAKISTAN AND ISLAM IS VERY BAD DUE TO SUCH ACTIVITIES. MAY ALLAH HELP US.
OUR BELOVED HOMELAND IS SUFFERING FROM TERRORISM, MAY ALLAH HELP US.
MANY PEOPLES HAVE BEEN KILLED DURING SUCH INHUMAN ACTIVITIES.
MAY ALLAH HELP US.
NOW A DAYS PAKISTAN HAVE BEEN SUFFERING SEVERE BOMBINGS.
INNOCENT PEOPLE INCLUDING CHILDREN AND WOMEN ARE BEING KILLED IN THESE BOMBING.
THE IMAGE OF PAKISTAN AND ISLAM IS VERY BAD DUE TO SUCH ACTIVITIES. MAY ALLAH HELP US.
CONTINOUS ACTION MEANS A MECHINE NOT A MAN....?
MY FRIEND SAYS THAT THE PURPOSE OF LIFE IS TO LIVE IT, TO TASTE THE EXPERIENCE TO THE UTMOST, TO REACH OUT EAGERLY AND WITHOUT FEAR FOR NEWER AND RICHER EXPERIENCE.
AND MY BOSS SAYS THAT EVERY KING WAS ONCE A CRYING BABY AND EVERY GREAT BUILDING WAS ONCE A MAP. IT IS NOT IMPORTANT WHERE YOU ARE TODAY, BUT WHERE YOU WILL REACH TOMORROW IS IMPORTANT.
MY AN OTHER FRIEND SAYS THAT EVERY EXPERIENCE IS AN OPPORTUNITY TO LEARN AND GROW.
BUT MY QUESTION IS THAT IS IT RIGHT TO FIGHT FIGHT AND FIGHT......? TO STRUGGLE STRUGGLE AND STRUGGLE...........?
I AM CONFUSED.....CAN YOU HELP ME?
HEY REPLY ME!!!!!!!!!!!!!!!!!!!!!!
ONE OF NICE WORDS
I WILL NOT DIE AN UNLIVED LIFE.
I WILL NOT LIVE IN FEAR OF FALLING
OR CATCHING FIRE.
I CHOOSE TO INHABIT MY DAYS,
TO ALLOW MY LIVING TO OPEN ME,
TO MAKE ME LESS AFFRAID,
MORE ACCESSIBLE,
TO LOOSEN MY HEART UNTILL IT BECOMES A WING,
A TORCH,
A PROMISE,
IO CHOOSE TO RISK MY SIGNIFICANCE;
TO LIVE SO THAT
WHICH COMES TO ME AS SEED
GOES TO NEXT AS BLOSSOM AND THAT
WHICH COMES TO ME
AS BLOSSOM,
GOES ON AS FRUIT.........
(DAWNA MARKOVA)
Thursday, March 11, 2010
INTRODUCING PAKISTAN (MY LOVE)
Pakistan displays some of Asia’s most magnificent landscapes as it stretches from the Arabian Sea, its southern border, to some of the world’s most spectacular mountain ranges in the north. Pakistan is also home to sites that date back to word’s earliest settlements rivaling those of ancient Egypt and Mesopotamia.
Located in South Asia, Pakistan shares an eastern border with India and a north-eastern border with China. Iran makes up the country’s south-west border, and Afghanistan runs along its western and northern edge. The Arabian Sea is Pakistan’s southern boundary with 1,064 km of coastline.
The country has a total area of 796,095 sq km and is nearly four times the size of the United Kingdom. From Gwadar Bay in its south-eastern corner, the country extends more than 1,800 km to the Khunjerab Pass on China’s border.
Official name: Islamic Republic of Pakistan
Father of Nation: Quaid-I-Azam Muhammad Ali Jinnah (1876-1948)
National poet: Allama Muhammad Iqbal (1877-1938)
Head of State: Asif Ali Zardari (President)
Head of Government: Syed Yousaf Raza Gillani (Prime Minister)
Capital: Islamabad
Population: 165-M
Religion: 95% Muslim, 5% others
Annual capita income: US $ 1085
GDP: 5.8%
Currency: Pak. Rupee
Literacy rate: 53%
Pakistan is a land of many splendours. The scenery changes northward from coastal beaches, lagoons and mangrove swamps in the south to sandy deserts, desolate plateaus, fertile plains, dissected upland in the middle and high mountains with beautiful valleys, snow-covered peaks and eternal glaciers in the north.
High Mountain Region: Stretching in the North, from east to west, are a series of high mountain ranges which separate Pakistan from China, Russia and Afghanistan. They include the Himalayas, the Karakoram and the Hindukush. The Himalayas spread in the north-east and the Karakoram rises on the north-west of the Himalayas and extends eastward up to Gilgit. The Hindu Kush mountains lie to the north-west of the Karakoram, but extend eastward into Afghanistan. With the assemblage of 35 giant peaks over 24,000 ft. high (7,315m), the region is the climbers' paradise. Many summits are even higher than 26,000 ft.(7,925 m) and the highest K-2(Mt.Godwin Austin) is exceeded only by Mt.Everest. Inhospitable and technically more difficult to climb than even Everest, it has taken the biggest toll of human lives in the annals of mountaineering.
The passes are rarely lower than the summit of Mt. Blanc and several are over 18,000 ft. (5,485 m). The Karakoram Highway, that passes through the mountains, is the highest trade route in the world. Besides, the region abounds in vast glaciers, large lakes and green valleys which have combined at places to produce holiday resorts such as Gilgit, Hunza and Yasin in the west and the valleys of Chitral, Dir, Kaghan and Swat drained by rivers Chitral, Pankkora, Kunhar and Swat respectively in the east. Dotted profusely with scenic spots having numerous streams and rivulets, thick forests of pine and junipers and a vast variety of fauna and flora, the Chitral, Kaghan and Swat valleys have particularly earned the reputation of being the most enchanting tourist resorts of Pakistan.
South of the high mountains, the ranges lose their height gradually and settle down finally in the Margalla hills (2,000-3,000 ft.) in the vicinity of Islamabad, the Capital of Pakistan, and Swat and Chitral hills, north of river Kabul. Although the climate of the region is extremely diverse, according to aspect and elevation, yet as a whole it remains under the grip of severe cold from November to April. May, June and July are pleasant months. The southeren slopes receive heavy rainfall and consequently are covered with forest of deodar, pine, poplar and willow trees. The more northerly ranges and north-facing slopes receive practically no rains and are, therefore, without trees.
There is a considerable human migration from the mountains to the plains in winter and from plains to the mountains in summer. The permanent settlers grow corn, maize, barley, wheat and rice on the terraced fields and also raise orchards of apples, apricots, peaches and grapes. Peaks and Glaciers Eric Shipton, a great mountainer who perished in Pakistan's Northern Areas, wrote in his account. To describe this region is to indulge in superlatives, for everywhere you look are the highest, the longest and the largest mountains, glaciers and rivers in the world.
Making some allowance for Shipton's tendency towards slight exaggeration, born out of awe and fascination, the fact remains that Pakistan boasts of the largest share of the highest mountain peaks in the world. Its own highest peak, the famed and dreaded K-2, is the second highest in the world, being just some `ropes' short of the Everest in Nepal. With due respect to the Everest, K-2 is regarded as far more firmidable to climb than its relatively facile superior. Three of the mightiest mountain systems- the Hindukush, the Karakorams and the Himalayas- adorn the forehead of Pakistan. The second highest peak of Himalayas, as also of Pakistan, is the Nanga Parbat which literally means the "Naked Mountain".
Pakistan has seven of the 16 tallest peaks in Asia. The statistics are simply baffling: 40 of the world's 50 highest mountains are in Pakistan; in Baltistan over 45 peaks touch or cross the 20,000 foot mark; in Gilgit within a radius of 65 miles, there are over two dozan peaks ranging in height between 18,000 to 26,000 feet.
The awe-inspiring beauty provided inspiration to a Pakistani writer to observe lyrically, "in Pakistan's lofty mountain regions, reaching for the sky doesn't seem too ambitious". Pakistan's Eight Thousanders: There are a total of 14 main peaks soaring above 8000 metres in the world. Out of these, 8 are located in Nepal, 5 in Pakistan and 1 in China. It has become prestigious to make these peaks as targets by mountaineers every year. In fact, successful climb over these peaks is considered an enviable measure of their attainment. By far, the largest number of mountaineering expeditions visiting Pakistan has been coming from Japan.
K-2 (8611m): It is the second highest mountain the world. It was first attempted by Martin Conway's expedition in 1902 which was composed of British, Austrian and Swiss climbers. Ashraf Aman was the first Pakistani climber to climb on top of K-2 with five other climbers of the Jap-Pak expedition in 1977, with Ichire Yoshizawa as its leader and Isao Shinkai as the technical leader.
Nanga Parbat (8125m): It is also known as the killer mountain. It claimed the life of AF Mummery, leader of an expedition and two porters in 1895. Since then Nanga Parbat has cost scores of lives, though quite a few have successfully scaled it. Harmann Buhl was the first to set foot on this formidable peak in 1953. In spite of its bloody past record, Nanga Parbat is still the most sought after target. Its dangerous challenge seems to add spurs to the determination of climbers.
Hidden Peak (8068m): This peak was first attempted in 1892 by Martin Conway's expedition who gave it this name because it was hidden by the neighbouring peaks of Baltoro glacier. The peak was first conquered in 1958 by an American expedition. Nick clinch was the leader. The climbing leaders Peter Schoening and Kanfuran were the two summiters.
Broad Peak (8047m): This peak was also named by Martin Conway and was first attempted by a German expedition headed by Karl Herligk offer in 1954. The peak was climbed in 1957 when the entire team of four climbers with Marcus Schmuck scaled it.
In the far-north of Pakistan are valleys which are closed within the silent, brooding forts of these mountains and are almsot as high as the mountains themselves. Here dwell, from times immemorial, various tribes differing in race and culture. If one tribe has Mongol features, its neighbour is obviously Aryan. Separated by insurmountable obstacles, these tribes very often live a totally land-locked existence blissfully unaware of the world beyond. But, a traveller is simply wonderstruck by one common element - Islam.
Every-where you hear the familiar Assalam-o-Alaikum, the universal Muslim greeting and welcome. and no matter how small or poor the inhibtation, the same muezzin's call to prayer "Allah-u-Akbar rings in the thin mountain air, issuing from the minarets of mosques hidden in the inaccessible fold of these ranges pulsates an infinite variety of life; animals reptiles, birds, insects and plants. There is, of course, the yak which is an enormous but docile beast, at once the beast of burden and food. It is notable in the wildlife of these regions, but, its hunting is strictly restricted and in many areas totally forbidden by law.
Pakistan has more glaciers than any other land outside the North and South Poles. Pakistan's glacial area covers some 13,680 sq.km which represents an average of 13 per cent of mountain regions of the upper Indus Basin. Pakistan's glaciers can rightly claim to possess the greatest mass and collection of glaciated space on the face of earth. In fact, in the lap of the Karakoram of Pakistan alone there are glaciers whose total length would add up to above 6,160 sq. km. To put it more precisely, as high as 37 per cent of the Karakoram area is under its glaciers against Himalayas' 17 per cent and European Alps' 22 per cent. The Karakorams have one more claim to proclaim; its souther flank (east and west of the enormous Biafo glacier) has a concentration of glaciers which works out to 59 per cent of its area.
There is a historical reason for the fact that we, and the world outside, are better acquainted with glaciers in the Nanga Parbat region. It is through this region, hazardous though it is, that man has trudged to and fro since the beginning of his civilized history of movement and migration. The Siachin glacier is 75 kms. The Hispar (53 kms) joins the Biafo at the Hispar La (5154.16 metres / (16,910 ft) to form an ice corridor 116.87 kms (72 miles) long. The Batura, too is 58 kms in length. But, the most outstanding of these rivers of ice is the 62 kms Baltoro. This mighty glacier fed by some 30 tributaries constitues a surface of 1291.39 sq. kms.
These western low mountains spread from the Swat and Chitral hills in a north-south direction (along which alexander the Great led his army in 327 B.C) and cover a large portion of the North-West Frontier Province. North of the river Kabul their altitude ranges from 5,000 to 6,000 ft. in Mohamand and Malakand hills. The aspect of these hills is exceedingly dreary and the eye is everywhere met by the dry rivers between long rows of rocky hills and crags, scantily covered with coarse grass, scrub wood and dwarf palm. South of the river Kabul spreads the Koh-e-Sofed Range with a general height of 10,000 ft. Its highest peak, Skaram, being 15,620 ft. South of Koh-e-Sofed are the Kohat and Waziristan hills (5,000 ft) which are traversed by the Kurram and Tochi rivers, and are bounded on south by Gomal River.
The whole area is a tangle of arid hills composed of limestone and sandstone. South of the Gomal River, the Sulaiman Mountains run for a distance of about 483 kilomaters in a north-south direction, Takht-e-Sulaiman (11,295 ft.) being its highest peak. At the southern end lie the low Marri and Bugti hills. The area shows an extraordinary landscape of innumerable scarps, small plateaus and steep craggy out-crops with terraced slopes and patches of alluvial basins which afford little cultivation.
South of the Sulaiman Mountains is the Kirthar Range which forms a boundary between the Sindh plain and the Balochistan plateau. It consists of a series of ascending ridges running generally north to south with broad flat valleys in-between. The highgest peak named Kutte ji Kabar (dog's grave is 6,878 ft. above sea level. Bleak, rugged and barren as these hills are, they afford some pasturage for flocks of sheep and goats. The valleys are green with grass and admit cultivation up to a highest of 4,000 ft.
The western mountains have a number of passes, which are of special geographical and historical interest. For centuries, they have been watching numerous kings, generals and preachers passing through them and the events that followed brought about momentous changes in the annals of mankind.
Although the country is in the monsoon region, it is arid, except for the southern slopes of the Himalayas and the sub-Mountainous tract which have a rainfall from 76 to 127 cm. Balochistan is the driest part of the country with an average rainfall of 21 cm. On the southern ranges of the Himalayas, 127 cm. of precipitation takes place, while under the lee of these mountains (Gilgit and Baltistan) rainfall is hardly 16 cm. Rainfall also occurs from western cyclonic distrubances originating in the Mediterranean.
It is appreciable in the western mountains and the immediate forelying area; here the rainfall average ranges from 27 to 76 cm. The contribution of these western distrurbances to rainfall over the plains is about 4 cm. A large part of the precipitation in the northern mountain system is in the form of snow which feeds the rivers. The all-pervasive aridity over most of Pakistan, the predominant influence on the life and habitat of the people, coupled with the climatic rhythm, characteristic of a monsoon climate, are conducive to homogeneity of the land.
The four well-marked seasons in Pakistan are:-
(i) Cold season (December to March).
(ii) Hot season (April to June).
(iii) Monsoon season (July to September).
(iv) Post-Monsoon season (October and November).
The cold season sets in by the middle of December. This period is characterised by fine weather, bracing air,low humidity and large diurnal range of temperature. Winter distrubances in this season accordingly cause fairly widespread rain. Average mimimum and maximum temperatures are 4C° and 18C°, though on occasions the mercury falls well below freezing point. The winter sun is glorious. The hot season is usually dry. Relative humidity in May and June varies from 50 per cent in the morning to 25 per cent or less in the afternoon. The temperature soars to 40C° and beyond. The highest recorded temperature at Jaccobabad in June is 53C°. While the interior is blazing hot, the temperature along the sea coast ranges between 25C° to 35C°, but the humidity persists around 70 to 80 per cent.
The south-west monsoon reaches Pakistan towards the beginning of July and establishes itself by the middle of the month. The strength of the monsoon current increases form June to July; it then remains steady, and starts retreating towards the end of August, though occasionally, it continues to be active even in September when some of the highest floods of the Indus Basin have been recorded. From the middle of September to the middle of November is the transitory period which may be called the post-monsoon season.
In October, the maximum temperature is of the order of 34C° to 37C° all over Pakistan, while the nights are fairly cool with the minimum temperature around 16C°. In the month of November, both the maximum and the mimimum temperatures fall by about 6C° and the weather becomes pleasant. October and November are by far the driest months all over the plains of Pakistan.
FUTURE OF BT COTTON IN PAKISTAN
Fast pace in cash crops production is a dream for any agrarian economy; many ancient civilizations rose by diverting rivers and irrigating arid lands to grow crops like wheat, maize, rice, cotton – Asian countries especially Indian subcontinent and China are those who are well known for its cotton made fiber for centuries.
Cotton is a powerful engine for our economy growth; the cotton lint, cloth, yarn and garments are a big source of foreign exchange and accounts for around six percentage of our GDP; cotton made ups and textile exports embrace more over $ 7.3 billion to the national economy which is around two thirds of the country’s export earnings. Cotton is grown over eighty countries primarily for fiber, but seeds render an important source of food for livestock and humans. Life of million of small farmers, daily wage workers and many small medium business are on the fortune of this single crop therefore the success or failure of cotton crop has influence not only exports but also on socioeconomic sectors of various stakeholders - fine quality of cotton production is the inherent comparative advantage of our textile sector; so have to take into account the present challenges faced in its production and value-added fields and preparing for the future changes in its technologies.
Pakistan's cotton growing sector has made a long and difficult journey; its performance is marked by a mixed trend; there have been some years of dismal growth and some years of cruising growth; which has direct impact on annual economy growth rate. An all time record cotton crop of 14.5 million bales achieved in 2004-05 on the other hand the production remained less than 10 million bales during 1993-1995, and 1998-1999 due to out break of cotton leaf curl virus and high temperature more over humid climate condition has contributed to the eruption of different Bollworms like Pink, Spotted and American, which severely damaged the cotton crop in Sindh and Punjab provinces; it has been observed that during these periods poverty and unemployment increased significantly especially in the rural areas as economy slow down. According to one evaluation an increment of one million bales in cotton production in turn translates into half a percent increase in GDP. Although Pakistan is the world’s fourth largest producer of cotton after China, the USA and India but its yield in acres ranks 10th in the world; as a result Pakistan annually imports around 1.5 - 2.00 million bales of cotton to meet growing demand from local textile mills; while other challenges include high price of inputs, higher intensity of insects and pests, shortage of water, adulterations in pesticides, fertilizers and seeds furthermore poor infrastructure of marketing.
According to our recent Economic Survey 2005-06, the performance of agriculture has been weak - due to poor performance cotton production i.e. 12.4 million bales as against targeted 14.3 million bales. Pakistan is among the three countries where cotton consumption has substantially increased during past few years; it is projected that by 2010 we need over 15.50 millions balls that’s why Government of Pakistan has set a target to achieve 20.13 millions bales by 2015 under a program “Cotton Vision 2015”; In view of cotton production potential we are already utilizing our land under the cultivation of cotton at its optimum level; however area in Balochistan and D.I. Khan district and in NWFP can be further consider though there is sever shortage of water; which needs heavy investment and require long term strategies, planning and sustained commitment. The International Cotton Advisory Committee has projected the world cotton production by 2010 to be 153 million bales (weighing 170 kgs each), while the demand would be much higher from countries like India, China; so one of the primary concerns is to meet the requirement of local textile industries.
Insects, disease, heat stress and drought present the greatest impediments to accomplish desired yields and quality in cotton. Pakistan during the last two decades has also been trying to meet the standard of fiber traits desired by our textile industry. So far one immediate solution to improve cotton production can be solved by the adoption of Genetically Modified (GM) cotton - known as Bt Cotton, which has been grown successfully in many parts of world like USA, Australia, China, India; although the technology has great potential, there are genuine concerns about this technology related to environment, health and socioeconomic. That’s why in March an international workshop “Regional Consultation on Genetically Modified Cotton for Risk Assessment and Opportunities for Small-scale Cotton Growers” was conducted at National Institute for Biotechnology and Genetic Engineering (NIBGE) Faisalabad, in collaboration with International Cotton Advisory Committee (ICAC), International Service for the Acquisition of Agri-Biotech Applications (ISAAA) and Common Funds for Commodity (CFC); During the inauguration session Dr Ansar Pervaz Member Science, Pakistan Atomic Energy Commission ( PAEC) highlighted the important role of GM cotton for socio-economic development of the country. Fifty-three foreigner delegates from all over the globe participated in the program. The main theme of the project is to share information on benefits and possible risks to small-scale farmers in the regions from the use of biotech insect resistant cotton; and bring together government, private officials related to decision making on the issue and share with them the experiences in other countries. The event focused on identifying the opportunities and challenges to adoption of biotech cotton in key cotton growing countries in Asia and Eastern and Southern Africa. Furthermore impact on the environment, risks to consumers and genetic diversity was also discussed as well as biotech claims that insect resistant GM varieties save the environment from injurious chemicals by halving the use of insecticides, and reduce the chemical exposure of farmers, with documented benefits to human health was also on agenda. Dr. Anwar Nasim, Chairman National Commission on Biotechnology, Dr. Zafar M. Khalid Director, NIBGE, Siestse van Der Verff and other eminent scientists were also present on the occasion. Dr Rafiq Chaudhry, Technical Director, International Cotton Advisory Committee said he will support any research which helps to improve in cotton production. He added funds are available with the support of CFC for the both GM cotton and non GM cotton projects; so to get grant come up with solid proposals.
According to one estimate in Pakistan farmers are using Rs.10 billion worth of pesticides annually; out of which more than 75 % is used on cotton alone especially to control Bollworm known as “sundies”. The indiscriminate use of pesticides by farmers on one hand has buildup pest resistance against most of pesticides on the other are causing health hazards to rural community and jeopardizing our environment.
Bt cotton has been maneuvered by means of modern biotechnology - one or more foreign genes derived from the soil dwelling bacterium Bacillus thuringiensis (Bt) to produce built-in toxins to kill some of the most injurious pests of cotton; however few spray would be required occasionally to keep secondary pests under control. It’s certainly not correct to say that at this stage genetically modified cotton are the total answers to the questions; but they do reduce the risks that farmers face like the certain insect, pests and weed, and so on. GM cotton can give the farmer more certainty in knowing what he will produce better at the end of the season. It is highly specific to the target organisms alone, and numerous scientific studies have indicated that Bt has no adverse effects on human health and the environment, making it an ideal biological pest control tool in integrated pest management practices.
Global adoption of Bt cotton has risen dramatically from 1.90 million acres in its introductory period in 1996 to 19.40 millions acres in 2006. Area planted to biotech varieties increased to over one-fourth of the world total in 2005/06, and it is estimated that biotech varieties account for 38 % of 86.5 million acres planted to cotton in 2006-07.
The world average yield in 1995-96 was 229 kg/acre, and the average yield in 2006-07 is estimated to be 294 kg/acre. Much of the increase in the world yield during the last ten years was related to the use of biotech cotton. Argentina, Australia, Brazil, China, Colombia, India, Indonesia, Mexico, South Africa and USA have commercialized biotech cotton so far. It is remarkable that in the last cotton growing season 54% of cotton crops grown in USA, 70% in China and 80% in Australia were with single or multiple Bt genes.
In the Eastern and Southern African region, South Africa has commercialized biotech cotton. Only Delta-pine varieties have been engineered and these varieties were planted on over 90% of the cotton area in South Africa in 2005/06; recently the Government of Uganda has allowed field trials on biotech cotton. Trials have also been conducted in Zimbabwe in the past but biotech cotton is still not approved.
Many countries in Asia including Pakistan and Uzbekistan have invested a significant amount of human and financial resources for the development of local genetically modified cotton; in Pakistan during 2005-06 season pre-commercial plantings of Bt cotton have been carried out in Punjab and Sindh with indigenously developed Bt cotton varieties - “IR-NIBGE-2”,“IR-FH-901”,“IR-CIM-448” and “IR-CIM-443”.
So far in Asia three countries - China, India and Pakistan claimed that they have successfully developed genetically modified cotton with their own genes against bollworms.
National Institute of Biotechnology and Genetic Engineering - Faisalabad, and National Center of Excellence in Molecular Biology (NCEMB) University of the Punjab Lahore, have come forward and submitted applications to the National Biosafety Committee (NBC) - a directorate being established in the Ministry of Environment for commercialization and field trial approvals of their versions of Bt Cotton respectively.
Recently NCEMB has been granted permission to conduct field trials only of two Bt cotton varieties “MNH-93” and “CIM 482” with the collaboration of a local and a multinational company; however application for commercialization of Bt Cotton variety “IR-FH-901 of NIBGE is still under process.
According to our eminent scientist Dr. Kauser Abdullah Malik, Member Planning Commission on Agriculture more than 500,000 acres are presently under Bt cotton last season, which has not been approved by authorities. Because of remarkable results of Bt cotton crops grown especially in China and India since 1997 and 2002 respectively have intensified the thirst among Pakistani farmers and commercial seed firms to bring GM technologies into the country.
It is mind boggling that from where such large quantity of seed has been sourced in order to cultivate 0.5 million acres of Bt Cotton. It could not have been possible with out years of organized activity, and with help from people with technical expertise, it was certainly not a work of an ordinary farmer. This situation must be seen in the background where countries are required to abide by their national biosafety laws for risk assessment and management prior to commercial release of transgenic varieties. Pakistan approved Biosafety Rules in year 2005 that require clearance from NBC (National Biosafety Committee).
Dr Yusuf Zafar, Director Agriculture & Biotechnology, PAEC and organizer of the meeting said that genetically engineered cotton was spreading at a brisk pace despite reluctance of some countries to adopt this technology; he added we believe cotton production have to increase over the next 15 years as demand is robust but unfortunately commercial realize of GM cotton has caught up in Pakistan.
In year 2005, China the largest producer of cotton in the world has grown more than 8 million acres of Bt cotton, whereas, India cultivated around 3.2 million acres of Bt cotton crops but in 2006/07 India has tripled acreage for insect-resistant Bt cotton to 9.4 million acres with support of 2.3 million farmers, surpassing 8.6 million acres in China. In India, 14 % of the total area was under biotech hybrids that benefited growers through increased yields by providing better protection against bollworms. Dr. C D Mayee Chair - GEAC, India said “cultivation of transgenic Bt cotton has led to significant reduction in pest-attacks and 62 Bt-hybrids have been commercialized so far, he further said at present 28 seed companies are pursuing Bt-cotton in India and more companies are expected to hit the market in the next year. Dr. K. B. Khadi Director the Central Institute for Cotton Research (CICR), Nagpur, said since the technology is in “seed”, it does not have the chances of differentiating between large and small farmers; he claimed that Bt cotton cultivation has helped both farmers raise their income and the very fact that area under Bt cotton is increasing shows the growing acceptability among farmers. Some argued that increase in the cotton yield in the last 5 years by 46 % only because of the adoption of Bt cotton while few disagreed that other factors also contributed like four Mini TMC program. However one of the limitations is the transfer of Bt genes into local germplasm; high cost of technology is another issue but misinformation on benefits as well as risks is hindering governments to make decisions.
Dr. Randay A.Hautea Global Coordinator, ISAAA said biotechnology provides large benefits to all stakeholders, farmers, consumers, and even the government while protecting the environment at the same time. It is an alternative that is accurate, predictable, faster, scientific and safe. Dr. Iftikhar A. Khan Dean Agriculture University Faisalabad said agricultural biotechnology has the potential towards poverty alleviation, rural development, strengthening trade and economic competitiveness, provide agricultural sustainability even while delivering direct benefits to the farmers and consumers.
Prof. James McD. Stewart USA argued that the prices of seeds for growing GM cotton would definitely fall when more varieties would be available for sale; he added the future of crop biotechnology would depend upon it being perceived as environmentally friendly.
Dr. Jingyuan Xia – Director General NATESC, Ministry of Agriculture said Chinese scientists have developed 55 new GM cotton strains, bringing economic returns of 2.1 billion U.S. dollars, he further said the domestic market share of China-made insect-resistant GM cotton increased from 5 percent in 1998 to more than 70 percent in 2005; he added Bt cotton increased income of some 6.8 million farmers as it cut the number of spray from 8 to 3, while raising yields by 15 percent compared with conventional varieties.
According to some reports in countries that adopted Bt cotton, average yield increased from 10 to 45 percent while pesticide cost declined by 65 percent in China, 58 percent in South Africa, and over 45 percent in India.
Pakistan has addressed Intellectual Property Rights by forming an independent body, the Intellectual Property Organization Pakistan (IPOP); recently the Cabinet has passed “Plant Breeders Rights” bill to provide a way to the international seed-breed companies and enhance the private sector’s investment in the seed breeding. It is worth mentioning that a few Pakistani institutes have applied for patents of some novel Bt genes; however big multinational companies in the developed countries own patents of many Bt - genes, its sequences, expression, vectors etc so any violation of the agreement and commitment with lenders or owners may attract patent problems under the new intellectual property rights (IPRs) regulatory regimes and infringement of IPRs law under the WTO, Paris Club and ultimately can attract legal action against member countries
Mr. Derek Eaton – Researcher from ECART & LEI Wageningen said although range of studies of agronomic performance and economic impact of GM crops have been carried our between 1996-2006 while 56 on Bt cotton of which 42 in only three countries China, India, and South Africa; most of it indicate that number of insecticides sprays have declined in Bt cotton fields against bollworms. He added GM Cotton is one example of crop where IP protection affects investment opportunities and decisions; however effective IPRs cannot be created quickly…and is also a concern for many stakeholders.
There are numerous reports of failing GM crops, for example Bt cotton in the Indian state of Andhra Pradesh- the reason for the failure of the Bt cotton there had nothing to do with the GM crop. Rather the variety that was sold to the farmers was not suited to that particular area. Unfortunately, because of the high profile in the controversy associated with GM crops, the critics were very keen to say the failure was the GM’s fault. But it has been analyzed that the very same variety without the Bt gene would also have failed in that area. The unpredictable performance in cotton is attributed to few more reasons like caterpillars must eat enough treated plant tissue to get a lethal dose of the toxin, since the toxin has no contact effect; the Bt toxin rapidly degraded by heat stress, high leaf pH, or desiccation; If some one backcross Bt varieties with other conventional cotton varieties there is most likely that the optimal level of required Bt event or toxin may not transfer as in pure Bt cotton seed; moreover usually it is hard to know the lifecycle of such products as all cotton seed varieties segregate after growing it over number of years; so such Bt cotton varieties would be very dangerous to adopt both for the cotton growing farmers environment and economy.
Dr. Willy De Greef - Director, International Biotechnology Regulatory Services said that today, the regulatory environment is far more complex and hostile; it is not certain that technology developers would be able to find the regulators as open and willing to help us analyse the issues and create a high quality and science based approach to risk assessment for the new classes of GM cotton traits. He added more intractable issue is the cost of regulatory release and compliance in many cases; which is higher than cost of actual product development moreover in many countries the duplication of data for biosafety assessments for regulatory submissions has become a sizable industry as it provides more jobs.
The Cartagena Protocol should in principle lead to a significant reduction of that burden, because it allows importing countries to accept new GM products without additional requirements – Pakistan is only signatory to Cartagena Protocol of the biosafety under Convention on Biological Diversity (CBD) unfortunately we have not yet ratified it; that’s why losing financial and technical assistance offered by the UNEP-GEF programs.
It is worth mentioning here that virologist Dr. Rob Briddon said that the situation with cotton leaf curl (CLCV) disease in Pakistan is very serious especially Burewala virus; so far most of cotton varieties including Bt cotton varieties are highly susceptible to CLCV Burewala strain.
Bt crops can help reduce poverty, promote rural development, strengthen trade and economic competitiveness, and encourage agricultural sustainability, even while delivering direct benefits to farmers and consumers while the environmental benefits of Bt crops which were insecticide reduction, soil conservation and enhanced productivity, and an enhanced sustainability.
Although Biotechnology is by all means the most controversial agricultural technology innovation due to the uncertainty and concerns raised by its biosafety and environmental impacts; but the rise of modern biotechnologies and life science bring many surprises, change the paradigms of the society and revolutionize our daily lives. Against the many exciting successful examples of biotechnology, it is important that all technologies, bio and non-bio, are to serve the ultimate objective of improving the overall welfare of human beings and the nature. Thus crop biotechnology is no exception. It is the foundation of people’s livelihood. Small farmers certainly wouldn’t be purchasing and sowing GM cotton-seeds if they weren’t reaping benefits out of it. However question will remain in farmers minds like Will pests develop resistance to Bt-cotton?, How long will it take to develop resistance? so on.
Hence the very high adoption rate of Bt cotton especially in Asian countries by farmers reflects the fact that biotech crops have consistently performed well and delivered significant economic, environmental, health and social benefits to both small and large farmers.
Cotton is a powerful engine for our economy growth; the cotton lint, cloth, yarn and garments are a big source of foreign exchange and accounts for around six percentage of our GDP; cotton made ups and textile exports embrace more over $ 7.3 billion to the national economy which is around two thirds of the country’s export earnings. Cotton is grown over eighty countries primarily for fiber, but seeds render an important source of food for livestock and humans. Life of million of small farmers, daily wage workers and many small medium business are on the fortune of this single crop therefore the success or failure of cotton crop has influence not only exports but also on socioeconomic sectors of various stakeholders - fine quality of cotton production is the inherent comparative advantage of our textile sector; so have to take into account the present challenges faced in its production and value-added fields and preparing for the future changes in its technologies.
Pakistan's cotton growing sector has made a long and difficult journey; its performance is marked by a mixed trend; there have been some years of dismal growth and some years of cruising growth; which has direct impact on annual economy growth rate. An all time record cotton crop of 14.5 million bales achieved in 2004-05 on the other hand the production remained less than 10 million bales during 1993-1995, and 1998-1999 due to out break of cotton leaf curl virus and high temperature more over humid climate condition has contributed to the eruption of different Bollworms like Pink, Spotted and American, which severely damaged the cotton crop in Sindh and Punjab provinces; it has been observed that during these periods poverty and unemployment increased significantly especially in the rural areas as economy slow down. According to one evaluation an increment of one million bales in cotton production in turn translates into half a percent increase in GDP. Although Pakistan is the world’s fourth largest producer of cotton after China, the USA and India but its yield in acres ranks 10th in the world; as a result Pakistan annually imports around 1.5 - 2.00 million bales of cotton to meet growing demand from local textile mills; while other challenges include high price of inputs, higher intensity of insects and pests, shortage of water, adulterations in pesticides, fertilizers and seeds furthermore poor infrastructure of marketing.
According to our recent Economic Survey 2005-06, the performance of agriculture has been weak - due to poor performance cotton production i.e. 12.4 million bales as against targeted 14.3 million bales. Pakistan is among the three countries where cotton consumption has substantially increased during past few years; it is projected that by 2010 we need over 15.50 millions balls that’s why Government of Pakistan has set a target to achieve 20.13 millions bales by 2015 under a program “Cotton Vision 2015”; In view of cotton production potential we are already utilizing our land under the cultivation of cotton at its optimum level; however area in Balochistan and D.I. Khan district and in NWFP can be further consider though there is sever shortage of water; which needs heavy investment and require long term strategies, planning and sustained commitment. The International Cotton Advisory Committee has projected the world cotton production by 2010 to be 153 million bales (weighing 170 kgs each), while the demand would be much higher from countries like India, China; so one of the primary concerns is to meet the requirement of local textile industries.
Insects, disease, heat stress and drought present the greatest impediments to accomplish desired yields and quality in cotton. Pakistan during the last two decades has also been trying to meet the standard of fiber traits desired by our textile industry. So far one immediate solution to improve cotton production can be solved by the adoption of Genetically Modified (GM) cotton - known as Bt Cotton, which has been grown successfully in many parts of world like USA, Australia, China, India; although the technology has great potential, there are genuine concerns about this technology related to environment, health and socioeconomic. That’s why in March an international workshop “Regional Consultation on Genetically Modified Cotton for Risk Assessment and Opportunities for Small-scale Cotton Growers” was conducted at National Institute for Biotechnology and Genetic Engineering (NIBGE) Faisalabad, in collaboration with International Cotton Advisory Committee (ICAC), International Service for the Acquisition of Agri-Biotech Applications (ISAAA) and Common Funds for Commodity (CFC); During the inauguration session Dr Ansar Pervaz Member Science, Pakistan Atomic Energy Commission ( PAEC) highlighted the important role of GM cotton for socio-economic development of the country. Fifty-three foreigner delegates from all over the globe participated in the program. The main theme of the project is to share information on benefits and possible risks to small-scale farmers in the regions from the use of biotech insect resistant cotton; and bring together government, private officials related to decision making on the issue and share with them the experiences in other countries. The event focused on identifying the opportunities and challenges to adoption of biotech cotton in key cotton growing countries in Asia and Eastern and Southern Africa. Furthermore impact on the environment, risks to consumers and genetic diversity was also discussed as well as biotech claims that insect resistant GM varieties save the environment from injurious chemicals by halving the use of insecticides, and reduce the chemical exposure of farmers, with documented benefits to human health was also on agenda. Dr. Anwar Nasim, Chairman National Commission on Biotechnology, Dr. Zafar M. Khalid Director, NIBGE, Siestse van Der Verff and other eminent scientists were also present on the occasion. Dr Rafiq Chaudhry, Technical Director, International Cotton Advisory Committee said he will support any research which helps to improve in cotton production. He added funds are available with the support of CFC for the both GM cotton and non GM cotton projects; so to get grant come up with solid proposals.
According to one estimate in Pakistan farmers are using Rs.10 billion worth of pesticides annually; out of which more than 75 % is used on cotton alone especially to control Bollworm known as “sundies”. The indiscriminate use of pesticides by farmers on one hand has buildup pest resistance against most of pesticides on the other are causing health hazards to rural community and jeopardizing our environment.
Bt cotton has been maneuvered by means of modern biotechnology - one or more foreign genes derived from the soil dwelling bacterium Bacillus thuringiensis (Bt) to produce built-in toxins to kill some of the most injurious pests of cotton; however few spray would be required occasionally to keep secondary pests under control. It’s certainly not correct to say that at this stage genetically modified cotton are the total answers to the questions; but they do reduce the risks that farmers face like the certain insect, pests and weed, and so on. GM cotton can give the farmer more certainty in knowing what he will produce better at the end of the season. It is highly specific to the target organisms alone, and numerous scientific studies have indicated that Bt has no adverse effects on human health and the environment, making it an ideal biological pest control tool in integrated pest management practices.
Global adoption of Bt cotton has risen dramatically from 1.90 million acres in its introductory period in 1996 to 19.40 millions acres in 2006. Area planted to biotech varieties increased to over one-fourth of the world total in 2005/06, and it is estimated that biotech varieties account for 38 % of 86.5 million acres planted to cotton in 2006-07.
The world average yield in 1995-96 was 229 kg/acre, and the average yield in 2006-07 is estimated to be 294 kg/acre. Much of the increase in the world yield during the last ten years was related to the use of biotech cotton. Argentina, Australia, Brazil, China, Colombia, India, Indonesia, Mexico, South Africa and USA have commercialized biotech cotton so far. It is remarkable that in the last cotton growing season 54% of cotton crops grown in USA, 70% in China and 80% in Australia were with single or multiple Bt genes.
In the Eastern and Southern African region, South Africa has commercialized biotech cotton. Only Delta-pine varieties have been engineered and these varieties were planted on over 90% of the cotton area in South Africa in 2005/06; recently the Government of Uganda has allowed field trials on biotech cotton. Trials have also been conducted in Zimbabwe in the past but biotech cotton is still not approved.
Many countries in Asia including Pakistan and Uzbekistan have invested a significant amount of human and financial resources for the development of local genetically modified cotton; in Pakistan during 2005-06 season pre-commercial plantings of Bt cotton have been carried out in Punjab and Sindh with indigenously developed Bt cotton varieties - “IR-NIBGE-2”,“IR-FH-901”,“IR-CIM-448” and “IR-CIM-443”.
So far in Asia three countries - China, India and Pakistan claimed that they have successfully developed genetically modified cotton with their own genes against bollworms.
National Institute of Biotechnology and Genetic Engineering - Faisalabad, and National Center of Excellence in Molecular Biology (NCEMB) University of the Punjab Lahore, have come forward and submitted applications to the National Biosafety Committee (NBC) - a directorate being established in the Ministry of Environment for commercialization and field trial approvals of their versions of Bt Cotton respectively.
Recently NCEMB has been granted permission to conduct field trials only of two Bt cotton varieties “MNH-93” and “CIM 482” with the collaboration of a local and a multinational company; however application for commercialization of Bt Cotton variety “IR-FH-901 of NIBGE is still under process.
According to our eminent scientist Dr. Kauser Abdullah Malik, Member Planning Commission on Agriculture more than 500,000 acres are presently under Bt cotton last season, which has not been approved by authorities. Because of remarkable results of Bt cotton crops grown especially in China and India since 1997 and 2002 respectively have intensified the thirst among Pakistani farmers and commercial seed firms to bring GM technologies into the country.
It is mind boggling that from where such large quantity of seed has been sourced in order to cultivate 0.5 million acres of Bt Cotton. It could not have been possible with out years of organized activity, and with help from people with technical expertise, it was certainly not a work of an ordinary farmer. This situation must be seen in the background where countries are required to abide by their national biosafety laws for risk assessment and management prior to commercial release of transgenic varieties. Pakistan approved Biosafety Rules in year 2005 that require clearance from NBC (National Biosafety Committee).
Dr Yusuf Zafar, Director Agriculture & Biotechnology, PAEC and organizer of the meeting said that genetically engineered cotton was spreading at a brisk pace despite reluctance of some countries to adopt this technology; he added we believe cotton production have to increase over the next 15 years as demand is robust but unfortunately commercial realize of GM cotton has caught up in Pakistan.
In year 2005, China the largest producer of cotton in the world has grown more than 8 million acres of Bt cotton, whereas, India cultivated around 3.2 million acres of Bt cotton crops but in 2006/07 India has tripled acreage for insect-resistant Bt cotton to 9.4 million acres with support of 2.3 million farmers, surpassing 8.6 million acres in China. In India, 14 % of the total area was under biotech hybrids that benefited growers through increased yields by providing better protection against bollworms. Dr. C D Mayee Chair - GEAC, India said “cultivation of transgenic Bt cotton has led to significant reduction in pest-attacks and 62 Bt-hybrids have been commercialized so far, he further said at present 28 seed companies are pursuing Bt-cotton in India and more companies are expected to hit the market in the next year. Dr. K. B. Khadi Director the Central Institute for Cotton Research (CICR), Nagpur, said since the technology is in “seed”, it does not have the chances of differentiating between large and small farmers; he claimed that Bt cotton cultivation has helped both farmers raise their income and the very fact that area under Bt cotton is increasing shows the growing acceptability among farmers. Some argued that increase in the cotton yield in the last 5 years by 46 % only because of the adoption of Bt cotton while few disagreed that other factors also contributed like four Mini TMC program. However one of the limitations is the transfer of Bt genes into local germplasm; high cost of technology is another issue but misinformation on benefits as well as risks is hindering governments to make decisions.
Dr. Randay A.Hautea Global Coordinator, ISAAA said biotechnology provides large benefits to all stakeholders, farmers, consumers, and even the government while protecting the environment at the same time. It is an alternative that is accurate, predictable, faster, scientific and safe. Dr. Iftikhar A. Khan Dean Agriculture University Faisalabad said agricultural biotechnology has the potential towards poverty alleviation, rural development, strengthening trade and economic competitiveness, provide agricultural sustainability even while delivering direct benefits to the farmers and consumers.
Prof. James McD. Stewart USA argued that the prices of seeds for growing GM cotton would definitely fall when more varieties would be available for sale; he added the future of crop biotechnology would depend upon it being perceived as environmentally friendly.
Dr. Jingyuan Xia – Director General NATESC, Ministry of Agriculture said Chinese scientists have developed 55 new GM cotton strains, bringing economic returns of 2.1 billion U.S. dollars, he further said the domestic market share of China-made insect-resistant GM cotton increased from 5 percent in 1998 to more than 70 percent in 2005; he added Bt cotton increased income of some 6.8 million farmers as it cut the number of spray from 8 to 3, while raising yields by 15 percent compared with conventional varieties.
According to some reports in countries that adopted Bt cotton, average yield increased from 10 to 45 percent while pesticide cost declined by 65 percent in China, 58 percent in South Africa, and over 45 percent in India.
Pakistan has addressed Intellectual Property Rights by forming an independent body, the Intellectual Property Organization Pakistan (IPOP); recently the Cabinet has passed “Plant Breeders Rights” bill to provide a way to the international seed-breed companies and enhance the private sector’s investment in the seed breeding. It is worth mentioning that a few Pakistani institutes have applied for patents of some novel Bt genes; however big multinational companies in the developed countries own patents of many Bt - genes, its sequences, expression, vectors etc so any violation of the agreement and commitment with lenders or owners may attract patent problems under the new intellectual property rights (IPRs) regulatory regimes and infringement of IPRs law under the WTO, Paris Club and ultimately can attract legal action against member countries
Mr. Derek Eaton – Researcher from ECART & LEI Wageningen said although range of studies of agronomic performance and economic impact of GM crops have been carried our between 1996-2006 while 56 on Bt cotton of which 42 in only three countries China, India, and South Africa; most of it indicate that number of insecticides sprays have declined in Bt cotton fields against bollworms. He added GM Cotton is one example of crop where IP protection affects investment opportunities and decisions; however effective IPRs cannot be created quickly…and is also a concern for many stakeholders.
There are numerous reports of failing GM crops, for example Bt cotton in the Indian state of Andhra Pradesh- the reason for the failure of the Bt cotton there had nothing to do with the GM crop. Rather the variety that was sold to the farmers was not suited to that particular area. Unfortunately, because of the high profile in the controversy associated with GM crops, the critics were very keen to say the failure was the GM’s fault. But it has been analyzed that the very same variety without the Bt gene would also have failed in that area. The unpredictable performance in cotton is attributed to few more reasons like caterpillars must eat enough treated plant tissue to get a lethal dose of the toxin, since the toxin has no contact effect; the Bt toxin rapidly degraded by heat stress, high leaf pH, or desiccation; If some one backcross Bt varieties with other conventional cotton varieties there is most likely that the optimal level of required Bt event or toxin may not transfer as in pure Bt cotton seed; moreover usually it is hard to know the lifecycle of such products as all cotton seed varieties segregate after growing it over number of years; so such Bt cotton varieties would be very dangerous to adopt both for the cotton growing farmers environment and economy.
Dr. Willy De Greef - Director, International Biotechnology Regulatory Services said that today, the regulatory environment is far more complex and hostile; it is not certain that technology developers would be able to find the regulators as open and willing to help us analyse the issues and create a high quality and science based approach to risk assessment for the new classes of GM cotton traits. He added more intractable issue is the cost of regulatory release and compliance in many cases; which is higher than cost of actual product development moreover in many countries the duplication of data for biosafety assessments for regulatory submissions has become a sizable industry as it provides more jobs.
The Cartagena Protocol should in principle lead to a significant reduction of that burden, because it allows importing countries to accept new GM products without additional requirements – Pakistan is only signatory to Cartagena Protocol of the biosafety under Convention on Biological Diversity (CBD) unfortunately we have not yet ratified it; that’s why losing financial and technical assistance offered by the UNEP-GEF programs.
It is worth mentioning here that virologist Dr. Rob Briddon said that the situation with cotton leaf curl (CLCV) disease in Pakistan is very serious especially Burewala virus; so far most of cotton varieties including Bt cotton varieties are highly susceptible to CLCV Burewala strain.
Bt crops can help reduce poverty, promote rural development, strengthen trade and economic competitiveness, and encourage agricultural sustainability, even while delivering direct benefits to farmers and consumers while the environmental benefits of Bt crops which were insecticide reduction, soil conservation and enhanced productivity, and an enhanced sustainability.
Although Biotechnology is by all means the most controversial agricultural technology innovation due to the uncertainty and concerns raised by its biosafety and environmental impacts; but the rise of modern biotechnologies and life science bring many surprises, change the paradigms of the society and revolutionize our daily lives. Against the many exciting successful examples of biotechnology, it is important that all technologies, bio and non-bio, are to serve the ultimate objective of improving the overall welfare of human beings and the nature. Thus crop biotechnology is no exception. It is the foundation of people’s livelihood. Small farmers certainly wouldn’t be purchasing and sowing GM cotton-seeds if they weren’t reaping benefits out of it. However question will remain in farmers minds like Will pests develop resistance to Bt-cotton?, How long will it take to develop resistance? so on.
Hence the very high adoption rate of Bt cotton especially in Asian countries by farmers reflects the fact that biotech crops have consistently performed well and delivered significant economic, environmental, health and social benefits to both small and large farmers.
YES IT IS IMPORTANT TO SHARE....
If you want to know love, don't look to someone else to provide it for you. If you think the only way you can find love is from someone else, you will cling to them and fear losing them. If they are healthy, they will feel the burden and withdraw. If they are co-dependent they will cling to you and reaffirm the myth that the only place you can find love is with each other.
When you realise that you have all the love you need to feel good right there inside of you then you can begin to share that love with others freely in a way that does not feed but enhances their love for themselves.
When you give away what you think you need, you will be surprised at how it flows back to you in many ways..
When you realise that you have all the love you need to feel good right there inside of you then you can begin to share that love with others freely in a way that does not feed but enhances their love for themselves.
When you give away what you think you need, you will be surprised at how it flows back to you in many ways..
I Do Not Know How BUT I Am Searching
ITS MY FIRST TIME OVER THIS BLOG. YOU MAY SAY FIRST EVER!!!!
I DON'T KNOW ANYTHING ABOUT THIS AND THIS ELECTRONIC GLOBAL WORLD TOO. I AM JUST SEEKING LIGHT, PEACEFULL IMAGE OF LIFE.
YES SEAECHING FOR COLOURS OF LIFE.......
I DON'T KNOW ANYTHING ABOUT THIS AND THIS ELECTRONIC GLOBAL WORLD TOO. I AM JUST SEEKING LIGHT, PEACEFULL IMAGE OF LIFE.
YES SEAECHING FOR COLOURS OF LIFE.......
Subscribe to:
Posts (Atom)
FAROOQ HAVE POSTED THE FOLLOWING THINGS:
-
▼
2010
(28)
- ► April 2010 (10)
-
▼
March 2010
(14)
- Hi Aamir
- Love like Sun
- What's the good of news if you haven't a sister to...
- AN ENVOY
- TEN POINTS TO BE SUCCESSFUL
- ONE AND ONLY
- I LOVE MY BROTHERS
- O GOD HELP US!
- CONTINOUS ACTION MEANS A MECHINE NOT A MAN....?
- ONE OF NICE WORDS
- INTRODUCING PAKISTAN (MY LOVE)
- FUTURE OF BT COTTON IN PAKISTAN
- YES IT IS IMPORTANT TO SHARE....
- I Do Not Know How BUT I Am Searching