02/12/2023
𝐓𝐡𝐞 𝐆𝐫𝐞𝐞𝐧 𝐑𝐞𝐯𝐨𝐥𝐮𝐭𝐢𝐨𝐧 𝐚𝐧𝐝 𝐏𝐚𝐤𝐢𝐬𝐭𝐚𝐧
Agriculture is the backbone of our economy, and without progress in this sector, the entire wheel of the economy will collapse, and feeding 241.49 million mouths is unimaginable. The contribution of agriculture to the total national income is 60 percent, the civilian labor force 75 percent, and most importantly, 95 percent of the masses residing in rural areas directly or indirectly derive their livelihood from agriculture. Overall, it contributes 95 percent to the foreign exchange earned by the country and provides food to the entire population. Since independence, unfortunately, this life-saving sector has been ignored by successive governments, so today the production capacity of per-acre land is very low despite its full potential. The government's initiatives both at the federal and provincial levels didn’t prove fruitful due to the recklessness and poor implementation of those initiatives by various departments. Notwithstanding, Pakistan has seen one period as the most prosperous and productive in the agriculture sector due to the extensive crop production and per-acre yields that crossed the threshold level, which we called the “Green Revolution."
The term “green revolution” refers to a revolution in agriculture. Since the Agricultural Revolution, which commenced some 10,000 years ago, soon after the cognitive revolution, human beings day and night have done tedious work to enhance the production and cultivation of various crops to feed families and the elite group of society. Over time, the area of cultivated land expanded, and then the Industrial Revolution immensely changed overall production and enhanced the fertility level of the land. After the adaptation of farming by Homo sapiens, the knowledge of agriculture, which was purely a collection of experiences, was transferred verbally from generation to generation. At last, traditional agriculture gained importance in scientific and academic circles in 1840, when Justus von Liebig of Darmstadt, Germany, launched the systematic development of agricultural science, and his marvelous work “Organic Chemistry in its Applications to Agriculture and Physiology opened new horizons in the fields of agriculture. Over time, so many innovations, inventions, and changes transformed agriculture to a peak level, but in the 1970s, one of the experts from Mexico, Norman Barlaung, did an unforgettable favor for the entire world by developing high-yielding varieties of cereal crops. His indelible work brought a revolution in the field of agriculture, and history remembers this unprecedented service as the “Green Revolution." He got a Nobel Prize because of this herculean work.
Likewise, Pakistan, being an agrarian country, has witnessed a green revolution in the 1960s, which is also called the “Seed Cum Fertilizer Revolution." Experts have divided the green revolution into two phases based on the utilization of various advanced farm inputs. The first phase was 1960–64, in which the scarcity of water in the fields diminished due to an extensive supply of surface water and the ubiquitous installation of tube wells. The second phase started in 1964 and continued until 1969. This phase was in fact a golden period for agriculture because the fruits of new developments in the sector of agriculture reached Pakistan in the form of high-yielding varieties of seeds, the availability of fertilizers, the introduction of pesticides, farm mechanization, and the addition of ample amounts of water availability due to expanded tube well installations. These cutting-edge technologies accelerated the production of various crops.
The high production of crops depends on many factors, and among them, one is high-yielding seeds. The process of the green revolution in Pakistan started with the introduction of these high-yielding varieties of seeds, replacing local cultivars. As our major staple food is wheat, before the 1960s, the C-varieties of wheat like C-518, C-591, C-217, C-250, etc. were cultivated. The average per-acre yield potential of these varieties ranged from 660 to 836 kg. But with the introduction of new HYVs like fertilizer-responsive semi-dwarf Mexican varieties in 1967–68, their average yield potential increased to 1530 kg/acre. So the cultivation of Mexican varieties revolutionized the production of wheat in Pakistan.
Likewise, the rice sector gained an enormous increment in overall production with the replacement of conventional varieties like Jhona (349), Mushkan-7, Sathra-278, and Palman Sufaid with the IRRI cultivar in 1967–68. The rice variety IRRI-Pak (a short-stemmed, coarse variety) was introduced in 1969, and the per-acre average yield potential was 4610 kg.
It is a fact that, without judicious fertilizer applications, the expectation of high crop production is like daydreaming. Fertilizer requirements of individual crops vary according to crop physiology and yield potential, as well as the soil, climate, and management conditions. In 1952–53, the use of fertilizers started in Pakistan, and for the first time, 1000 nutrient tons of nitrogen were applied to crops. Then phosphorus was introduced in 1959–60, and potash fertilizers started in the years 1966–67. Applications of fertilizers gained momentum in the mid-sixties when high-yielding fertilizer-responsive varieties were introduced.
There was a time when farmers used to plow their land with the help of bulls, and the area of cultivation was enough to simply feed their own families. But with the scientific and technological revolution, all the conventional farming systems have been banished, and in their place, heavy types of machinery are seen in the fields. Tractorization and farm electrification are major contributors to Pakistan's green revolution. The first time Pakistan imported tractors was in 1966–67, and in the coming years, the number of imported tractors increased, and along with mechanization, the quantity of water also went to peak level through ubiquitous tube well operations.
In addition to tube well installation, one of the remarkable treaties signed in 1960 to some extent banished the injustice of demarcation time, where Pakistan was kept in the dark and the major area of Pakistan was unfairly given to India. Even the headworks of the canals that irrigated a larger part of Pakistan from the rivers Sutlej, Beas, and Ravi were bestowed on India. So the vast area of Pakistan suffered due to the cut-off of water by India. At last, the Indus Water Treaty was signed in 1960, and it solved that conundrum. Under this treaty, the waters of the three rivers were given to India, while Pakistan got the three western rivers, viz., the Chenab, the Jhelum, and the Indus. As a result, Pakistan constructed the Mangla and Tarbela dams, five barrages, and eight link channels nearly 400 miles in length for transferring waters of the Western Rivers for use in the Central Bari Doab and Sutlej Valley project areas. This treaty enhanced the availability of water resources in Pakistan, and the irrigated area of the country increased from 25.71 million acres in 1960–61 to 32.02 million acres in 1970–71.
Finally, the inception of the Green Revolution is inextricably connected to extensive development processes and inter-public-private collaboration. The unprecedented innovation in agriculture through mechanization, seeds, fertilizers, and elevated quantities of water abruptly increased the productivity of agriculture. After the 1970s again, this sector went to the most neglected sector. Today, we are not getting the actual potential of the fields that they are supposed to produce. This is due to the recklessness of the concerned ministry, poor infrastructure, and insufficient privileges for farmers. We must bring another green revolution to the country.