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duced under very unfavorable weather conditions<br />

clearly established the creditability of the<br />

green revolution.<br />

The current 1970 crop, produced under<br />

moderately favorable weather conditions in<br />

both India and Pakistan was the third consecutive<br />

record breaker. Production climbed to<br />

an estimated more than 20 million and 8.4<br />

million tons in India and Pakistan, respectively.<br />

Green revolution rolls onward in both Pakistan<br />

and India.<br />

During the past three wheat harvests, 1968­<br />

70, a total of US$1,850,000,000 and US$850,000,­<br />

000 has been added to the gross agricultural<br />

product of India and Pakistan respectively,<br />

above the value of the record 1965 wheat crop.<br />

The injection of this vast new income into<br />

the economies of the two countries has greatly<br />

expanded business activity. Farm incomes<br />

have soared and farmers demands for a wide<br />

variety of goods have expanded rapidly. They<br />

are buying inputs such as improved seeds,<br />

fertilizers, pesticides, pumps, tractors, plows,<br />

threshers and grain drills as never before.<br />

Farmers are also rapidly expanding their purchase<br />

of consumer goods such as transistor<br />

radios, bicycles, sewing machines, refrigerators,<br />

and many other items. The widespread<br />

sales of radios offer the possibility of improving<br />

the educational level of farmers. These<br />

and other aspects of the green revolution are<br />

discussed in more detail in the section covering<br />

the Indian wheat program.<br />

The Research Base Supporting<br />

the Green Revolution<br />

The breeding, pathologic and agronomic<br />

research program on wheat in India is now<br />

almost qertainly the largest and most diver:sified<br />

of any in the world. The magnitude and scope<br />

of the Pakistan wheat research program is<br />

also one of the largest and most dynamic.<br />

When the research being done by <strong>CIMMYT</strong> is<br />

added to supplement that of these two strong<br />

national programs, the research underpinning<br />

of these national program is very great. This<br />

feat of strengthening research has· been<br />

achieved without adequate financial support<br />

from the governments of India and Pakistan,<br />

largely through the reorientation and reorganization<br />

of the existing programs and through<br />

the efforts of members of the researc"h and<br />

extension teams. For example, although the<br />

scheme for the All-India Coordinated Wheat<br />

Improvement Programs dates back to 1961,<br />

and the budget and staffing pattern were drawn<br />

up and submitted in 1965, it was not finally<br />

approved until late 1969, and funded in early<br />

1970. In essence then the research developments<br />

on wheat in India were accomplished<br />

without formalized expanded financial support<br />

for research. The finances available<br />

were drawn from previously fragmented<br />

schemes brought together under the coordinated<br />

program. These funds were modestly<br />

supplemented by additional state or university<br />

sources. Shortage of funding also constituted<br />

a major constraint at certain stages on the<br />

expansion of several state and university programs.<br />

Nevertheless, success has been<br />

achieved, and largely because of the teamwork<br />

approach.<br />

It must be pointed out that wheat research<br />

work is nonetheless either still weak, or fragmented<br />

in many other countries of the Near<br />

and Middle East and North Africa. Steps are<br />

being taken in all countries where <strong>CIMMYT</strong> is<br />

directly or indirectly involved in production<br />

programs to attempt to correct this defect.<br />

This takes time, money and staff. The following<br />

examples illustrate the needs for more<br />

research. Some of the highest yielding Mexican<br />

varieties, Le., Siete Cerros and Inia 66<br />

are susceptible to either Septoria, Mildew or<br />

stripe rust in the heavy rainfall areas of the<br />

Mediterranean. Other varieties such as Tobari<br />

66 .and Penjamo 62 are somewhat more resistant<br />

to such diseases under these conditions.<br />

It is necessary to develop research programs<br />

in the Mediterranean climate areas to identify,<br />

develop and recommend those varieties most<br />

appropriate for this climate. During the past<br />

year, the national research programs in Tunisia<br />

and Morocco with direct technical assistance<br />

from <strong>CIMMYT</strong> have been strengthened so as<br />

to achieve this goal. They have already made<br />

a potentially valuable contribution to improving<br />

wheat production in North Africa, and perhaps<br />

also in the entire spring wheat area of<br />

the Mediterranean by identifying several experimental<br />

high-yielding dwarf <strong>CIMMYT</strong> Mexican<br />

lines with better resistance to these diseases.<br />

Both countries are now struggling to<br />

expand their breeding programs so as to handle<br />

these diseases as well as several insect<br />

problems which are especially severe. in North<br />

Africa.<br />

There is now a welcomed strengthening of<br />

research on the horizon, from an unexpected<br />

source. Developing countries are beginning to<br />

help other developing countries. The government<br />

of India, which has profited enormously<br />

from the green revolution, is now in the preliminary<br />

stages of formally setting up a foreign<br />

55

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