Indian science and technology has
arrived on the world scene. It is now a force to reckon with, thanks to
India’s human resources. The 2002-03 Budget recognises this in good
measure. There has been a 20 to 25 per cent increase in budgetary
allocations for science and technology.
To overcome the financial hazards,
the budget for the current fiscal has increased the allocation for five
science and technology departments by 25 per cent or Rs 790 crore over the
2001-2002 budget from Rs 3,110 crore to Rs 3,900 crore. Atomic energy has
been given Rs 535 crore against Rs 418 crore in 2001-02. Space research
which is making India one of the leading nations in this highly
sophisticated area, gets Rs 1,950 crore against Rs 1,600 crore. This is an
increase of 22 per cent as India has many new space and satellite projects
in hand in view of the increasing demand from several sectors.
Oceanographic research has been given a boost with a provision of Rs 175
crore, Rs 55 crore more than the 2001-2002 allocation. Other scientific
research will receive Rs 1228.80 crore, a jump of Rs 872 crore.
Telecommunication services are being
given Rs 18,069 crore in the current year against Rs 17,723 crore in
2001-02, a small increase in the budget. However, the private sector
investments and joint sector investments in this sector are very
substantial. Already, India has around 40 million fixed line telephones
and more than four million mobile phones. The growth rate is high and is
expected to be accelerated during the Tenth Five Year Plan. Hence, telecom
sector which is regarded as the key to future progress, is receiving a new
fillip.
Sectoral reforms and investment
opportunities in information and communication technologies seek to bridge
the digital divide and improve the quality of life of the deprived people.
With the opening of the international long distance service and the
internet telephony from April 1, 2002, the process of liberalisation in
the telecom sector would be complete.
By the year 2005, India is expected
to have 70 million fixed telephone lines and each one of the six lakh
villages will have more than one public call office. India has 285 million
people living in towns and cities with 35 cities having a million or more
people including metropolises and megalopolises like Greater Delhi,
Greater Kolkata, Greater Mumbai and Greater Chennai with more than 10
million people each.
The Department of Scientific and
Industrial Research has got Rs 1,032 crore against Rs 924 crore. India has
42 laboratories under the Council of Scientific and Industrial Research (CSIR)
which are now engaged in practical applications and delivering device and
products rapidly for commercial use to make life less hazardous.
India has a large number of defence
laboratories which are making the soldier, seaman and airman fighting fit
and efficient than ever before. Besides enabling the Armed Forces to
reduce manpower marginally, they are also giving the defence personnel a
greater punch or defensive capability than what was given in the 20
century. This is the thrust of the new millennium.
Biotechnology, with an outlay of Rs
225 crore against Rs 185 crore in 2001-02, is to cover many facets of
human, animal and plant life. Biotechnology covers many processes-not only
high-yielding disease-resisting crops but also cures for killer-diseases.
India can now proudly hope to increase grain production from 210 million
tons to 300 million tons to feed more than 1.2 billion or more people in
less than 10 years by using less land and diverting some of the farming
areas to cash crops like cotton.
Shortage of funds has been a perennial problem but
is being slowly overcome. The national budget has been trying to address
the financial crunch as far as possible. But more than money, it is the
capacity of the human brain to cash in on what is available. With that
unfailing human endeavour, Indian scientists have reached the frontiers of
science and technology and are proving their mettle at its best.
Lalit Sethi