BIHAR LAND POLICY ON ANVIL

BIHAR WATER POLICY ON ANVIL

Bihar is a land of paradoxes. The northern part of the state is flooded with both under and surface water whereas; the southern and central part of the province not so lucky and richly endowed with this resources. But at the same time the north Bihar bears almost invariably every year the brunt of rivers like Kosi, Adhwara groups, Bagmati, Kamal balan etc. the districts falling under this region experience wrath of the virulent and furious rivers every year leaving hundreds dead and extensive damages. This year also, the state is marked by this dichotomy and paradox. The 26 districts of central and north Bihar have been declared drought hit whereas about 6-7 districts have been facing wraths of flood fury. The people of Bihar have accepted this state of affairs as nature’s injustice to them, but government, this time, seems determined to fight to finish this natural calamity once for all.

It is therefore and under this backdrop, the Government of Bihar is coming out with a comprehensive water policy very soon.  A draft has already been prepared by the Water Resource Department (WRD) and put to website for inviting suggestion from across the board and people at large. In fact, during the last year’s unprecedented flood in North Bihar caused by Kosi River, which devastated the socio-economic fabric of almost entire northern region of the state, necessitated the government to evolve such policy with respect to water management and flood control. The extensive damage caused by this flood, which according to many was nothing short of a catastrophe, had evoked public debate in the media and in government circles also. Many experts suggested that merely doing some anti-erosion and embankment strengthening would not work. A plethora of suggestions in forms of articles, columns and seminars were put into public domain regarding flood control and disaster management. It was during this period the details of steps suggested by the engineers and civil servants during British government also came up for discussion. Only few months ago, Rajendra Singh and Sandip Pandey, both Magsaysay award winner came to Bihar and delivered speech. They suggested ways to conserve and manage water resources. They were particularly averse to the idea of taming rivers by way of construction of dams and embankments. The duo was in favour of allowing the rivers to flow their natural courses.    

The ‘Saharsa Gazetteer’ a valuable document, which entails details about the flood control, safety of embankment of rivers etc, also drew government’s attention. Many engineers and experts are of the opinion that the government’s apathy and neglect towards these old but precious documents, which according to them are as valuable as anything and adoption of strategies on adhoc basis has allowed the situation to go from bad to worse.    

Taking cue from all such documents and suggestions, the govt has decided to formulate a comprehensive water policy of the state so that strategies to tackle the problems related to rivers are evolved. The objectives of this proposed policy are

·       Irrigation and flood management so that flood devastation is mitigated

·       To evolve water drainage system in the affected areas

·       Development of river basin system and transfer of river basin from excessive water availability area to scanty water availability area. The idea is to transfer water from north to south region of the state

·       Strengthening river embankment to tame the fury of river

·       Interlinking river on lines of river linking mega project of national government.

·       Deepening of river and de-siltation of rivers

·       To treat north and south Bihar rivers on different footing and evolve different strategies for these rivers.

·       Recycling of underground water and evolve and formulate rain water harvesting rules and laws. The excessive exploitation of underground water especially by commercial enterprise are sought to be regulated and the government is determined to enact law related to it also.

·       Evolve multi-sectoral approach  etc

Officials connected with the WRD say that the CM is committed to give final shape to this policy very soon and like to announce it on republic day celebration on 26^th January, 2009.

Indian Space programme got another further in its cap following successfully launch of seven satellites by rocket, the PSLV on Wednesday from Sriharikota in Andhra Pradesh. Out of the seven satellites launched, six belonged to foreign countries, meaning thereby that India’s share in multi-billion dollar international space market has been on increase. This is the first space venture by India after failure of Chandrayan- I, a setback which many called a fiasco. This success is being viewed as a major breakthrough and confidence building event because the failure of Chandrayan-I had stigmatised Indian space programme in eyes of cynical elements.

The Polar Satellite Launch Vehicle (PSLV) is a seven storeys and 230 tonne rocket and this launch was the 16^th mission by PSLV for India. The credibility of this satellite Launch vehicle has immensely increased because now more and foreign countries are showing confidence in this vehicle for launch of their satellites.

The 21^st century is era of space and satellites, and commercial launch vehicle can earn huge revenues in space market. Therefore India should augment its space programme and can further improve upon PSLV so that we can earn huge resources to finance our future space and defence programme.         

WATER ON MOON; CHANDRAYAN I PIONEERED THE WORLD

Chandrayan I, the maiden lunar mission of India had detected the existence of water on the surface of Moon much before its demise just previous month. The instrument of NASA called Moon Mineralogy Mapper i.e. MMM or M3 onboard Chandrayan-I has sent data and images which confirm existence of water on Moon ending four decades of speculation. Speculation had been rife and ideas had been vacillating ever since Apollo astronauts brought some sample rocks from the Moon in a box which got contaminated because the box leaked. The scientists therefore could not draw any inference on the basis of these contaminated rocks.

What is MMM or M3- Moon Mineralogy Mapper or triple M, popularly known as M3 is one of the two instruments which NASA (National Aeronautics and Space Administration) had fitted on Chandrayan-I to collect images and gather data from the Moon. Chandrayan was fitted with 10 more other equipments apart from this M3. This instrument is led by Principal investigator Carle Pieters of Brown University and was managed by Jet Propulsion Laboratory of NASA. This instrument is manufactured and designed to the state of the art imagining spectrometer which can provide high resolution spatial and spectral map of the surface of Moon.  M3 is a discovery Program, a series of low cost instruments which focuses on scientific space missions. M3 is one such instrument which was installed into Chandrayan-I and sent some information. The instrument picked up electromagnetic radiations from the rocks of the lunar surface.

BASIS OF CLAIM- Scientists have drawn preliminary inference that water could have been formed due to interaction of Oxygen and Hydrogen. The Oxygen might have been present in the rocks and soil present on the lunar surface and Hydrogen might have come due to nuclear fusion taking place in the sun. In fact, due to ongoing nuclear fusion in the sun, the photons are emitted which contain hydrogen. The interaction of Oxygen and Hydrogen (O+H2= H20) forms water and this calculation is the basis on which it is being said that lunar surface has water.

M3 instrument analysed that how the sun light reflected from the surface of moon and mapped electromagnetically the presence of water on the surface. The wavelengths of received from M3 could be easily analysed because each matter gas or liquid has a different wavelength of electromagnetic image.

FINDING OF CENTURY- it is a being termed as the finding of century which brought to an end the four decades of speculation. Although the available water is not in abundant or in pool and is in form of moistures in rocks and soils, it is a big leap in scientific exploration. The NASA has also confirmed this findings with a sense of gratitude towards ISRO and Chandrayan-I.  

CLAMOUR FOR CLAIM- the findings has now been confirmed by NASA and subsequently it has been put to online edition of Science journal. With the completion of these formalities, the exploration is confirmed and the scientific communities have accepted the findings of M3. Although NASA has thanked ISRO for making this discovery possible, quarrel is likely to begin as to who is the real taker of credit, NASA or ISRO. The world and especially west would not like to accept this claim very easily due to inherent societal and scientific temperament whereas the Indian scientist community will leave no stone unturned to stake the claim in its accounts. Director of NASA Jim Green said ‘water ice on the moon has been something of a holy grail for lunar scientists for a very long time’. Commending the discovery, Carle Pieters, Principal Investigator said ‘for silicate bodes, such features are typically attributed to water and hydroxyl-bearing materials’. Downplaying excessive euphoria, she said that evidence of water on the Moon does not mean that it is in lakes and oceans or even puddles, it is in molecules and embedded in rocks.

There is no doubt about the fact that it is a big leap and discovery is made by an instrument which was built and installed by NASA, the association of Chandrayan-I with it can never be ruled out and name of India and ISRO have permanently been associated with this historic scientific event which will pass into the pages of history.