The Naked Rain
By
V.Krishna Moorthy, Bhaskar Karnick


Contents



The Dance of the Nature

 

Mother Nature is a Great Teacher. In her all phenomenon are manifested. Nature reflects the Higher Ways of Spirit. By understanding the "Laws of Nature" and observing Nature, we understand life. Every entity has purpose and every phenomenon has reasons. Sometime nature seems to be cruel and that should not confuse us, for there is a duality in all things. Every single entity in nature is a purposeful part of the totality - it includes human being too. We fail to observe the nature, by including us as an integral part of it. We actually become a fragment in the dance of nature. By improper understanding and interpretation with our so-called knowledge of scientific inference, we may disturb the nature for a temporary gain and that may lead to disturb the very cycle of nature. By this, the Nature movements become random and uncoordinated. In our land, monsoon is the queen of seasons. Its royal presence brings the life into the landscape. Every sentient - human being, animals, plant, and even dry leaves dance with the rain. Plants, Streams, rocks, and clouds - all take part in this magnificent choreography. Where are we in the dance?

The Reality

Whenever the monsoon is delayed, it becomes the major concern. The entire national media closely track the arrival of monsoon. Indian Meteorological Department takes the shaky central stage. IMD has a major role to play. If it rains more than normal, the worry shifts to floods and the failure of monsoon leads to the draught.  Not much of interest is shown in building Mathematical models to explain the failure of by gone monsoon. New formula are not worked out or the failure maps are not drawn. We resort to more simplified reasoning - may be the American bombing in Afghanistan/Iraq or the El Nino/La Nino or Fever in the Stratosphere!!


On the set of monsoon, a typical statement from a government official or the commodity editor of the media normally reads like this 
"The country's projections on the output and exports of farm commodities remained unchanged, despite the delayed onset of the monsoon. India has forecast overall food grain production in 2002/03 (July-June) at 184.06 million tonnes and oilseeds production in 2002/03 (November-October) at 15.57 million tones".

The author moved around the country during the month of June - Delhi to Kanya Kumari. Allover especially in the towns, it is a cry for drinking water. People moving madly around to collect drinking water, are we in the 21st century? Anything out of a tap considered as drinkable. "Couple of days of failure of monsoon I think our well will go dry" seems to be common statement. Vernacular Magazine is full of jokes on bathing and drinking water.

The Naked Rain

Parched land, vegetation, birds, animals and people eagerly await the first rains. Summer gets treacherous in states like Gujarat. Gujaratis celebrate the first rainfall as Nago Varsad, that is, Naked Rain. There is anecdotal evidence of the medicinal property of the naked rain. Mothers encourage their children to play in the naked rain to relieve prickly heat. The first rain is celebrated in many states in our country. It is assumed that nature has done its job - the monsoon has arrived. TV channels are shifted out when  Weather report read out.

The Water and the Monsoon

We have abundance of water on earth. As a matter of fact 70% of the earth is covered with water and also 70% of human body is also of water. The importance of water can be gauged by the phrase- "Water- water every where not a drop to drink." One may wonder why this anomaly? Why some thing, is in abundance and at the same time scarce?

Major part of the available water dwells in the sea. Seawater has high concentration of salts and minerals making it a rich source of salt. The seawater remains unfit for either drinking or irrigation. Sea is the home for fishes and other aqua life. Sea has made inter continental travel easy and cheap through shipping. River water flows finally into the sea. That means in the water cycle most of the water is converted into saline form. The seawater evaporates to form rain-bearing clouds, which ultimately bring rains. The water cycle continues...

Rainwater is usable as it is formed through evaporation and condensation as in distillation process. Rainwater contains only impurities dissolved from atmosphere. Rain is the phenomena, which helps redistribute water on a continuous basis on the earth - forming water cycle.

Where are we this year? - let us see it later.

Rain in human life

The 70 % of water in human body itself makes the water an essential commodity for the very survival of humanity. Rain has been rightly considered as God - varuna and prayed for centuries. It is essential for life and in its ugly form of floods etc results in loss of life and property on an unimaginable scale. 

The life forms in all probability evolved from the sea. It has developed into most divergent forms in the adoption process. The changing forms may also because of environmental/ geographical location factors. From freezing cold to boiling temperature and from clean water to high concentration of salt & minerals. At some time point in the evolution process life forms migrated to land and have been evolving and adopting to the changing environment on the ground. 

Here on the land, the rain symbolizes the life itself. Immediately after the rain, the plants seem to be thrilled and grow much faster and greener. New branches shoot up and there is sudden change in the atmosphere. Definitely the same change is not seen by artificial irrigation or watering the plant even though the rain also pour on them just water. On the face of it, seems to be the same water only. It appears as though the plants can differentiate between the rainwater and the other forms.

With the start of monsoon, sowing of winter rice and oilseeds starts and progress along with the progress of the monsoon. Over India's southern and northeastern regions this is the scenario. The June-September southwest monsoon, bearing moist winds that trigger rains, is the lifeline of the economy and usually hits the southern coast , Kerala, on June 1. Every year sees a growth in the area of cultivation to keep up with the growing demand due to uncontrolled growth of population.

India's winter rice crop extends over about 40.6 million hectares with the northern states of Uttar Pradesh, Punjab, Eastern part of West Bengal and Orissa contributing the bulk of the crop. Sowing of groundnut, sesame, sunflower, soybean and castor also commences with the monsoon.

India's winter oilseeds are normally grown over about 15.76 million hectares including 5.82 million hectares under groundnut and 6.38 million hectares under soybean. Western Gujarat, Maharashtra and southern Andhra Pradesh are the main groundnut growing states while central Madhya Pradesh accounts for the bulk of the soybean output. Sugar cane a cash crop is cultivated over 3.53 million hectares. This being water intensive crop and the problem associated with delayed and low payment to farmers could see a down fall the area under cultivation.

The rain and the health factor

How is health connected to rain? We are directly and indirectly dependent for our food requirement on agriculture produce. Agriculture activities in our country are based on good rain. So if the rain fails our agriculture get adversely affected or so we think? Absence of rain produces draught condition in many parts of the country. The temperature goes up and results in many deaths. On the other hand excess of rain spoils the very harvest, which is dependent on it. Water scarcity leads to unhygienic condition and results in spreading of epidemics - killing many poor and innocent people. 

The Rain-based Economy

As ours is agriculture-based society and agriculture is a major source of raw material for many industries, the industrial and commercial activity depend on agriculture and the rain sets the mood. Any delay in the rain makes the summer hotter and longer, increases the power consumption and lowers the efficiency in general. Production of Vegetable and milk product is reduced considerably, thereby increasing the cost of the related items. The effect is wide spread and shows up on the national as well as individual purchasing power. It plays on GDP and the very stability of the government.
Thanks to the Indian agriculture scientists and farmers whose consistent and relentless effort has not only kept pace with growing population but in many respect over taken the food production to not only meet internal growing demand but to be able to export many commodities to the needy countries and meet the human obligation placed by the global community on our country. The reserve also takes care of monsoon failure. What we lack is storing, distribution and management systems - these are not in place. 


The Concern 

In all the issues discussed here rain becomes the major factor of concern. Different groups have different reasons to be concerned about. A farmer worries about his crops, the share market operators towards the share prices as rain being the major factor for the industries. A common city dweller is worried about the heat he has to bear. City Administration needs to worry about the drainage system, possibility of epidemic and etc. State government may have to worry either about the draught or the floods and the adverse effect on hydroelectric power generation. Even for school going children rain or no rain in both the cases commuting to school and other activities are made difficult.

Myths, rain and rituals

"The clouds that are formed in the first half of Chaitra (April) will yield water in the latter half of Ashwin (September) and those that are formed in the latter half of Chaitra (April) will rain in the first half of Karthika (October)" - Couplets 9-12, Chapter XXI, Brihat Samhita.

Here are some of the events in the news this year:

Karnataka government's call for special prayers to seek divine intervention for rains evoked lukewarm response in Bangalore - the seat of power - it was spontaneous in the districts. Muzrai minister Suma Vasanth, whose department is in charge of 42,000 temples in the state, attended the Varuna pooja at Talacauvery, birth place of the Cauvery in Madikeri district. Priests from Madikeri and Sringeri performed gana homa, ekadasha rudrabhisheka, parjanya japa, parjanya pooja, rishyashringa japa, Cauvery ashtothara, panchamrithabhisheka, Varuna pooja, Sapthashathi parayana and other pujas at Talacauvery and also at Bhagamandala temples.

Donkeys married in ritual to bring rain to Chennai on June 28, 2003. 

Five pairs of donkeys tied the knot on Saturday in an elaborate public wedding hoped to bring rain to Chennai. Several hundred devotees chanted mantras to bless the donkeys in eternal union in an hour-long ritual following local marriage customs in all respects save species. Despite the scorching sunshine, RK Bhagavathiraj, a religious scholar who organised the ceremony, said he was certain rain was now on its way. The donkeys were brought in from all over Tamil Nadu for the marriage. The city of 6.5 million has a critical shortage of water due to weak monsoons in recent years and a poor distribution system. For the past several months, many Chennai residents have had to seek water through tankers from the suburbs -- or, failing that, through donkey marriages.

The facts from figures

Let us see the first belief that agriculture yield depends on timely and sufficient rain. The data for last three decade doesn't show this. See table below.

Source: Department of Agriculture and Cooperation, GOI 
*Advance Estimates as on 5.4.2002

ALL INDIA AREA, PRODUCTION &  YIELD OF RICE

Year Area

(million hectares)

Production

(million tonnes)  

 Yield

(kg. per hectare)

1950-51

30.81

20.58

668

1951-52

29.83

21.30

714

1952-53

29.97

22.90

764

1953-54

31.29

28.21

902

1954-55

30.77

25.22

820

1955-56

31.52

27.56

874

1956-57

32.28

29.04

900

1957-58

32.30

25.53

790

1958-59

33.17

30.85

930

1959-60

33.82

31.68

937

1960-61

34.13

34.58

1013

1961-62

34.69

35.66

1028

1962-63

35.69

33.21

931

1963-64

35.81

37

1033

1964-65

36.46

39.31

1078

1965-66

35.47

30.59

862

1966-67

35.25

30.44

863

1967-68

36.44

37.61

1032

1968-69

36.97

39.76

1076

1969-70

37.68

40.43

1073

1970-71

37.59

42.22

1123

1971-72

37.76

43.07

1141

1972-73

36.69

39.24

1070

1973-74

38.29

44.05

1151

1974-75

37.89

39.58

1045

1975-76

39.48

48.74

1235

1976-77

38.51

41.92

1089

1977-78

40.28

52.67

1308

1978-79

40.48

53.77

1328

1979-80

39.42

42.33

1074

1980-81

40.15

53.63

1336

1981-82

40.71

53.25

1308

1982-83

38.26

47.12

1231

1983-84

41.24

60.10

1457

1984-85

41.16

58.34

1417

1985-86

41.14

63.83

1552

1986-87

41.17

60.56

1471

1987-88

38.81

56.86

1465

1988-89

41.73

70.49

1689

1989-90

42.17

73.57

1745

1990-91

42.69

74.29

1740

1991-92

42.65

74.68

1751

1992-93

41.78

72.86

1744

1993-94

42.54

80.30

1888

1994-95

42.81

81.81

1911

1995-96

42.84

76.98

1797

1996-97

43.43

81.74

1882

1997-98

43.45

82.53

1900

1998-99

44.80

86.08

1921

1999-2000

45.16

89.68

1986

2000-01

44.36

84.87

1913

2001-02*

43.92

90.75

2066


The data is consistent from 1871 - 1990 in that it is constructed from a 306 station network, with no missing data. The number and distribution of stations for 1991 - 2000 is unknown.(Rainfall totals are given in millimeters)  

Year

Rain
(in mm)

Year

Rain
(in mm)

Year

Rain
(in mm)

Year

Rain
(in mm)

Year

Rain
(in mm)

1871

849.1

1898

885

1925

804

1952

793.3

1979

708

1872

914

1899

629.5

1926

903.1

1953

923.4

1980

882.9

1873

757.6

1900

889.7

1927

853.5

1954

885.8

1981

852.4

1874

974.9

1901

722.4

1928

768.2

1955

930.5

1982

735.6

1875

930.1

1902

792.2

1929

821.5

1956

983.6

1983

955.9

1876

778.1

1903

861.3

1930

804.9

1957

789

1984

836.9

1877

604.4

1904

750.6

1931

877.6

1958

889.6

1985

760

1878

976.5

1905

716.8

1932

803.8

1959

944.3

1986

743.2

1879

898.2

1906

885.5

1933

976.2

1960

839.9

1987

697.4

1880

820.6

1907

777.9

1934

913.8

1961

1020.5

1988

961.7

1881

861.7

1908

897.5

1935

843.9

1962

810

1989

866.9

1882

903.3

1909

889.6

1936

908.7

1963

858.1

1990

908.8

1883

849.7

1910

935.4

1937

842.4

1964

922.8

1991

784.7

1884

933.3

1911

736.8

1938

908.6

1965

709.6

1992

785

1885

848

1912

806.4

1939

789.9

1966

740.2

1993

896.6

1886

874.8

1913

784.8

1940

853.6

1967

860.3

1994

938.4

1887

899.8

1914

898.5

1941

728.7

1968

754.8

1995

826.4

1888

812

1915

781

1942

958.1

1969

831.3

996

857.3

1889

931.1

1916

951.1

1943

868.6

1970

940

1997

870.5

1890

906

1917

1004.7

1944

920.8

1971

887

1998

873.8

1891

792.8

1918

651.2

1945

911.3

1972

653.1

1999

827

1892

992

1919

885

1946

904

1973

913.6

2000

770.2

1893

955.3

1920

719.4

1947

945.9

1974

748.3

 

 

1894

971.8

1921

866.2

1948

874.3

1975

963

 

 

1895

824.1

1922

869.4

1949

904.2

1976

857

 

 

1896

829

1923

823.5

1950

877.3

1977

883.4

 

 

1897

891.4

1924

863

1951

739.2

1978

909.5

 

 


Rains or no rains the yield has been increasing consistently over the years. Of course the yield depends on many factors other than rain like the quality of seed fertilizer, pesticide, mechanization, sowing techniques the time etc. The above table shows that even though rain is considered major factor but there are other controlling factors which haven been undermining rain. Even where yield is low, it is higher if one looks at yield say past 4 years.

The rain data for the last century shows that average rainfall is maintained in spite of all variations and dynamics of the rain system. The table above make us believe that we need to be more concerned about the effect of rain on living conditions and immediate catastrophe because of flooding and draught rather than waiting for rain. The rain may be less or more as a whole or it the distribution of rainfall may change but the catastrophe that the rain phenomenon brings is sure to come.

The Prediction and  the reality

For the 2003 South-West Monsoon Season for the country as a whole, the new 8-Parameter Probabilistic Model indicates:

21 % probability of drought (rainfall less than 90 % of LPA)
39 % probability of below normal rainfall (90 to 97 % of LPA)
14 % probability of near normal rainfall (98 to 102 % of LPA)
23 % probability of above normal rainfall (103 to 110 % of LPA)
3 % probability of excess rainfall (more than 110 % of LPA)

According to the Indian Meteorological Department (IMD) data, 20 of the 36 weather subdivisions received normal or above normal rainfall for the week ending June 18, compared to 23 during the corresponding period of last year.

 

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