ABSTRACT
Field experiment was carried out during November 2006 to February 2007 under old alluvial soil to evaluate the impact of combined dose of chemical fertilizer, biofertilizer in combination with compost for the yellow sarson (Brassica campestries cv.B9 ) in a randomized block design replicated thrice. Various morpho-physiological parameters viz., plant population, length of shoot and root, leaf area index (LAI) , crop growth rate (CGR ), net assimilation rate (NAR) , yield attributes viz., number of siliquae per plant, number of seeds / siliquae, 1000 seed weight (test weight ), seed yield , stover yield and physiological and biochemical parameters viz., pigment content, sugar, amino acid, protein, ascorbic acid content in physiologically active leaf were performed. The treatment T1 i.e., 40% less N fertilizer, 25% less P fertilizer, K fertilizer constant + 12 kg ha-1 biofertilizer (Azophos) and organic manure (compost) @ 5Mt ha-1, showed the maximum chlorophyll accumulation (10.231 mg g-1 freshweight), highest seed /siliquae (25.143), test weight of seeds (4.861g) and highest seed yield (10.661 tha-1). A comparison between all the morphological, anatomical, physiological and biochemical parameters due to application of chemical fertilizer, bio-fertilizer and compost alone and in combination and their impact on soil microorganism, flora and fauna will throw a sound environmental information.
ABSTRACT
Cities and towns of the world are now facing enormous rise of noise pollution problem due to very high population rise, transport congestion and associated commercial and industrial activities. Burdwan, a district headquarter (100 km away from Kolkata) is one such town where noise pollution is very frequent. In order to assess noise level, noise data were collected from various places of the town by sound level meter with a duration of 30 minutes/location during specified time like 6.00 am, 10.00 am, 1.00 pm, 4.00 pm and 6.00 pm. Most of the monitoring places either belongs to silence category or commercial category areas. From the tabulated data, it was found that sound level lies within the range of 64-85 dB or above in different time at different places. The locations that belong to the silence zone have the noise level up to 90 dB. Statistically noise level in all these zones differ significantly at their peak hours. Noise pollution adversely affects our environment as well as human beings. Sound causes both pathological and psychological disorders in human beings. Implementation of rules and regulations under section 20, 21J, 41, 68(I), 70, 90, 111A of Environment Protection Act, 1986 and of course various technological methods and public awareness are very essential to check noise pollution in Burdwan town.
Subject(s)
Environmental Monitoring/methods , India , NoiseABSTRACT
Evaluation of the Coverage of Maternal Care Services was conducted during the year 1999 in the entire State of West Bengal, Urban poor localities of randomly selected three Municipal Corporation areas and 'high-risk' urban wards or villages of West Bengal that had reported AFP cases in 1998. It was observed that mothers who had three or more antenatal check-ups varied between 54% to 82% in different study areas. Tetanus Toxoid coverage varied between 83.5% to 93.4% being lowest in high-risk areas. Only a very small section of mothers (12.7% to 23.7%) consumed 100 or more Iron and Folic acid tablets during pregnancy. 'Danger Signs' of pregnancy were informed to only 21.1% to 38.2% of the pregnant mothers. Proportion of home deliveries varied between 16.7% (Calcutta) to as high as 72.7% (high-risk areas). Deliveries conducted by untrained personnel were 60.8% in high risk areas, 38.1% in State clusters and between 14.2% to 29.4% in the three urban areas. Vast majority of mothers (78.8% to 88.4%) received no post-natal check-up.