We analyzed the influence of environmental parameters on the temporal variation of atmospheric carbon dioxide (CO 2) mixing ratios in two environmentally contrasting Indian sites, Dehradun (30.1°N, 77.4°E, humid subtropical station) and Gadanki (13.5°N, 79.18°E, dry tropical station), from October 2010 to September 2011. The annual range of mixing ratios is low in Gadanki as compared to those of Dehradun because of relatively less monthly variation in temperature and relative humidity (RH) at Gadanki. At both the stations, the minimum mixing ratios are present during the high ecosystem productivity seasons in the afternoon hours. The maximum values are in the early morning hours. However, low wind speed conditions control the unexpected afternoon high mixing ratios in Gadanki during the pre-monsoon season. The early morning maximum is high during monsoon and postmonsoon seasons in Dehradun and Gadanki, respectively, whereas morning inflexion occurred earlier in Gadanki compared with Dehradun. The effect of cloudiness on the CO 2 uptake depends on the canopy cover.
Hazardous wastes are man made activities, and adversely impacts human life and environment. The adverse impacts caused due to the indiscriminate disposal of hazardous wates (HWs). A number of potentially hazardous chemicals are now produced as finished products or by products.More than six million known chemicals, used in different Indian industries. Management of hazardous wastes has become a major concern in India as haphazard dumping of hazardous wastes results in severe environmental impairment. The adverse effect of hazardous as well as the significance potential risks posed by them to the life and its supporting system are increasingly recognized. Rapid growth of industries in India has resulted in generation of increasing volume of hazardous wates. However only, a few secured landfill sites are available in the country for disposal
El monitoreo de radón en Palampur y Dalhousie, en los valles de Kangra y Chamba, utiliza la emanometría por medicióndiscreta de radón desde 1992, dentro del programa de Sismicidad del Himalaya del gobierno de la India. Se observa una correlaciónen ambas regiones investigadas con el número de microtemblores registrados por el Departamento de Meteorología de la India enel período 1992-1997. Se estudió el efecto de parámetros meteorológicos (temperatura, precipitación, humedad y velocidad delviento) sobre el nivel de radón. En la estación de Palampur se presenta correlación positiva de los niveles de radón con la temperatura,la precipitación y la humedad, y negativa con la velocidad del viento.
A study was carried out on the impact of Chemical Fertilizer Industrial waste on the quality of soil in the vicinity. The Fertilizer Industry located at Jijaipur District Guna (M.P.) India, produce liquid ammonia and urea. All the solid waste generated are disposed off at dumpsites (Surrounding Fertilizer Plant). Teh effluent sludge and Soil sample were analysized for physio-chemical parameters viz pH values, Phosphrous, Sodium, Chromium, bulkdensity, porosity, water-holding capacity, electric conductivity, organic matter and Cation exchange capacity of soil using standard methods. The results revealed that the dumpsite sludge sample recorded very high concentration of Potassium and Calcium. The effluent samples from the outside showed lower value of Potassium and Calcium. The Soil environment around the dumpsite was the most affected the highest mean value of potash and phosphorous respectively.
Today water resources have been the most exploited natural system since man strode the earth. Pollution of water bodies is increasing steadily due to rapid population growth, industrial proliferations, urbanizations, increasing living standards and wide spheres of human activities. Time is, perhaps not too for when pure & clean water, particularly in densely populated, industrialized water scarce areas may be inadequate for maintaining the normal living standards. Ground water, rivers, seas, lakes, ponds, and streams, are finding it more & more difficult to escape from population. Many rivers of the world receive heavy flues of sewage, industrial effluents, domestic and agriculture waste which consist of substances varying from simple nutrient to highly toxic hazardous chemicals. In Sehore Parwati River, Jamunia Dam and Bhagwanpura Dam and Siwan
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