Sevadal Mahila Mahavidhyalaya

The Japanese quail (Coturnix coturnix japonica) is a domesticated species, which is highly adaptable to climatic changes. In the present study, the eggs of Japanese quail is incubated in different seasons at BOD Incubator under control conditions. Record for 4 months was maintained to study the egg incubation after fumigation. The significant correlation is seen between the temperature, humidity, food quality of Central India climatic conditions and the egg production with good egg mass and consequently meat.

Remote sensing provides timely, synoptic and repetitive coverage over large areas across various spatial scale, have made it a very powerful tool for monitoring natural resources, like forest, agriculture, irrigation, environmental resources. Remote sensing and GIS, as well as the related technology of digital image processing, global positioning system are used to help, manage and protect the natural resources. Satellite remote sensing has demonstrated its utility in mapping and monitoring of vegetation-cover and changes, analyzing natural resources disturbances apart from other micro-level applications like spatial mapping, its estimation, socioeconomic status, habitat analysis, drinking water, irrigation, agriculture, waste management, drainage pattern, road and railway network, facility and utility management, mapping of geology and mineral reserves with impact on environment. The multi-sensor approach has proved its capability to identify the source of pollution, accurately determine the location extent and type. GIS is a powerful tool for effective and efficient storage and manipulation of remotely sensed data and other spatial data and non-spatial data for scientific and commercial management and policy-oriented purposes. The present paper shows the capability of mapping of mineral reserves and geology using Satellite Remote-Sensing data, monitoring impact of mining activities on the surrounding environment of Parseoni Tahsil.

KEYWORDS The avian embryo is unique for studying morphogenesis in birds. Today widely used model for experimentation is chick and the focus on the chick embryo has somewhat overshadowed the other avian species which can also prove to be of much importance. One avian species which is equally powerful is the Japanese Quail, Coturnix coturnix japonica. The Japanese Quail, due to its easy maintenance, early sexual maturity, shorter generation interval and high rate of egg production has become a pilot animal in the field of research. In the present study, normal stages of chick embryo development were used as a basis for studying the development of quail embryo. Japanese Quail embryo takes approximately 17 days to hatch, a primitive streak were seen on Day 1 while Day 2 shows prominent somites. Eye pigmentation, beak region, various joints were seen on Day 4 and Day 5 respectively. On Day 9 and onwards there was prominent pigmentation were observed. Thus, the major objective of the present research work was to study the embryonic development of the Japanese Quail and to identify the period of incubation where the Japanese Quail embryo gives the faster ontogeny than chick embryo.

Remote sensing provides timely, synoptic and repetitive coverage over large areas across various spatial scale, have made it a very powerful tool for monitoring natural resources, like forest, agriculture, irrigation, environmental resources. Remote sensing and GIS, as well as the related technology of digital image processing, global positioning system are used to help, manage and protect the natural resources. Satellite remote sensing has demonstrated its utility in mapping and monitoring of vegetation-cover and changes, analyzing natural resources disturbances apart from other micro-level applications like spatial mapping, its estimation, socioeconomic status, habitat analysis, drinking water, irrigation, agriculture, waste management, drainage pattern, road and railway network, facility and utility management, mapping of geology and mineral reserves with impact on environment. The multi-sensor approach has proved its capability to identify the source of pollution, accurately determine the location extent and type. GIS is a powerful tool for effective and efficient storage and manipulation of remotely sensed data and other spatial data and non-spatial data for scientific and commercial management and policy-oriented purposes. The present paper shows the capability of mapping of mineral reserves and geology using Satellite Remote-Sensing data, monitoring impact of mining activities on the surrounding environment of Parseoni Tahsil.

Remote sensing provides timely, synoptic and repetitive coverage over large areas across various spatial scale, have made it a very powerful tool for monitoring natural resources, like forest, agriculture, irrigation, environmental resources. Remote sensing and GIS, as well as the related technology of digital image processing, global positioning system are used to help, manage and protect the natural resources. Satellite remote sensing has demonstrated its utility in mapping and monitoring of vegetation-cover and changes, analyzing natural resources disturbances apart from other micro-level applications like spatial mapping, its estimation, socioeconomic status, habitat analysis, drinking water, irrigation, agriculture, waste management, drainage pattern, road and railway network, facility and utility management, mapping of geology and mineral reserves with impact on environment. The multi-sensor approach has proved its capability to identify the source of pollution, accurately determine the location extent and type. GIS is a powerful tool for effective and efficient storage and manipulation of remotely sensed data and other spatial data and non-spatial data for scientific and commercial management and policy-oriented purposes. The present paper shows the capability of mapping of mineral reserves and geology using Satellite Remote-Sensing data, monitoring impact of mining activities on the surrounding environment of Ramtek Tahsil.

KEYWORDS The avian embryo is unique for studying morphogenesis in birds. Today widely used model for experimentation is chick and the focus on the chick embryo has somewhat overshadowed the other avian species which can also prove to be of much importance. One avian species which is equally powerful is the Japanese Quail, Coturnix coturnix japonica. The Japanese Quail, due to its easy maintenance, early sexual maturity, shorter generation interval and high rate of egg production has become a pilot animal in the field of research. In the present study, normal stages of chick embryo development were used as a basis for studying the development of quail embryo. Japanese Quail embryo takes approximately 17 days to hatch, a primitive streak were seen on Day 1 while Day 2 shows prominent somites. Eye pigmentation, beak region, various joints were seen on Day 4 and Day 5 respectively. On Day 9 and onwards there was prominent pigmentation were observed. Thus, the major objective of the present research work was to study the embryonic development of the Japanese Quail and to identify the period of incubation where the Japanese Quail embryo gives the faster ontogeny than chick embryo.

The Japanese quail (Coturnix coturnix japonica) is a domesticated species, which is highly adaptable to climatic changes. In the present study, the eggs of Japanese quail is incubated in different seasons at BOD Incubator under control conditions. Record for 4 months was maintained to study the egg incubation after fumigation. The significant correlation is seen between the temperature, humidity, food quality of Central India climatic conditions and the egg production with good egg mass and consequently meat.

The experiment was conducted to study the development of Gonads in quail embryos. The eggs of Japanese Quail are incubated in BOD incubator at 35 o C and 60% Relative Humidity. The embryos were cut out, fixed, paraffin sectioned and stained with Heamatoxylene-Eosin. The result shows that the formation of ovaries starts from 4 th day of incubation. It matures till 17 th day of incubation. The testis starts developing by showing the epididymal linings on 5 th day. These results established the basic groundwork for the research of the development of other endocrine glands of quail as well as other poultry.

Se vadal Mahila Mahavidyalaya, Nagpur-440024 (M.S.) Abtract The experiment was conducted to study the de ve lopme nt of Endocrine Glands in quail embryos. The eggs of Japanese Quail are incubate d in BOD incubator at 35 o C and 60% Relative Humidity. The embryos were cut out, fixed, paraffin sectioned and stained with Heamatoxylene-Eosin. The result shows that the formation of ovaries starts from 4 th day of incubation. It matures till 17 th day of incubation. The testis starts developing by showing the epididymal linings on 5 th day. The adrenal gland starts developing from 4 th day as the triangular portion above kidney can be differentiated on 6 th day. Thyroid gland appe ars as out growth from 4 th day but it is visible on 8 th day of incubation. These results established the basic groundwork for the re search of the de velopment of other e ndocrine glands of quail as well as other poultry.

Remote sensing provides timely, synoptic and repetitive coverage over large areas across various spatial scale, have made it a very powerful tool for monitoring natural resources, like forest, agriculture, irrigation, environmental resources. Remote sensing and GIS, as well as the related technology of digital image processing, global positioning system are used to help, manage and protect the natural resources. Satellite remote sensing has demonstrated its utility in mapping and monitoring of vegetation-cover and changes, analyzing natural resources disturbances apart from other micro-level applications like spatial mapping, its estimation, socioeconomic status, habitat analysis, drinking water, irrigation, agriculture, waste management, drainage pattern, road and railway network, facility and utility management, mapping of geology and mineral reserves with impact on environment. The multi-sensor approach has proved its capability to identify the source of pollution, accurately determine the location extent and type. GIS is a powerful tool for effective and efficient storage and manipulation of remotely sensed data and other spatial data and non-spatial data for scientific and commercial management and policy-oriented purposes. The present paper shows the capability of mapping of mineral reserves and geology using Satellite Remote-Sensing data, monitoring impact of mining activities on the surrounding environment of Ramtek Tahsil.

The avian embryo is unique for studying morphogenesis in birds. Today widely used model for experimentation is chick and the focus on the chick embryo has somewhat overshadowed the other avian species which can also prove to be of much importance. One avian species which is equally powerful is the Japanese Quail, Coturnix coturnix japonica. The Japanese Quail, due to its easy maintenance, early sexual maturity, shorter generation interval and high rate of egg production has become a pilot animal in the field of research. In the present study, normal stages of chick embryo development were used as a basis for studying the development of quail embryo. Japanese Quail embryo takes approximately 17 days to hatch, a primitive streak were seen on Day 1 while Day 2 shows prominent somites. Eye pigmentation, beak region, various joints were seen on Day 4 and Day 5 respectively. On Day 9 and onwards there was prominent pigmentation were observed. Thus, the major objective of the present research work was to study the embryonic development of the Japanese Quail and to identify the period of incubation where the Japanese Quail embryo gives the faster ontogeny than chick embryo. Japanese Quail, morphogenesis, development, embryo.