Saswati banerjee astrologer

Sivakumar, Vivekanandan Kalimuthu, S. Hemanandh, S. Praveen Kumar, E. Vaithiyanathan, R.

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Sathiya, G. VictorRajamanickam, G. Goutam Kumar Kundu, B. Murali Manohar, Jayachandra Bairi. Napoleon, M. Praneesh, S. Sathya, M. Geetha Devi, T. Madhu, K. Lal Kishore. Venkata Krishna. Arun Prashanth, Nazim Fazil, Madhusudhanan. Hanumantharaju, G. Vishalakshi, Srinivas Halvi, S. Increasing Scalability through Affinity Measure in Clustering. Dinesh Reddy, V. Valli Kumari, K. Raju, Y.

Jaya Lakshmi. Therefore, before giving antimalarial therapy, routine screening for G6PD deficiency should be undertaken in those tribal communities where its prevalence is high. Role of government in public health: Current scenario in India and future scope. The new agenda for Public Health in India includes the epidemiological transition, demographical transition, environmental changes and social determinants of health.

Based on the principles outlined at Alma-Ata in , there is an urgent call for revitalizing primary health care in order to meet these challenges. The role of the government in influencing population health is not limited within the health sector but also by various sectors outside the health systems. This article is a literature review of the existing government machinery for public health needs in India , its success, limitations and future scope.

Health system strengthening, human resource development and capacity building and regulation in public health are important areas within the health sector. Contribution to health of a population also derives from social determinants of health like living conditions, nutrition, safe drinking water, sanitation, education, early child development and social security measures. Population stabilization, gender mainstreaming and empowerment, reducing the impact of climate change and disasters on health, improving community participation and governance issues are other important areas for action.


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Making public health a shared value across the various sectors is a politically challenging strategy, but such collective action is crucial. Impact of road traffic emissions on tropospheric ozone in Europe for present day and future scenarios. Road traffic is an important anthropogenic source of NOx, CO and non-methane hydrocarbons NMHCs which act as precursors for the formation of tropospheric ozone. The formation of ozone is highly non-linear.

This means that the contribution of the road traffic sector cannot directly be derived from the amount of emitted species, because they are also determined by local emissions of other anthropogenic and natural sources. In addition, long range transport of precursors and ozone can play an important role in determining the local ozone budget. For a complete assessment of the impact of road traffic emissions it is therefore important to resolve both, local emissions and long range transport.

Both models use the same chemical speciation. This allows a highly consistent model chain from the global to the local scale. To quantify the contribution of the road traffic emissions to tropospheric ozone we use an accounting system of the relevant reaction pathways of the different species from different sources called tagging method. This tagging scheme is implemented consistently on all scales, allowing a direct comparison of the contributions. With this model configuration we investigate the impact of road traffic emissions to the tropospheric ozone budget in Europe. For the year we compare different emission scenarios and investigate the influence of both model and emission resolution.

In addition, results of a mitigation scenario for the year are presented. They indicate that the contribution of the road traffic sector can be reduced by local reductions of emissions during summer. During winter the importance of long range transport increases. This can lead to increased contributions of the road traffic sector e. Dental caries is the most prevalent dental disease and children are one of the most affected groups.

Literature search was performed electronically in various search engines like google scholar, PubMed, Copernicus, etc. Articles from the past 15 years reporting on dental caries prevalence and experience in India were searched and this online searching strategy collected and listed articles. Five articles which were hand searched were also included. The pooled prevalence of dental caries was found to be highest in 15 year olds followed by 5 and 12 years Weighted mean was also found to be highest for 15 years, followed by 5 and 12 years 2.

Pooled prevalence and weighted mean for the Northernern India region was found to be more in all the index age groups as compared to the Southernern India region. Also, Northernern region was found to be more affected by dental caries than Southern region. Since children are seen as the future of the nation, this data could be helpful in the planning of oral health care services by the concerned authorities in the community. Purpose: The purpose of this paper is to show that the role of organizational learning is increasingly becoming crucial for organizational performance.

Based on the study of three Indian global firms operating in National Capital Region of Delhi, India , this study explores the correlation of organizational learning with organizational performance…. What is distinctive or indistinctive about environmental education in schools and other formal education settings in India? In essence, what is the "ness" of environmental education in the Indian education system? Our responses to these important questions form the focus of this paper, shedding light on the historical, present and future….

Nutritional status of school-age children - A scenario of urban slums in India. Background One of the greatest problems for India is undernutrition among children. The country is still struggling with this problem. Malnutrition, the condition resulting from faulty nutrition, weakens the immune system and causes significant growth and cognitive delay. Growth assessment is the measurement that best defines the health and nutritional status of children, while also providing an indirect measurement of well-being for the entire population. Methods A cross-sectional study, in which we explored nutritional status in school-age slum children and analyze factors associated with malnutrition with the help of a pre-designed and pre-tested questionnaire, anthropometric measurements and clinical examination from December to April in urban slums of Bareilly, Uttar-Pradesh UP , India.

Result The mean height and weight of boys and girls in the study group was lower than the CDC Centers for Disease Control and Prevention standards in all age groups. Regarding nutritional status, prevalence of stunting and underweight was highest in age group 11 yrs to 13 yrs whereas prevalence of wasting was highest in age group 5 yrs to 7 yrs. Except refractive errors all illnesses are more common among girls, but this gender difference is statistically significant only for anemia and rickets. The risk of malnutrition was significantly higher among children living in joint families, children whose mother's education was [less than or equal to] 6th standard and children with working mothers.

Conclusions Most of the school-age slum children in our study had a poor nutritional status. Interventions such as skills-based nutrition education, fortification of food items, effective infection control, training of public healthcare workers and delivery of integrated programs are recommended. Environmental legislation and aquatic ecotoxicology in Mexico: past, present and future scenarios. The consolidation of environmental legislation is fundamental for governments that wish to support and promote different actions focused on reducing pollution and protecting natural water resources in order to maintain the present and future benefits that water provides for human beings and wild life.

Environmental laws are essential for sustaining human activities and health, preserving biodiversity and promoting sustainable development. In this context, it is important that environmental regulations concentrate on preventing or reducing the harmful impact of pollutants on organisms and ecosystems. The introduction of toxicity bioassays in environmental regulations is a positive step toward achieving this goal. In Mexico, the development of environmental legislation and the introduction of bioassays in water regulation are part of a very recent and complex journey.

This article describes how aquatic ecotoxicology tools, particularly bioassays, have influenced water pollution policies in Mexico. Three scenarios are reviewed: the background of Mexican legislation on water protection and Mexico's participation in the Watertox project; the actual efforts of SEMARNAT to develop bioassay batteries for this country; and, the challenges and perspectives of ecotoxicological bioassays as regulatory instruments. Diagnosis of human fascioliasis by stool and blood techniques: update for the present global scenario.

Before the s, human fascioliasis diagnosis focused on individual patients in hospitals or health centres. Case reports were mainly from developed countries and usually concerned isolated human infection in animal endemic areas. From the mids onwards, due to the progressive description of human endemic areas and human infection reports in developing countries, but also new knowledge on clinical manifestations and pathology, new situations, hitherto neglected, entered in the global scenario.

Human fascioliasis has proved to be pronouncedly more heterogeneous than previously thought, including different transmission patterns and epidemiological situations. Stool and blood techniques, the main tools for diagnosis in humans, have been improved for both patient and survey diagnosis.

Present availabilities for human diagnosis are reviewed focusing on advantages and weaknesses, sample management, egg differentiation, qualitative and quantitative diagnosis, antibody and antigen detection, post-treatment monitoring and post-control surveillance. Main conclusions refer to the pronounced difficulties of diagnosing fascioliasis in humans given the different infection phases and parasite migration capacities, clinical heterogeneity, immunological complexity, different epidemiological situations and transmission patterns, the lack of a diagnostic technique covering all needs and situations, and the advisability for a combined use of different techniques, at least including a stool technique and a blood technique.

Stem cell research and policy in India : current scenario and future perspective. Stem cell research is an exciting area of biomedical research, with potential to advance cell biology, and other new modalities of treatment for many untreatable diseases. The potential resides in the ability of these cells to develop into many different cell types in the body.

In India , efforts are being made on several fronts to promote this area in an integrated way. The main features of the strategy are: explore the full potential of adult and embryonic stem cells ESCs through basic and translational research; generate patient specific human ESC lines; enhance creation of animal models for pre-clinical studies; virtual network of Centres; creation institutions; generation of well trained manpower; build partnership with large companies in path-breaking areas; promote closer interactions amongst basic scientists, clinical researchers and the industry.

Newer initiatives include: establishment of a dedicated institute for stem cell science and regenerative medicine with its translational units; GMP and clean room facilities in medical schools; creation of a system for multi-centric clinical studies using autologous adult stem cells; national and international training courses for providing training to the students and the young scientists in the both embryonic and adult stem cells; and formulation of guidelines to conduct stem cell research in a responsible and ethically sensitive manner in the country.

The core capacity must be nurtured and built to create the required critical mass to have impact. Land use patterns and urbanization in the holy city of Varanasi, India : a scenario. Rapid urbanization and increasing land use changes due to population and economic growth in selected landscapes is being witnessed of late in India and other developing countries. The cities are expanding in all directions resulting in large-scale urban sprawl and changes in urban land use. The spatial pattern of such changes is clearly noticed on the urban fringes or city peripheral rural areas than in the city center.

In fact, this is reflected in changing urban land use patterns. There is an urgent need to accurately describe land use changes for planning and sustainable management. In the recent times, remote sensing is gaining importance as vital tool in the analysis and integration of spatial data. This study intends to estimate land use pattern in a planned and unplanned urban setup and also to analyze the impact of change in land use pattern in the Varanasi urban environment. The results indicate that the planned urban setup had a higher tree cover to that of unplanned area in the Varanasi City, although a considerable disparity existed within the planned urban setups.

Corbitt, Elizabeth S. Global policies regulating anthropogenic mercury require an understanding of the relationship between emitted and deposited mercury on intercontinental scales. Here we examine source-receptor relationships for present -day conditions and for four IPCC scenarios encompassing a range of economic development and environmental regulation projections.

We use the GEOS-Chem global model to track mercury from its point of emission through rapid cycling in surface ocean and land reservoirs to its accumulation in longer-lived ocean and soil pools. Deposited mercury has a local component emitted HgII, lifetime of 3. Fast recycling of deposited mercury through photoreduction of HgII and re-emission of Hg0 from surface reservoirs ice, land, surface ocean increases the effective lifetime of anthropogenic mercury to 9 months against loss to legacy reservoirs soil pools and the subsurface ocean.

This lifetime is still sufficiently short that source-receptor relationships have a strong hemispheric signature. Asian emissions are the largest source of anthropogenic deposition to all ocean basins, though there is also regional source influence from upwind continents. Current anthropogenic emissions account for only about one-third of mercury deposition to the global ocean with the remainder from natural and legacy sources.

However, controls on anthropogenic emissions would have the added benefit of reducing the legacy mercury re-emitted to the atmosphere.

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Better understanding is needed of the timescales for transfer of mercury from active pools to stable geochemical reservoirs. Surface ozone scenario and air quality in the north-central part of India. Temporal analysis of pollutants suggests that annual average mixing ratios of tropospheric pollutants were: O 3 - Seasonal variation and high O 3 episodes during summer are associated with meteorological parameters such as high solar radiation, atmospheric temperature and transboundary transport.

The interdependence of these variables showed a link between the daytime mixing ratios of O 3 with the nighttime level of NO 2. Published by Elsevier B. Earthquake induced liquefaction hazard, probability and risk assessment in the city of Kolkata, India : its historical perspective and deterministic scenario. Liquefaction-induced ground failure is one amongst the leading causes of infrastructure damage due to the impact of large earthquakes in unconsolidated, non-cohesive, water saturated alluvial terrains.

The city of Kolkata is located on the potentially liquefiable alluvial fan deposits of Ganga-Bramhaputra-Meghna Delta system with subsurface litho-stratigraphic sequence comprising of varying percentages of clay, cohesionless silt, sand, and gravel interbedded with decomposed wood and peat. Additionally, the region has moderately shallow groundwater condition especially in the post-monsoon seasons. In view of burgeoning population, there had been unplanned expansion of settlements in the hazardous geological, geomorphological, and hydrological conditions exposing the city to severe liquefaction hazard.

The Shillong and Bihar-Nepal earthquakes both of M w 8. We conducted in-depth geophysical and geotechnical investigations in the city encompassing km2 area. The stochastically. Objectives Dental caries is the most prevalent dental disease and children are one of the most affected groups. Materials and Methods Literature search was performed electronically in various search engines like google scholar, PubMed, Copernicus, etc. Results The pooled prevalence of dental caries was found to be highest in 15 year olds followed by 5 and 12 years A comprehensive regional assessment of emission sources is a major hindrance for a complete understanding of the air quality and for designing appropriate mitigation solutions in Nepal, a landlocked country in foothills of the Himalaya.

We used methodologies published in literatures, and both primary and secondary data to estimate energy production and consumption in each sector and its sub-sector and associated emissions. Local practices and activity rates are explicitly accounted for energy consumption and dispersed often under-documented emission sources like brick manufacturing, diesel generator sets, mining, stone crushing, solid waste burning and diesel use in farms are considered.

Apart from pyrogenic source of CH4 emissions, methanogenic and enteric fermentation sources are also accounted. Region-specific and newly measured country-specific emission factors are used for emission estimates.

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Activity based proxies are used for spatial and temporal distribution of emissions. Further, the emissions would be compared with other contemporary studies, regional and global datasets and used in the model simulations to. Simulating crop yield losses in Switzerland for historical and present Tambora climate scenarios. Severe climatic anomalies in summer , partly due to the eruption of Tambora in April , contributed to delayed growth and poor harvests of important crops in Central Europe.

Coinciding with adverse socio-economic conditions, this event triggered the last subsistence crisis in the western World. Here, we model reductions in potential crop yields for and and address the question, what impact a similar climatic anomaly would have today. These data were used to simulate potential crop yields for potato, grain maize, and winter barley using the CropSyst model calibrated for current crop cultivars.

We also simulated yields for the same weather anomalies, but referenced to a present -day baseline temperature. Effects on winter barley were smaller. Significant reductions were also modelled for and were mainly due to a cold late spring. Relative reductions for the present -day scenario for the two crops were almost indistinguishable from the historical ones. Waterlogging, which we assessed using a stress-day approach, likely added to the simulated reductions. Etiology and mode of presentation of chronic liver diseases in India : A multi centric study.

There is a paucity of health policy relevant data for chronic liver disease from India , impeding formulation of an interventional strategy to address the issue. A prospective, multicentric study to delineate the etiology and clinical profile of chronic liver disease in India is reported here.


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A centrally coordinated and monitored web-based data repository was developed Feb, to Jan, and analyzed. Eleven hospitals from different parts of India participated. Data were uploaded into a web based proforma and monitored by a single centre according to a standardized protocol. There was significant interregional differences hepatitis C in North, hepatitis B in East and South, alcohol in North-east, Non-alcoholic Fatty Liver Disease in West in the predominant cause of chronic liver disease. Observations of our study will help guide a contextually relevant liver care policy for India and could serve as a framework for similar endeavor in other developing countries as well.

October 15, - High concentrations of aerosols over India. Epidemiology of road traffic injury patients presenting to a tertiary hospital in Hyderabad, India. Road traffic injuries kill more people in India than in any other country in the world, and these numbers are rising with increasing population density and motorization. Official statistics regarding road traffic injuries are likely subject to underreporting.

This study presents results of a surveillance program based at a public tertiary hospital in Hyderabad, India. All consenting patients who presented to the casualty ward after a road traffic injury over a 9-month period were enrolled. Interviews were performed and data abstracted from clinical records by trained research assistants. Data included demographics, injury characteristics, risk factors, safety behaviors, and outcomes. A total of 5, patients were enrolled; their mean age was The most frequent collision type was skid or rollover Male victims were younger than female victims and were overrepresented among motorized 2-wheeler users.

Patients were most frequently injured from to A total of Hospital mortality was 5. This is one of the few prospective, hospital-based studies of road traffic injury epidemiology in India. The patient population in this study was similar to prior hospital-based studies. When compared to government surveillance systems, this study showed motorized 2-wheeler users to be more frequently represented among the overall population and among fatalities. Further research should be done to develop interventions to decrease mortality associated with 2-wheeled vehicles in India.

india present scenario: Topics by acywejifis.gq

Published by Elsevier Inc. Investigation of temperature and its indices under climate change scenarios over different regions of Rajasthan state in India. The ongoing increases in concentrations of atmospheric greenhouse gas will most likely affect global climate for the rest of this century. Global warming brings a huge provocation to society and human beings. Single extreme events and increased climate variability have a greater impact than long-term changes in the mean of climatic variables.

Further to determine the changes in extreme temperature events, the data for the baseline period and the future periods was represented by eight extreme temperature indices. Results illustrate that an increase in minimum and the maximum temperature are observed in all the three future periods. The average mean temperature for base period and three future periods over four regions of Rajasthan was observed highest in region 3 which shows an incessantly increased in mean temperature about 2. Two GCMs depicts that the incessant temperatures may be increase in the future and future maximum temperature in all the seasons varies from 2.

While for minimum temperature, the range of temperature changes varies from 0. The present study focuses on the spatio-temporal variation of nitrogen dioxide NO2 during June to May and its futuristic emission scenario over an urban area Durgapur of eastern India. The concentration of ambient NO2 shows seasonal as well as site specific characteristics. Out of the total urban area under consideration Wind rose diagrams, correlation and regression analyses show that meteorology plays a crucial role in dilution and dispersion of NO2 near the earth's surface.

Principal component analysis identifies vehicular source as the major source of NO2 in all the seasons over the urban region. Comparison of the observed and simulated data shows that the model overestimates the concentration of NO2 in all the seasons except winter. The results show that coupled AERMOD-WRF model can overcome the unavailability of hourly surface as well as upper air meteorological data required for predicting the pollutant concentration, but improvement of emission inventory along with better understanding of the sinks and sources of ambient NO2 is essential for capturing the more realistic scenario.

The results show that coupled AERMOD—WRF model can overcome the unavailability of hourly surface as well as upper air meteorological data required for predicting the pollutant concentration, but improvement of emission inventory along with better understanding of the sinks and sources of ambient NO2 is essential for capturing the more realistic scenario. Not only is India one of the oldest continuous civilizations in the world, it has also become one of the greatest industrial nations.

This package explores India 's heritage, its people, and the traumatic changes of the 20th century. Groundwater irrigation, while critical for food production and rural livelihood in many developing countries, is often unsustainable. Using national-level data, we document an alarming trend of non-decreasing water withdrawals supported by increasing energy use and little, if any, improvement in efficiency. We also study in detail a particular hot spot of advanced depletion that presents a grave warning signal of how far things can go if allowed to proceed on their present course.

Astrologer's prediction comes true for Madan Mitra

In our study area, water tables have been falling rapidly for three decades now and reach as much as m, with the astounding consequence that energy use for pumping, subsidized by the state, is now worth more than the income farmers generate from its use. Despite this, the large potential for water savings in agriculture there is still unexploited.

We discuss policy measures that can prevent other parts of the country from following the same disastrous trajectory. Cancer: scenario and relationship of different geographical areas of the globe with special reference to North East- India. Cancer is becoming the most important public health burden around the globe. The burden of cancer cases for India in the year is calculated to be 1,, male ,; female , compared to , in The pattern of cancer incidence is varying among geographical regions, esophageal cancer for example being high in China, lung cancer in USA, and gallbladder cancer in Chile.

The question remains why? Is it due to the diversity in genome pool, food habits, risk factor association and role of genetic susceptibility or some other factors associated with it? In India , the North East NE - India region is seeing a marked increase in cancer incidence and deaths, with a very different cancer incidence pattern compared to mainland India.

The genome pool of the region is also quite distinct from the rest of India. Northeastern tribes are quite distinct from other groups; they are more closely related to East Asians than to other Indians. In this paper an attempt was made to see whether there is any similarity among the pattern of cancer incidence cases for different sites of NE- India region to South or East-Asia. A p value India with South and East-Asian regions, which may lead to the conclusion that there might be a genetic linkage between these regions. To study the clinical presentation , treatment, and outcome of patients with retinoblastoma RB in India.

Retrospective study of 1, patients with RB 2, eyes. The most common presenting signs of RB in Asian Indian population are leukocoria and proptosis. Deep winter convection and phytoplankton dynamics in the NW Mediterranean Sea under present climate and future horizon scenarios. Deep water convection DC in winter is one of the major processes driving open-ocean primary productivity in the Northwestern Mediterranean Sea. DC is highly variable in time, depending on the specific conditions stratification, circulation and ocean-atmosphere interactions of each specific winter.

This variability also drives the interannual oscillations of open-ocean primary productivity in this important region for many commercially-important fish species. Our model represents quite accurately the present -day characteristics of DC and its importance for open-ocean phytoplankton blooms. However, for the future scenarios the importance of deep nutrients in fertilizing the euphotic layer of the NW Mediterranean decreases. The model simulates changes in surface density and on the levels of kinetic energy that make mesoscale activity associated with horizontal currents to become a more important fertilization mechanism, inducing subsequently phenological changes in seasonal plankton cycles.

Because of our focus on the open-sea, an exact quantification of the impact of those changes on the overall biological production of the NW Mediterranean cannot be made at the moment. Air pollution in India and related adverse respiratory health effects: past, present , and future directions. The review describes current status of air pollution in India , summarizes recent research on adverse health effects of ambient and household air pollution, and outlines the ongoing efforts and future actions required to improve air quality and reduce morbidity and mortality because of air pollution in India.

Global burden of disease data analysis reveals more than one million premature deaths attributable to ambient air pollution in in India. More than one million additional deaths can be attributed to household air pollution. Particulate matter with diameter 2. Acute respiratory tract infections, asthma, chronic obstructive pulmonary disease, exacerbations of preexisting obstructive airway disease and lung cancer are proven adverse respiratory effects of air pollution. Targeting air quality standards laid by WHO can significantly reduce morbidity and mortality because of air pollution in India.

India is currently exposed to high levels of ambient and household air pollutants. Respiratory adverse effects of air pollution are significant contributors to morbidity and premature mortality in India. Substantial efforts are being made at legislative, administrative, and community levels to improve air quality. However, much more needs to be done to change the 'status quo' and attain the target air quality standards.

Assessing climate change information over the Western Himalayan Region WHR of India is crucial but challenging task due to its limited numbers of station data containing huge missing values. Finally 22 numbers of rain gauge stations having continuous data during and 16 numbers stations having continuous temperature data during were considered as " reference stations for assessing rainfall and temperature trends in addition to evaluation of the GCMs available in the Coupled Model Intercomparison Project, Phase 3 CMIP3 and phase 5 CMIP5 over WRH. Station data indicates that the winter warming is higher and rapid 1.

Area averaged using 22 station data indicates that monsoon and winter rainfall has decreased by -5 mm and mm during while pre-monsoon and post monsoon showed an increasing trends of 21 mm and 13 mm respectively. Once the downscaled results are obtained for each generation model outputs, then a comparison of studies is carried out from the results of each generation.

Finally an overall model improvement index OMII is developed using the downscaling results which is used to investigate the model improvement across generations as well as the improvement of downscaling results obtained from the empirical statistical downscaling ESD methods. In general, the results indicate that there is a gradual improvement of GCMs simulations as well as downscaling results across generation.

Response to hypothetical social scenarios in individuals with traumatic brain injury who present inappropriate social behavior: a preliminary report. Very little research thus far has examined the decision making that underlies inappropriate social behavior ISB post-TBI traumatic brain injury. To verify the usefulness of a new instrument, the Social Responding Task, for investigating whether, in social decision making, individuals with TBI, who present inappropriate social behavior ISB , have difficulty anticipating their own feelings of embarrassment and others' angry reactions following an ISB.

Subjects were asked to gauge the likelihood of their displaying the behavior in that situation part A and of it being followed by an angry reaction from the other or by feelings of embarrassment in themselves part B. A self-reported likely response to hypothetical social scenarios can be a useful approach for studying the neurocognitive processes behind the poor choices of individuals with TBI-ISB, but the task needs further validation studies.

A comprehensive discussion follows on the underlying mechanisms affecting social behaviors after a TBI. A broad assessment of factors determining Culicoides imicola abundance: modelling the present and forecasting its future in climate change scenarios. Bluetongue BT is still present in Europe and the introduction of new serotypes from endemic areas in the African continent is a possible threat. Culicoides imicola remains one of the most relevant BT vectors in Spain and research on the environmental determinants driving its life cycle is key to preventing and controlling BT. Our aim was to improve our understanding of the biotic and abiotic determinants of C.

The influence of these factors was further assessed by variation partitioning procedures. The predicted abundance of C. The pure effect of soil followed in importance in explaining the abundance of C. A close link was confirmed between C. To the best of our knowledge, this study is the first to consider wild and domestic hosts in predictive modelling for an arthropod vector. The main findings regarding the near future show that there is no evidence to suggest that there will be an important increase in the distribution range of C. What may be expected regarding the future scenario for orbiviruses in mainland Spain, is that higher predicted C.

Cultural categories related to sexuality and gender vary considerably cross-culturally. While Western cultures categorize people primarily in terms of sexual attractions i. Hijra are androphilic sexually attracted to adult men , typically sexually receptive, transgender, sometimes castrated, and live in fictive kinship networks that are hierarchically organized. Kothi are also androphilic, typically sexual receptive and relatively feminine but less so than hijra; unlike hijra, kothi are never castrated.

All hijra and kothi groups were found to be exclusively androphilic in viewing time and self-reported sexual attractions, and to be gender-atypical on all measures. Panthi were found to be relatively male-typical and to have a bisexual pattern of viewing time and self-reported sexual attractions.

Contrary to the manner in which they are. Bokul Kotha took the timeslot of Bikele Bhorer Phool. It is one of the Most Popular Serial Running in this period. In June, it had a TRP of The Show is one of the bengali highest ranking serial in trp ratings. Bokul Kotha is the story of Bokul, who has been raised as a son. She grows up to be a tomboy, well versed in handling roles that are reserved for the boys. Bokul has short hair and feels comfortable wearing pants and shirts, unlike girls her age who obsess with their beauty.

But a cruel twist in the tale comes in when her father passes away after which she is forced to take the reign of the family in her hands.