The aim is to create new vistas of discovery and have a new look at the histories of nations to develop an education system that will be an integrated system of education. This system of education will have the capacity to teach languages at a mass level and give the children capability, character, and knowledge to be able to stand on their own feet at an early age. Similarly, in the field of business and agriculture, we feel there is a need for the better utilization of land and water resources, development of barren lands, and development of new varieties of food so as to ensure a balance where the undernourished get the food and the surplus food does not get to be thrown away by the developed nations. Development of a new political system where the corrupt and terrorist segments of the society, who are creating chaos and anarchy, are eliminated. Money should not be let into the hands of terrorists and crooks. A system where people are given position on merit rather than their relationship with the corrupt people.

In every society a weak has always suffered at the hand of strong & resourceful. Man is social animal and hence cannot escape impact of the events confronting the society. There is no society where people have not grievances against the governmental machinery. With the lapse of time the society crafts grew complex & demanding the society require redressing their grievances. The only way to redress the grievances of the poor man of very society is to invoke the door of Ombudsman.

Study conducted in Varanasi District, Uttar Pradesh, 1979-1980.

The analysis of bridge superstructures is complicated by the geometric boundaries and loading conditions. AASHTO Bridge Specifications contain a simple procedure used in the analysis and design of steel girder bridges. This procedure is to isolate individual girders subjected to a single line of w heel loads from a design truck and then calculate the maximum bending moments. The wheel loads are positioned on the girder to produce maximum bending moment which is then multiplied by an empirical distribution factor. Recently, these factors have been updated based on finite-clement analysis and parametric studies to include major bridge parameters such as: girder spacing, span length, and cross-sectional properties. The findings of previous research reported by the authors about the performance of common finite-element modeling techniques will be employed to investigate other bridge parameters thought to influence the wheel load distribution. Previous research reported in the literature did not investigate the effect of sidewalks and railings on the wheel load distribution in steel girder bridges, the current research will employ recommended dimensions for sidewalks and railings by the AASHTO Bridge Specifications to study their influence on the wheel load distribution. A typical one-span, two-lane, composite steel girder highway bridge was selected to perform the parametric study. The bridge superstructure will be idealized using: (a) quadrilateral plate bending and stretching (shell) elements for the concrete slab, sidewalk, and railing, and space frame elements for steel girders with the centroid of girders coinciding with the one of the concrete slab; (b) eight-node brick elements for the concrete slab, sidewalk, and railing, and quadrilateral shell elements for the flanges and web of the steel girders, This research wilt report the wheel load distribution results of bridges with various combinations of span lengths and girder spacings along with the presence of sidewalks and/or railings on one or both sides of the bridge cross-section The results will serve to assess the current AASHTO practice which is conservative by ignoring the presence of sidewalks and railing when evaluating or designing highway bridges.

The relationship between forests and human nutrition is not yet well understood. A better understanding of this relationship is vital at a time when the majority of new land for agriculture is being cleared from forests. We use Demographic Health Survey data on food consumption for children from 21 African countries and Global Land Cover Facility tree cover data to examine the relationship between tree cover and three key indicators of nutritional quality of children's diets: dietary diversity, fruit and vegetable consumption, and animal source food consumption. Our main findings can be summarized as follows: there is a statistically significant positive relationship between tree cover and dietary diversity; fruit and vegetable consumption increases with tree cover until a peak of 45% tree cover and then declines; and there is no relationship between animal source food consumption and tree cover. Overall our findings suggest that children in Africa who live in areas with more tree cover have more diverse and nutritious diets.