Evidence of State-Level Variability in the Economic and Demographic Well-Being of People with Disabilities in India

Among countries with comparable levels of income, India has one of the more progressive disability policy frameworks; however, people with disabilities in India are subject to multiple disadvantages. This paper focuses on state-level variations in outcomes for people with disabilities to provide one explanation for the stark contrast between the liberal laws on paper and the challenges faced by people with disabilities in practice. Using a random coefficients model that allows for state-level differences, we find that households with members with disabilities have 4.2 percent lower marriage rates, monthly per capita expenditure that is lower by 176 Indian Rupees (19 percent of overall average per capita expenditure), and about a 5 percent lower level of completed formal schooling as compared to households without disabled individuals. Tests of parameter constancy across states are almost uniformly rejected indicating the presence of substantial state-level heterogeneity across all models in the outcomes examined.disability, India, economic well-being, state variations, people with disabilities

Barley variety trials, 1964

The most promising varieties in last year\u27s trials were the 2 row crossbreds W44 and W45 and the 6 row white grained variety Atlas 57. BARLEY variety trials were located on four Research Stations and on farmers\u27 properties at Northampton, Tammin and Mt. Barker. Brief details of the characteristics of the varieties and crossbreds under test were given in a previous article

Swan oats

SWAN OATS is the highest yielding oat variety now available in Western Australia. The quality of its grain for milling is the equal of Ballidu. As stockfeed the grain of Swan should be equal to Ballidu and superior to Avon, particularly in the lower rainfall areas

Barley variety trials, 1965

The highest yielding varieties in the 1965 barley variety trials were the two-row crossbred A l l , the white grained six-row varieties Arivat, Gem and Glacier and the recently-named two-row variety Dampier (previously known as W45)

Oat variety trials, 1965

M l 2 8 , an early midseason fixed crossbred bred at the Merredin Research Station, Avon and P8304, a late midseason fixed crossbred from N.S.W, were the highest yielding oats in last year\u27s trials. Irwin was the highest yielding oat of early maturity

Oat variety trials, 1964

AVON and the new fixed crossbred from N.S.W., * P8304, were the highest yielding oats in the last season\u27s trials. These are of midseason maturity. The highest yielding oats of early maturity were Irwin and Kent

Sound propagation over uneven ground and irregular topography

The development of theoretical, computational, and experimental techniques for predicting the effects of irregular topography on long range sound propagation in the atmosphere is discussed. Irregular topography here is understood to imply a ground surface that (1) is not idealizable as being perfectly flat or (2) that is not idealizable as having a constant specific acoustic impedance. The study focuses on circumstances where the propagation is similar to what might be expected for noise from low-altitude air vehicles flying over suburban or rural terrain, such that rays from the source arrive at angles close to grazing incidence

Draft Genome Sequences of Four Saccharibacter sp. Strains Isolated from Native Bees.

The genus Saccharibacter is currently understudied, with only one described species, Saccharibacter floricola, isolated from a flower. In an effort to better understand the microbes that come in contact with native bee pollinators, we isolated and sequenced four additional strains of Saccharibacter from native bees in the genera Melissodes and Anthophora These genomes range in size from 2,104,494 to 2,316,791 bp (mean, 2,246,664 bp) and contain between 1,860 and 2,167 (mean, 2,060) protein-coding genes

Bound states in a quasi-two-dimensional Fermi gas

We consider the problem of N identical fermions of mass M and one distinguishable particle of mass m interacting via short-range interactions in a confined quasi-two-dimensional (quasi-2D) geometry. For N=2 and mass ratios M/m<13.6, we find non-Efimov trimers that smoothly evolve from 2D to 3D. In the limit of strong 2D confinement, we show that the energy of the N+1 system can be approximated by an effective two-channel model. We use this approximation to solve the 3+1 problem and we find that a bound tetramer can exist for mass ratios M/m as low as 5 for strong confinement, thus providing the first example of a universal, non-Efimov tetramer involving three identical fermions.Comment: 5 pages, 4 figure