Harenga [sic] de Henrique IV el Grande Rey de Francia pronunciada el dia 24 de Diciembre del año de 1603 en presencia de la Reyna de los Principes de la Sangre y de todo el Parlamento de Paris ..

En texto consta la fecha de 1759 en p. 7

Valentina Baroniae de Cortes Coram R.P.D. Ortembergo. Veneris 18. Aprilis 1603 [Texto impreso]

Sign.: A1

Hypsographic demography: The distribution of human population by altitude

The global distribution of the human population by elevation is quantified here. As of 1994, an estimated 1.88 × 109 people, or 33.5% of the world’s population, lived within 100 vertical meters of sea level, but only 15.6% of all inhabited land lies below 100 m elevation. The median person lived at an elevation of 194 m above sea level. Numbers of people decreased faster than exponentially with increasing elevation. The integrated population density (IPD, the number of people divided by the land area) within 100 vertical meters of sea level was significantly larger than that of any other range of elevations and represented far more people. A significant percentage of the low-elevation population lived at moderate population densities rather than at the highest densities of central large cities. Assessments of coastal hazards that focus only on large cities may substantially underestimate the number of people who could be affected.

Nest predation by cowbirds and its consequences for passerine demography.

Brood parasitism by brown-headed cowbirds (Molothrus ater) reduces reproductive success in many passerines that nest in fragmented habitats and ecological edges, where nest predation is also common. We tested the hypothesis that parasitism and predation are often linked because cowbirds depredate nests discovered late in the host's nesting cycle to enhance future opportunities for parasitism. Over a 20-year study period, brood parasitism by cowbirds was a prerequisite to observing marked inter- and intraannual variation in the rate of nest failure in an insular song sparrow (Melospiza melodia) population. Nest failure increased with the arrival and laying rate of cowbirds and declined when cowbirds ceased laying. The absence or removal of cowbirds yielded the lowest nest failure rates recorded in the study. The absence of cowbirds also coincided with the absence of an otherwise strong positive correlation between host numbers and the annual rate of nest failure. Host numbers, cowbird parasitism, and nest failure may be correlated because cowbirds facilitate nest failure rather than cause it directly. However, an experiment mimicking egg ejection by cowbirds did not affect nest failure, and, contrary to the main prediction of the predation facilitation hypothesis, naturally parasitized nests failed less often than unparasitized nests. Higher survival of parasitized nests is expected under the cowbird predation hypothesis when female cowbirds defend access to hosts because cowbirds should often depredate unparasitized nests but should not depredate nests they have laid in. Where female cowbirds have overlapping laying areas, we expect parasitized nests to fail more often than others if different cowbirds often discover the same nests. We suggest that nest predation by cowbirds represents an adaptation for successful parasitism and that cowbirds influence host demography via nest predation.

Risale-yi hüsn-i hat : manuscript, 1603 or 4

Written in one column, 9 lines per page, in black and red. First ten leaves framed within one golden line (ff. 1r-10v).

Calendar of the state papers relating to Scotland and Mary, Queen of Scots, 1547-1603, preserved in the Public Record Office, the British Museum, and elsewhere in England.

Editors: v. 1-2, J. Bain.--v. 3-9, W. K. Boyd.--V. 10, W. K. Boyd and H. W. Meikle.--v. 11, A. I. Cameron.--v. 12, M. S. Guiseppi.--v. 13, J. D. Mackie.