998 resultados para Baja California, Mexico
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Advertising matter interspersed.
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Editors: 1884, J.N. Pomeroy, C.P. Pomeroy; 1885-86, C.P. Pomeroy
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Includes index.
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Other editions published under title: 1895: Forms and precedents; 1918: Form book; 1933: Forms.
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Reproduction of original from Harvard Law School Library.
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Mode of access: Internet.
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Mode of access: Internet.
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Accompanied by bound supplement (v. 3, 3161-4207 p.) by Curtis Hillyer, published in 1926.
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Paged continuously.
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Subtitle varies.
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On spine: Bancroft's code practice and remedies, with forms.
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Investigación producida a partir de una estancia en el Departamento de Agricultura de los Estados Unidos (United States Department of Agricultura - USDA), California, USA, entre el 1 de Julio y el 30 de Septiembre del 2005. Las coberturas comestibles están siendo consideradas en frutas frescas cortadas, como una estrategia para reducir los efectos perjudiciales que inflige el proceso mínimo en los tejidos vegetales. El empleo de puré de frutas constituye una excelente opción para la formación de recubrimientos o películas comestibles, ya que es una matriz constituida por polisacáridos primarios (sustancias pépticas y celulósicas) con propiedades de permeabilidad a la película y plastificantes gracias a los azúcares presentes en las frutas. Estas películas son buenas barreras contra el oxígeno en sistemas alimenticios de baja humedad, mejorando la calidad de los productos y extendiendo su vida útil. Se evalúa películas a base de puré de manzana como soporte de agentes antioxidantes y de aceites esenciales como antimicrobianos. Se estudia su permeabilidad al vapor de agua y al oxígeno, además de las propiedades de tensión, color y antimicrobianas.
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Rats and mice have traditionally been considered one of the most important pests of sugarcane. However, "control" campaigns are rarely specific to the target species, and can have an effect on local wildlife, in particular non-pest rodent species. The objective of this study was to distinguish between rodent species that are pests and those that are not, and to identify patterns of food utilization by the rodents in the sugarcane crop complex. Within the crop complex, subsistence crops like maize, sorghum, rice, and bananas, which are grown alongside the sugarcane, are also subject to rodent damage. Six native rodent species were trapped in the Papaloapan River Basin of the State of Veracruz; the cotton rat (Sigmodon hispidus), the rice rat (Oryzomys couesi), the small rice rat (O. chapmani), the white footed mouse (Peromyscus leucopus), the golden mouse (Reithrodontomys sumichrasti), and the pigmy mouse (Baiomys musculus). In a stomach content analysis, the major food components for the cotton rat, the rice rat and the small rice rat were sugarcane (4.9 to 30.1 %), seed (2.7 to 22.9%), and vegetation (0.9 to 29.8%); while for the golden mouse and the pigmy mouse the stomach content was almost exclusively seed (98 to 100%). The authors consider the first three species to be pests of the sugarcane crop complex, while the last two species are not.
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Incluye Bibliografía
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Physical forcing and biological response within the California Current System (CCS) are highly variable over a wide range of scales. Satellite remote sensing offers the only feasible means of quantifying this variability over the full extent of the CCS. Using six years (1997-2003) of daily SST and chlorophyll imagery, we map the spatial dependence of dominant temporal variability at resolutions sufficient to identify recurrent mesoscale circulation and local pattern associated with coastal topography. Here we describe mean seasonal cycles and interannual variation; intraseasonal variability is left to a companion paper ( K. R. Legaard and A. C. Thomas, manuscript in preparation, 2006). Coastal upwelling dictates seasonality along north-central California, where weak cycles of SST fluctuate between spring minima and late summer maxima and chlorophyll peaks in early summer. Off northern California, chlorophyll maxima are bounded offshore by the seasonally recurrent upwelling jet. Seasonal cycles differ across higher latitudes and in the midlatitude Southern California Bight, where upwelling winds are less vigorous and/or persistent. Seasonality along south-central Baja is strongly affected by processes other than upwelling, despite year-round upwelling-favorable winds. Interannual variation is generally dominated by El Nino and La Nina conditions. Interannual SST variance is greatest along south-central Baja, although interannual variability constitutes a greater fraction of total variance inshore along southern Oregon and much of California. Patterns of interannual chlorophyll variance are consistent with dominant forcing through the widespread depression and elevation of the nutricline during El Nino and La Nina, respectively. Interannual variability constitutes a greater fraction of total chlorophyll variance offshore.