Anales del teatro y de la musica

Mode of access: Internet.

The whitefishes of Siberia /

Bibliography: p. 174-201.

Musica e musicisti.

Absorbed by Secolo XX.

Romanum museum sive Thesaurus eruditae antiquitatis in quo proponuntur, ac dilucidantur gemmae, idola, insignia sacerdotalia, ... instrumenta musica, vota, signa militaria, marmora & c. ... /

ICCU\UM1E\005948.

Frozen Asia : a sketch of modern Siberia : together with an account of the native tribes inhabiting that region /

Includes index.

Roughing it in Siberia, with some account of the Trans-Siberian railway, and the gold-mining industry of Asiatic Russia,

Mode of access: Internet.

Los de fuera : juguete comico-lirico en un acto y en prosa, escrito sobre el pensamiento de la comedia francesa Une eclipse de lune por Emilio Villena ; musica del maestro Julio Grossi.

"Estrenado con extraordinario exito en el Teatro del Duque, de Sevilla, el 8 de octubre de 1891."

Regolamento pel corpo di musica della Guardia nazionale della cittáa di Milano.

University of Illinois bookplate: "From the library of Conte Antonio Cavagna Sangiuliani di Gualdana Lazelada di Bereguardo, purchased 1921".

Four thousand miles across Siberia on the great post-road /

Originally published under the title: Across Siberia on the great post road.

Radiation fluxes, soil heat flux, air temperature, soil temperature, soil moisture and vegetation at dwarf shrubs and wet sedges in Kytalyk, NE Siberia

Vegetation changes, such as shrub encroachment and wetland expansion, have been observed in many Arctic tundra regions. These changes feed back to permafrost and climate. Permafrost can be protected by soil shading through vegetation as it reduces the amount of solar energy available for thawing. Regional climate can be affected by a reduction in surface albedo as more energy is available for atmospheric and soil heating. Here, we compared the shortwave radiation budget of two common Arctic tundra vegetation types dominated by dwarf shrubs (Betula nana) and wet sedges (Eriophorum angustifolium) in North-East Siberia. We measured time series of the shortwave and longwave radiation budget above the canopy and transmitted radiation below the canopy. Additionally, we quantified soil temperature and heat flux as well as active layer thickness. The mean growing season albedo of dwarf shrubs was 0.15 ± 0.01, for sedges it was higher (0.17 ± 0.02). Dwarf shrub transmittance was 0.36 ± 0.07 on average, and sedge transmittance was 0.28 ± 0.08. The standing dead leaves contributed strongly to the soil shading of wet sedges. Despite a lower albedo and less soil shading, the soil below dwarf shrubs conducted less heat resulting in a 17 cm shallower active layer as compared to sedges. This result was supported by additional, spatially distributed measurements of both vegetation types. Clouds were a major influencing factor for albedo and transmittance, particularly in sedge vegetation. Cloud cover reduced the albedo by 0.01 in dwarf shrubs and by 0.03 in sedges, while transmittance was increased by 0.08 and 0.10 in dwarf shrubs and sedges, respectively. Our results suggest that the observed deeper active layer below wet sedges is not primarily a result of the summer canopy radiation budget. Soil properties, such as soil albedo, moisture, and thermal conductivity, may be more influential, at least in our comparison between dwarf shrub vegetation on relatively dry patches and sedge vegetation with higher soil moisture.

Treeline dynamics in Siberia under changing climates as inferred from an individual-based model for Larix, supplementary material

Siberian boreal forests are expected to expand northwards in the course of global warming. However, processes of the treeline ecotone transition, as well astiming and related climate feedbacks are still not understood. Here, we present 'Larix Vegetation Simulator' LAVESI, an individual-based spatially-explicit model that can simulate Larix gmelinii (RUPR.) RUPR. stand dynamics in an attempt to improve our understanding about past and future treeline movements under changing climates. The relevant processes (growth, seed production and dispersal, establishment and mortality) are incorporated and adjusted to observation data mainly gained from the literature. Results of a local sensitivity analysis support the robustness of the model's parameterization by giving relatively small sensitivity values. We tested the model by simulating tree stands under modern climate across the whole Taymyr Peninsula, north-central Siberia (c. 64-80° N; 92-119° E). We find tree densities similar to observed forests in the northern to mid-treeline areas, but densities are overestimated in the southern parts of the simulated region. Finally, from a temperature-forcing experiment, we detect that the responses of tree stands lag the hypothetical warming by several decades, until the end of 21st century. With our simulation experiments we demonstrate that the newly-developed model captures the dynamics of the Siberian latitudinal treeline.

Punk rock singer Patti Smith in Central Park

General note: Title and date provided by Bettye Lane.

Punk rock singer Patti Smith

General note: Title and date provided by Bettye Lane.

Vers l'installation d'un espace musical : ethnographie de la scène punk à Montréal

Mémoire numérisé par la Direction des bibliothèques de l'Université de Montréal.