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Sobór Zmartwychwstania Pańskiego (cerkwi Spasa na Krwi) w St. Petersburgu

Sokołowa-Zyzak K., Viktorova M.

Szkło i Ceramika

2013

R. 64, nr 6

29--31

Peterhof near St.-Petersburg, a unique monument of palace fountain and garden art

Dymchenko N.

Architektura Krajobrazu

2008

nr 3

22-27

The article is devoted to the unique masterpiece of world's landscape architecture - Peterhof (Petrodvorets) in Russia. The architectural ensemble appeared in the first quarter of the 18th century as the main summer imperial residence of Peter I. Within the present borders of Peterhof there are several ensembles of palaces and parks united with separate historical and architectural suites of the 18-20th centuries. There you can see the two parks - the Upper Garden and the Lower Garden, Seven other gardens and parks of landscape type. The unique architectural and artistic complex of palaces and parks made Peterhof world famous. The world fame of Peterhof was brought by a constellation of palaces, collections and, first of all, fountains and cascades. At present fourteen parks stretched along the shore of the Gulf of Finland of the Baltic sea are opened for walks and sightseeing. The parks and buildings of Peterhof are decorated by magnificent sculptures, four cascades and 150 operating fountains. Peterhof is usually called "Capital of Fountains". Peterhof along with Versailles and other groups of palaces and parks in Europe is an example of splendor in the design of technological ideas.

High resolution 3D-ecosystem model for the Neva Bay and Estuary - model validation and future scenarios

Korpinen P., Kiirikki M., Rantanen P., Inkala A., Sarkkula J.

Oceanologia

2003

No. 45 (1)

67-80

We have used a simple 3D-ecosystem model to describe nutrient dynamics and biomass production in the Neva Bay off St. Petersburg. The River Neva is responsible for carrying the waste waters of St. Petersburg to the Gulf of Finland. Literature values of chlorophyll-a concentrations and satellite images have been used for model validation. The results indicate that our model can reproduce both the temporal and spatial variation in the phytoplankton biomass with reasonable accuracy. The model was used to analyse scenarios describing the ecological effects of planned water protection measures. More efficient phosphorus purification was found to be the most effective measure for improving the water quality off St. Petersburg.