Application of the GPS-RTK method to the determination of the location and influence of river plant communities on water movement and river beds morphology

• Autorzy: Pachuta K. , Pachuta A.
• Konferencja: Geodetic and Geodynamic Programmes of the CEI (Central European Initiative) (6-11.04.2003; Nice, France)
• Języki publikacji: EN

Abstrakty

EN

The advantages of measurements during this quick and comfortable method and the positives of its application instead the classical ones are pointed in the paper. One thinks that the distribution, range and seasonal growth of the European and Polish plant communities changes are linked to the significant riverbed shape and depth ones in the cases of the rivers with the bottom and regime similar to Biebrza' ones. The importance of Phragmites australis, Elodea canadensis, Nuphar luteum and Sparganium simplex phytocenoses in the water areas overgrowing may be analysed not only in engineering aspects (the plant coverage effeet on the bottom configuration) but also in biological one (the environmental impaet assessment and ecosystems protection). Taking it alI into account there should be elear that the GPS-RTK method may be indispensable for many engineering works, environment protection studies and ecological, hydrological and geophysical practice.

Słowa kluczowe

EN

GPS system; river beds; morphology

PL

GPS system; koryto rzeki; morfologia

• Wydawca: Wydział Geodezji i Kartografii Politechniki Warszawskiej
• Czasopismo: Reports on Geodesy
• Rocznik: 2003
• Tom: z. 1/64
• Strony: 273--280
• Opis fizyczny: Bibliogr. 9 poz., rys.

Twórcy

autor

Pachuta K.

• Department of Environmental Management, Agricultural University Warsaw

autor

Pachuta A.

• Institute of Geodesy and Geodetic Astronomy, Warsaw University of Technology

Bibliografia

• 1. Mizerski W. 1999. Geologia dynamiczna. PWN. Warszawa: 114-132, 169-175.
• 2. Pachuta K. 1989. Water and rush plant communities influence for the water movement conditions in rivers. Doctor dissertation, Dep. of Biology Warsaw University: 100 ss.
• 3. Pachuta K. 1990. Macrophytes of river beds and riparian zone of rivers in the upper
• Biebrza Basin. Annal of Warsaw Agricultural Univers. SGGW-AR, Land Reclam. 25: 93-106.
• 4. Pachuta K. Molski K. 1992. The effect of communities with Elodea canadensis on river flow. Pol.Arch. Hydrobiol, 39, 1: 51-64.
• 5. Pachuta A. 1993. Automatyzacja pomiarów niwelacji precyzyjnej dla potrzeb badania przemieszczen pionowych - seminarium Sekcji Geodezji Przemyslowej Komitetu Geodezji PAN, Warszawa, marzec 1993.
• 6. Pachuta A. 1995. Metody podniesienia dokladności względnych pomiarów grawimetrycznych dla potrzeb sieci geodynamicznych. Zesz. Nauk. Akademii Roln. we Wroclawiu, 225.
• 7. Pachuta K. 1996. Biocenosis investigations methods in environment monitoring. Sc. Konf. Dep. Land Ing. Potitech. Univers in Warsaw 16-17.Xl.1996, Komitet Geodezji PAN, WSP Opole, SGP Opole i SGP Kraków, Mat. Konf. 10: 73-82.
• 8. Pachuta K., Pachuta A. 1999. The geodetic methods in Nuphar luteum communities ranging in the chosen cross-sections of upper Biebrza tributaries. Reports on Geodesy No 4/1999. Warsaw University of Technology.
• 9. Pachuta K., Pachuta A. 2001. The geodetic measurement methods for the demarcation of Phragmites australis communities in the chosen cross - sections of upper Biebrza tributaries. Proceedings of the EGS G9 Symposium "Geodetic and Geodynanamic Programmes of the Central European Initiative. Nice, France 2S30 March 2001. Raports on Geodesy 2 (57). Warsaw University of Technology: 195-202.