USE OF GIS TECHNIQUE TO DESIGN LANDSLIDE RISK ASSESSMENT MAPS FOR AGRICULTURAL LAND

Biali Gabriela, Cojocaru Paula (2015) – GIS applied in assessing water erosion. 15 th International Multidisciplinary Scientific GeoConference SGEM 2015, Vol II, pag. 871- 882.

Manea Sanda (1998) – Evaluation of sliding risk of versants. Conspres Publishing House, Bucharest.

Niacsu L., (2012), Geomorphologic and pedologic restrictive parameters for agricultural land in the Pereschiv catchment of Eastern Romania, Carpathian Journal of Earth and Environmental Sciences, no. 7, 25 – 37.

Patriche C. V., Vasiliniuc I., Biali Gabriela (2015) – Quantitative evaluation of landslide susceptibility in the Bârlad basin. Environmental Engineering and Management Journal, Volume 14, No. 9, 2229-2236.

Popovici N., Prioteasa C., Biali Gabriela, (2003) – Stabilization and capitalization of sliding agricultural lands. “Gh. Asachi” Publishing House Iasi.

Pujină D., Pujină L. (1999) – Sliding risk of versants of din Central Moldavian plateau. Hidrotehnica Magazine, vol. 44, no.8.

Rus Madalina, Irimus I.A., Coban T.D., Bilasco St. (2015) – Analysis of morphometric parameters and suistability for territorial planning in Almas hidrographical Basin using GIS technique. 15th International Multidisciplinary Scientific GeoConference SGEM 2015, Vol II, pag. 689-696.

* * * (2000) – Guide on the identification and monitoring of landslides. and determination of the framework intervention solutions, in order to prevent and mitigate the effects thereof, for the safe operation of constructions, environment recovery and protection. Indicative GT006 – 97, MLPAT. Issued by ISPIF Bucharest. Revista Construcţiilor.

* * * (1998) – Guide on the development of versant sliding risk maps in order to ensure the construction stability. Indicative GTO 19 – 98, MLPAT. Issued by ISPIF Bucharest, Buletinul Construcţiilor vol. 6.

Biali Gabriela, Cojocaru Paula (2015) – GIS applied in assessing water erosion. 15 th International Multidisciplinary Scientific GeoConference SGEM 2015, Vol II, pag. 871- 882.

Manea Sanda (1998) – Evaluation of sliding risk of versants. Conspres Publishing House, Bucharest.

Niacsu L., (2012), Geomorphologic and pedologic restrictive parameters for agricultural land in the Pereschiv catchment of Eastern Romania, Carpathian Journal of Earth and Environmental Sciences, no. 7, 25 – 37.

Patriche C. V., Vasiliniuc I., Biali Gabriela (2015) – Quantitative evaluation of landslide susceptibility in the Bârlad basin. Environmental Engineering and Management Journal, Volume 14, No. 9, 2229-2236.

Popovici N., Prioteasa C., Biali Gabriela, (2003) – Stabilization and capitalization of sliding agricultural lands. “Gh. Asachi” Publishing House Iasi.

Pujină D., Pujină L. (1999) – Sliding risk of versants of din Central Moldavian plateau. Hidrotehnica Magazine, vol. 44, no.8.

Rus Madalina, Irimus I.A., Coban T.D., Bilasco St. (2015) – Analysis of morphometric parameters and suistability for territorial planning in Almas hidrographical Basin using GIS technique. 15th International Multidisciplinary Scientific GeoConference SGEM 2015, Vol II, pag. 689-696.

* * * (2000) – Guide on the identification and monitoring of landslides. and determination of the framework intervention solutions, in order to prevent and mitigate the effects thereof, for the safe operation of constructions, environment recovery and protection. Indicative GT006 – 97, MLPAT. Issued by ISPIF Bucharest. Revista Construcţiilor.

* * * (1998) – Guide on the development of versant sliding risk maps in order to ensure the construction stability. Indicative GTO 19 – 98, MLPAT. Issued by ISPIF Bucharest, Buletinul Construcţiilor vol. 6.