Online first

The main idea for the Online First publishing (i.e. publishing an electronic version of the article in advance of the print edition) lies in considerably reducing the time it would have previously taken for research to reach the research community. Online-first papers have been peer-reviewed and accepted for publication in this journal and posted online before final publication in a volume.

Once a proof has been corrected and finalized, an article is ready for Online First publication and can be published online. This means that readers can access peer reviewed articles well before print publication. The articles have been copy edited and author corrections have been incorporated before they are posted online. Type setting and proofreading will commence with electronic publication, and the volume, issue and page numbers will then be assigned to the final version of the article.

Online-first articles should be cited with the DOI link.

1/2023

CARINA STRAPAZAN, ISTVÁN KOCSIS*, IOAN-AUREL IRIMUȘ, LÓRÁNT BÁLINT-BÁLINT
An Evaluation of Lidar, EU-DEM and SRTM-Derived Terrain Parameters for Hydrologic Applications in Țibleș and Rodnei Mountains (Romania)
Risks and Catastrophes Journal, 32(1) DOI: 10.24193/RCJ2023_1
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ROŞIAN GHEORGHE, HORVATH CSABA*, MUNTEAN LIVIU, MĂCICĂȘAN VLAD, BENEDEK ROZALIA
The correlations between land use and landslides in the Territorial Administrative Unit of Mintiu Gherlii
Risks and Catastrophes Journal, 32(1) DOI: 10.24193/RCJ2023_2
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ION MARINICĂ*, ANDREEA FLORIANA MARINICĂ
Variability of Air Temperature During Winter Between 1961-2022 in Southwest Romania (Oltenia)
Risks and Catastrophes Journal, 32(1) DOI: 10.24193/RCJ2023_3
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ADRIANA MIHAELA PORCUŢAN
The effects induced by the appearance of periods with maximum flow on rivers in the Suceava hydrographic basin
Risks and Catastrophes Journal, 32(1) DOI: 10.24193/RCJ2023_4
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VICTOR SOROCOVSCHI
Assessing the Someşan Plateau water supply
Risks and Catastrophes Journal, 32(1) DOI: 10.24193/RCJ2023_5
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MIHNEA-ȘTEFAN COSTACHE
Analysis of floods in the Cotmeana catchment based on statistical and geographic information systems (G.I.S.) methods
Risks and Catastrophes Journal, 32(1) DOI: 10.24193/RCJ2023_6
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*- corresponding author