A

Aleksandrov, M.

• GEOINFORMATION FOR DISASTER MANAGEMENT 2020 (GI4DM2020): PREFACE, pages 1–2

B

Baldo, M.

• AERIAL LiDAR TECHNOLOGY IN SUPPORT TO AVALANCHES PREVENTION AND RISK MITIGATION: AN OPERATIVE APPLICATION AT “COLLE DELLA MADDALENA” (ITALY), pages 11–17

Barton, J.

• GEOINFORMATION FOR DISASTER MANAGEMENT 2020 (GI4DM2020): PREFACE, pages 1–2
• A VOXEL-BASED METHOD TO ESTIMATE NEAR-SURFACE AND ELEVATED FUEL FROM DENSE LIDAR POINT CLOUD FOR HAZARD REDUCTION BURNING, pages 3–10

Bausch, D.

• DisasterAWARE – A GLOBAL ALERTING PLATFORM FOR FLOOD EVENTS, pages 107–113

Boccardo, P.

• AERIAL LiDAR TECHNOLOGY IN SUPPORT TO AVALANCHES PREVENTION AND RISK MITIGATION: AN OPERATIVE APPLICATION AT “COLLE DELLA MADDALENA” (ITALY), pages 11–17

C

Calero, J.

• ANALYSIS OF THE EVOLUTION OF GULLY EROSION IN OLIVE GROVES USING PHOTOGRAMMETRY TECHNIQUES. RELATIONSHIPS WITH RAINFALL REGIME, pages 19–26

Cao, H. T.

• LAND USE/LAND COVER CHANGES USING MULTI-TEMPORAL SATELLITE, pages 83–90

Cardenal, J.

• ANALYSIS OF THE EVOLUTION OF GULLY EROSION IN OLIVE GROVES USING PHOTOGRAMMETRY TECHNIQUES. RELATIONSHIPS WITH RAINFALL REGIME, pages 19–26

Chaidas, K.

• MULTITEMPORAL 3D MAPPING OF POST-EARTHQUAKE RECOVERY PHASE WITH UAS: CASE STUDY VRISA, LESVOS, GREECE, pages 123–130

Chang, L.

• POST-FIRE HAZARD DETECTION USING ALOS-2 RADAR AND LANDSAT-8 OPTICAL IMAGERY, pages 75–82

Chau, Q. T. N.

• LAND USE/LAND COVER CHANGES USING MULTI-TEMPORAL SATELLITE, pages 83–90

Chen, Z.

• DisasterAWARE – A GLOBAL ALERTING PLATFORM FOR FLOOD EVENTS, pages 107–113

Crompvoets, J.

• IDENTIFYING USERS’ REQUIREMENTS OF GEOGRAPHIC INFORMATION FOR DISASTER RISK MANAGEMENT IN THE DOMINICAN REPUBLIC, pages 99–106

D

Delgado, J.

• ANALYSIS OF THE EVOLUTION OF GULLY EROSION IN OLIVE GROVES USING PHOTOGRAMMETRY TECHNIQUES. RELATIONSHIPS WITH RAINFALL REGIME, pages 19–26

Doan, T. N.

• TOTAL SUSPENDED SOLID DISTRIBUTION IN HAU RIVER USING SENTINEL 2A SATELLITE IMAGERY, pages 91–97

E

Eguchi, R.

• DisasterAWARE – A GLOBAL ALERTING PLATFORM FOR FLOOD EVENTS, pages 107–113

Eusuf, M. S. R. S.

• A VOXEL-BASED METHOD TO ESTIMATE NEAR-SURFACE AND ELEVATED FUEL FROM DENSE LIDAR POINT CLOUD FOR HAZARD REDUCTION BURNING, pages 3–10

F

Fernández, T.

• ANALYSIS OF THE EVOLUTION OF GULLY EROSION IN OLIVE GROVES USING PHOTOGRAMMETRY TECHNIQUES. RELATIONSHIPS WITH RAINFALL REGIME, pages 19–26

Fissore, V.

• AERIAL LiDAR TECHNOLOGY IN SUPPORT TO AVALANCHES PREVENTION AND RISK MITIGATION: AN OPERATIVE APPLICATION AT “COLLE DELLA MADDALENA” (ITALY), pages 11–17

G

Glasscoe, M.

• DisasterAWARE – A GLOBAL ALERTING PLATFORM FOR FLOOD EVENTS, pages 107–113

Gorte, B.

• A VOXEL-BASED METHOD TO ESTIMATE NEAR-SURFACE AND ELEVATED FUEL FROM DENSE LIDAR POINT CLOUD FOR HAZARD REDUCTION BURNING, pages 3–10
• VOXEL DATA MANAGEMENT AND ANALYSIS IN POSTGRESQL/POSTGIS UNDER DIFFERENT DATA LAYOUTS, pages 35–42

Guzmán Javier, V.

• IDENTIFYING USERS’ REQUIREMENTS OF GEOGRAPHIC INFORMATION FOR DISASTER RISK MANAGEMENT IN THE DOMINICAN REPUBLIC, pages 99–106

Gómez-Lopez, J. M.

• ANALYSIS OF THE EVOLUTION OF GULLY EROSION IN OLIVE GROVES USING PHOTOGRAMMETRY TECHNIQUES. RELATIONSHIPS WITH RAINFALL REGIME, pages 19–26

H

Hammad, M.

• INTEGRATION OF GIS AND ADVANCED REMOTE SENSING TECHNIQUES FOR LANDSLIDE HAZARD ASSESSMENT: A CASE STUDY OF NORTHWEST SYRIA, pages 27–34

Hawken, S.

• USING SCENARIO PLANNING TO ENHANCE COASTAL RESILIENCE TO CLIMATE CHANGE: COMMUNITY FUTURES IN THE ESTUARINE LANDSCAPES OF BRISBANE WATER, CENTRAL COAST, AUSTRALIA, pages 51–58

Helmholz, P.

• GEOINFORMATION FOR DISASTER MANAGEMENT 2020 (GI4DM2020): PREFACE, pages 1–2

I

Ilardi, E.

• AERIAL LiDAR TECHNOLOGY IN SUPPORT TO AVALANCHES PREVENTION AND RISK MITIGATION: AN OPERATIVE APPLICATION AT “COLLE DELLA MADDALENA” (ITALY), pages 11–17

K

Kar, B.

• SOCIO-ECONOMIC VULNERABILITY TO URBAN HEAT IN PHOENIX, ARIZONA AND DALLAS, TEXAS DURING JUNE 2020, pages 59–66
• DisasterAWARE – A GLOBAL ALERTING PLATFORM FOR FLOOD EVENTS, pages 107–113

L

Le, T. Q.

• LAND USE/LAND COVER CHANGES USING MULTI-TEMPORAL SATELLITE, pages 83–90

Leeuwen, B. V.

• INTEGRATION OF GIS AND ADVANCED REMOTE SENSING TECHNIQUES FOR LANDSLIDE HAZARD ASSESSMENT: A CASE STUDY OF NORTHWEST SYRIA, pages 27–34

Li, W.

• VOXEL DATA MANAGEMENT AND ANALYSIS IN POSTGRESQL/POSTGIS UNDER DIFFERENT DATA LAYOUTS, pages 35–42

Lord, F.

• TRANSFORMATION TO SUSTAINABLE AND RESILIENT URBAN FUTURES IN SOUTHEAST ASIA, pages 43–50

M

Mirti, A. V.

• USING SCENARIO PLANNING TO ENHANCE COASTAL RESILIENCE TO CLIMATE CHANGE: COMMUNITY FUTURES IN THE ESTUARINE LANDSCAPES OF BRISBANE WATER, CENTRAL COAST, AUSTRALIA, pages 51–58

Morreale, S.

• AERIAL LiDAR TECHNOLOGY IN SUPPORT TO AVALANCHES PREVENTION AND RISK MITIGATION: AN OPERATIVE APPLICATION AT “COLLE DELLA MADDALENA” (ITALY), pages 11–17

Moss, T.

• SOCIO-ECONOMIC VULNERABILITY TO URBAN HEAT IN PHOENIX, ARIZONA AND DALLAS, TEXAS DURING JUNE 2020, pages 59–66

Mu, Y.

• CANOPY LIDAR POINT CLOUD DATA K-MEANS CLUSTERING WATERSHED SEGMENTATION METHOD, pages 67–73

Mucsi, L.

• INTEGRATION OF GIS AND ADVANCED REMOTE SENSING TECHNIQUES FOR LANDSLIDE HAZARD ASSESSMENT: A CASE STUDY OF NORTHWEST SYRIA, pages 27–34

Mutai, S.

• POST-FIRE HAZARD DETECTION USING ALOS-2 RADAR AND LANDSAT-8 OPTICAL IMAGERY, pages 75–82

Muñoz Tapia, S.

• IDENTIFYING USERS’ REQUIREMENTS OF GEOGRAPHIC INFORMATION FOR DISASTER RISK MANAGEMENT IN THE DOMINICAN REPUBLIC, pages 99–106

N

Nguyen, D. T. H.

• LAND USE/LAND COVER CHANGES USING MULTI-TEMPORAL SATELLITE, pages 83–90

Nguyen, H. T. T.

• LAND USE/LAND COVER CHANGES USING MULTI-TEMPORAL SATELLITE, pages 83–90
• TOTAL SUSPENDED SOLID DISTRIBUTION IN HAU RIVER USING SENTINEL 2A SATELLITE IMAGERY, pages 91–97

Nguyen, T. H. D.

• TOTAL SUSPENDED SOLID DISTRIBUTION IN HAU RIVER USING SENTINEL 2A SATELLITE IMAGERY, pages 91–97

P

Pham, A. T.

• LAND USE/LAND COVER CHANGES USING MULTI-TEMPORAL SATELLITE, pages 83–90

Phan, H. T.

• LAND USE/LAND COVER CHANGES USING MULTI-TEMPORAL SATELLITE, pages 83–90

Phan, K. D.

• TOTAL SUSPENDED SOLID DISTRIBUTION IN HAU RIVER USING SENTINEL 2A SATELLITE IMAGERY, pages 91–97

Pierce, M.

• DisasterAWARE – A GLOBAL ALERTING PLATFORM FOR FLOOD EVENTS, pages 107–113

Pérez-García, J. L.

• ANALYSIS OF THE EVOLUTION OF GULLY EROSION IN OLIVE GROVES USING PHOTOGRAMMETRY TECHNIQUES. RELATIONSHIPS WITH RAINFALL REGIME, pages 19–26

R

Rosario Michel, G.

• IDENTIFYING USERS’ REQUIREMENTS OF GEOGRAPHIC INFORMATION FOR DISASTER RISK MANAGEMENT IN THE DOMINICAN REPUBLIC, pages 99–106

S

Saberi, M.

• EXPERIMENTAL STUDY TO COMPARE FACTORS INFLUENCING EXIT CHOICE BEHAVIOUR IN EMERGENCY EVACUATION SITUATIONS USING VIRTUAL REALITY TECHNIQUES, pages 115–122

Schumann, G.

• DisasterAWARE – A GLOBAL ALERTING PLATFORM FOR FLOOD EVENTS, pages 107–113

Sharma, P.

• DisasterAWARE – A GLOBAL ALERTING PLATFORM FOR FLOOD EVENTS, pages 107–113

Singh, S.

• EXPERIMENTAL STUDY TO COMPARE FACTORS INFLUENCING EXIT CHOICE BEHAVIOUR IN EMERGENCY EVACUATION SITUATIONS USING VIRTUAL REALITY TECHNIQUES, pages 115–122

Soulakellis, N.

• MULTITEMPORAL 3D MAPPING OF POST-EARTHQUAKE RECOVERY PHASE WITH UAS: CASE STUDY VRISA, LESVOS, GREECE, pages 123–130

Sánchez-Gómez, M.

• ANALYSIS OF THE EVOLUTION OF GULLY EROSION IN OLIVE GROVES USING PHOTOGRAMMETRY TECHNIQUES. RELATIONSHIPS WITH RAINFALL REGIME, pages 19–26

T

Tataris, G.

• MULTITEMPORAL 3D MAPPING OF POST-EARTHQUAKE RECOVERY PHASE WITH UAS: CASE STUDY VRISA, LESVOS, GREECE, pages 123–130

Tiampo, K.

• DisasterAWARE – A GLOBAL ALERTING PLATFORM FOR FLOOD EVENTS, pages 107–113

Tovar-Pescador, J.

• ANALYSIS OF THE EVOLUTION OF GULLY EROSION IN OLIVE GROVES USING PHOTOGRAMMETRY TECHNIQUES. RELATIONSHIPS WITH RAINFALL REGIME, pages 19–26

Tran, B. L.

• TOTAL SUSPENDED SOLID DISTRIBUTION IN HAU RIVER USING SENTINEL 2A SATELLITE IMAGERY, pages 91–97

Tran, P. T. X.

• LAND USE/LAND COVER CHANGES USING MULTI-TEMPORAL SATELLITE, pages 83–90

Tran, S. N.

• TOTAL SUSPENDED SOLID DISTRIBUTION IN HAU RIVER USING SENTINEL 2A SATELLITE IMAGERY, pages 91–97

Tran, T. G.

• TOTAL SUSPENDED SOLID DISTRIBUTION IN HAU RIVER USING SENTINEL 2A SATELLITE IMAGERY, pages 91–97

W

Wang, H.

• CANOPY LIDAR POINT CLOUD DATA K-MEANS CLUSTERING WATERSHED SEGMENTATION METHOD, pages 67–73

Wang, J.

• DisasterAWARE – A GLOBAL ALERTING PLATFORM FOR FLOOD EVENTS, pages 107–113

Woods, C.

• DisasterAWARE – A GLOBAL ALERTING PLATFORM FOR FLOOD EVENTS, pages 107–113

Z

Zhang, M.

• DisasterAWARE – A GLOBAL ALERTING PLATFORM FOR FLOOD EVENTS, pages 107–113

Zhou, G.

• CANOPY LIDAR POINT CLOUD DATA K-MEANS CLUSTERING WATERSHED SEGMENTATION METHOD, pages 67–73

Zlatanova, S.

• GEOINFORMATION FOR DISASTER MANAGEMENT 2020 (GI4DM2020): PREFACE, pages 1–2
• A VOXEL-BASED METHOD TO ESTIMATE NEAR-SURFACE AND ELEVATED FUEL FROM DENSE LIDAR POINT CLOUD FOR HAZARD REDUCTION BURNING, pages 3–10
• VOXEL DATA MANAGEMENT AND ANALYSIS IN POSTGRESQL/POSTGIS UNDER DIFFERENT DATA LAYOUTS, pages 35–42