Publications
“Mapping and Geomorphic Characterization of the Vast Cold-Water Coral Mounds of the Blake Plateau”, Geomatics, vol. 4(1). MDPI, pp. 17-47, 2024.
, “Mapping and Geomorphic Characterization of the Vast Cold-Water Coral Mounds of the Blake Plateau”, Geomatics, vol. 4(1). MDPI, pp. 17-47, 2024.
, “Mapping and Geomorphic Characterization of the Vast Cold-Water Coral Mounds of the Blake Plateau”, Geomatics, vol. 4(1). MDPI, pp. 17-47, 2024.
, “Distribution and Predicted Climatic Refugia for a Reef-Building Cold-Water Coral on the Southeast US Margin”, Global Change Biology, vol. 28(23). John Wiley and Sons Ltd. , Online, pp. 7108-7125, 2022. Global_Change_Biology_Final_Published_Gasborr_et_al.pdf (9.14 MB)
, “Distribution and Predicted Climatic Refugia for a Reef-Building Cold-Water Coral on the Southeast US Margin”, Global Change Biology, vol. 28(23). John Wiley and Sons Ltd. , Online, pp. 7108-7125, 2022. Global_Change_Biology_Final_Published_Gasborr_et_al.pdf (9.14 MB)
, “Mapping and Geomorphic Characterization of the Vast Cold-Water Coral Mounds of the Blake Plateau”, Geomatics, vol. 4(1). MDPI, pp. 17-47, 2024.
, “Distribution and Predicted Climatic Refugia for a Reef-Building Cold-Water Coral on the Southeast US Margin”, Global Change Biology, vol. 28(23). John Wiley and Sons Ltd. , Online, pp. 7108-7125, 2022. Global_Change_Biology_Final_Published_Gasborr_et_al.pdf (9.14 MB)
, “Distribution and Predicted Climatic Refugia for a Reef-Building Cold-Water Coral on the Southeast US Margin”, Global Change Biology, vol. 28(23). John Wiley and Sons Ltd. , Online, pp. 7108-7125, 2022. Global_Change_Biology_Final_Published_Gasborr_et_al.pdf (9.14 MB)
, “Mapping and Geomorphic Characterization of the Vast Cold-Water Coral Mounds of the Blake Plateau”, Geomatics, vol. 4(1). MDPI, pp. 17-47, 2024.
, “Standardized Geomorphic Characterization of the Extensive Cold-Water Coral Mound Province of the Blake Plateau, USA”, Ocean Sciences Meeting 2022. 2022.
, “Mapping and Geomorphic Characterization of the Vast Cold-Water Coral Mounds of the Blake Plateau”, Geomatics, vol. 4(1). MDPI, pp. 17-47, 2024.
, “Distribution and Predicted Climatic Refugia for a Reef-Building Cold-Water Coral on the Southeast US Margin”, Global Change Biology, vol. 28(23). John Wiley and Sons Ltd. , Online, pp. 7108-7125, 2022. Global_Change_Biology_Final_Published_Gasborr_et_al.pdf (9.14 MB)
, “Mapping and Geomorphic Characterization of the Vast Cold-Water Coral Mounds of the Blake Plateau”, Geomatics, vol. 4(1). MDPI, pp. 17-47, 2024.
, “Distribution and Predicted Climatic Refugia for a Reef-Building Cold-Water Coral on the Southeast US Margin”, Global Change Biology, vol. 28(23). John Wiley and Sons Ltd. , Online, pp. 7108-7125, 2022. Global_Change_Biology_Final_Published_Gasborr_et_al.pdf (9.14 MB)
, “Mapping and Geomorphic Characterization of the Vast Cold-Water Coral Mounds of the Blake Plateau”, Geomatics, vol. 4(1). MDPI, pp. 17-47, 2024.
, “Mapping and Geomorphic Characterization of the Vast Cold-Water Coral Mounds of the Blake Plateau”, Geomatics, vol. 4(1). MDPI, pp. 17-47, 2024.
, “Mapping and Geomorphic Characterization of the Vast Cold-Water Coral Mounds of the Blake Plateau”, Geomatics, vol. 4(1). MDPI, pp. 17-47, 2024.
, “Mapping and Geomorphic Characterization of the Vast Cold-Water Coral Mounds of the Blake Plateau”, Geomatics, vol. 4(1). MDPI, pp. 17-47, 2024.
, “Distribution and Predicted Climatic Refugia for a Reef-Building Cold-Water Coral on the Southeast US Margin”, Global Change Biology, vol. 28(23). John Wiley and Sons Ltd. , Online, pp. 7108-7125, 2022. Global_Change_Biology_Final_Published_Gasborr_et_al.pdf (9.14 MB)
,