Current Literature

Topic	Replies	Views	Activity
Hobley, Brandon et al., 2021. Semi-supervised segmentation for coastal monitoring seagrass using RPA imagery zostera-noltei , uav , zostera-angustifolia , obia	0	228	April 12, 2021
Dolbeth and Costa. 2023. Characterisation and Dynamics of an Emerging Seagrass Meadow uav , zostera-noltei , portugal	0	77	August 21, 2023
Martin et al. 2023 Deep Meadows: Deep-Water Seagrass Habitats Revealed australia , field-survey	0	64	August 17, 2023
Yarbro et al. 2023. Biomass and Productivity of Thalassia Testudinum in Estuaries of the Florida Panhandle florida , thalassia-testudinum , field-monitoring	2	77	August 15, 2023
Laporte et al. 2023. Déclin de La Végétation Aquatique Submergée Au Lac Saint-Pierre de 2002 à 2021 field-survey , canada , valisneria-americana	0	84	August 9, 2023
Bannari et al. 2023. “A Simple Modeling-Approach For Mapping Submerged Aquatic Vegetation in Shallow Coastal Waters Based on Sentinel-MSI Data and Field Truth halodule-uninervis , bahrain , haladule-stipulacea	0	59	July 31, 2023
Thomasberger et al. 2023. Comparative Assessment of Five Machine Learning Algorithms for Supervised Object-Based Classification of Submerged Seagrass Beds Using High-Resolution UAS Imagery denmark , machine-learning , uav , zostera-marina	0	73	July 24, 2023
Lønborg et al. 2022. Submerged Aquatic Vegetation: Overview of Monitoring Techniques Used for the Identification and Determination of Spatial Distribution in European Coastal Waters	0	71	June 30, 2023
Ha et al. 2023. Superpixel for Seagrass Mapping: A Novel Method Using PlanetScope Imagery and Machine Learning in Tauranga Harbour, New Zealand new-zealand , satellite , zostera-muelleri , machine-learning	0	70	June 26, 2023
Kerfoot et al. 2023. Detecting Trends in Abundance and Distribution of Seagrasses in Lake Worth Lagoon, Palm Beach County, Florida syringodium-filiform , halophila , florida , halodule-wrightii , field-survey	0	63	June 20, 2023
Clemente et al. 2023. The Vulnerability and Resilience of Seagrass Ecosystems to Marine Heatwaves in New Zealand: A Remote Sensing Analysis of Seascape Metrics Using PlanetScope Imagery satellite , new-zealand , zostera-muelleri	0	73	June 20, 2023
Yamakita et al 2019. Application of Deep Learning Techniques for Determining the Spatial Extent and Classification of Seagrass Beds, Trang, Thailand satellite , aerial , machine-learning , thailand	0	110	May 10, 2023
Tallam et al. 2023. Application of Deep Learning for Classification of Intertidal Eelgrass from Drone-Acquired Imagery california , uav , zostera-marina , machine-learning	0	82	May 8, 2023
Benmokhtar et al. 2023. Monitoring the Spatial and Interannual Dynamic of Zostera Noltei zostera-noltei , sentinel-2 , machine-learning , aerial , satellite	0	96	May 5, 2023
Coffer et al. 2023. “Providing a Framework for Seagrass Mapping in United States Coastal Ecosystems Using High Spatial Resolution Satellite Imagery satellite , usa , dccn	0	94	April 27, 2023
Mancini et al. 2023. Colonization of Transplanted Posidonia Oceanica: Understanding the Spatial Dynamics through High-Spatial Resolution Underwater Photomosaics posidonia , field-survey , italy	0	77	April 19, 2023
Mancini et al. 2023. Detecting Trends in Seagrass Cover through Aerial Imagery Interpretation: Historical Dynamics of a Posidonia Oceanica Meadow Subjected to Anthropogenic Disturbance multi-beam , posidonia , italy , aerial	0	358	April 11, 2023
Prystay et al. 2023. The Reproducibility of Remotely Piloted Aircraft Systems to Monitor Seasonal Variation in Submerged Seagrass and Estuarine Habitats uav , zostera-marina , newfoundland	0	87	March 7, 2023
Yang et al. 2023. Low-Altitude UAV Imaging Accurately Quantifies Eelgrass Wasting Disease From Alaska to California california , zostera-marina , uav , alaska , british-columbia	0	95	February 28, 2023
Li et al. 2023. Mapping Seagrasses on the Basis of Sentinel-2 Images under Tidal Change sentinel-2 , satellite , china	0	87	January 17, 2023
Kuan-Yu et al. High-Resolution Mapping of Seagrass Biomass Dynamics Suggests Differential Response of Seagrasses to Fluctuating Environments field-monitoring , thalassia-hemprichii , taiwan , halodule-uninervis	0	96	November 28, 2022
Ward et al. 2022. Spatial Extent of Seagrasses (Zostera marina and Ruppia maritima) along the Central Pacific Coast of Baja California, Mexico, 1999–2000 aerial , field-monitoring , satellite , california	0	156	November 9, 2022
Gallagher et al. 2022. Tiger Sharks Support the Characterization of the World’s Largest Seagrass Ecosystem landsat , satellite , bahamas , shark	0	122	November 7, 2022
Lizcano-Sandoval et al 2022. Seagrass Distribution, Areal Cover, and Changes (1990–2021) in Coastal Waters off West-Central Florida, USA machine-learning , florida , satellite	0	128	November 3, 2022
Tahara, et al 2022. Species Level Mapping of a Seagrass Bed Using an Unmanned Aerial Vehicle and Deep Learning Technique machine-learning , zostera-japonica , zostera-marina , uav	0	111	October 25, 2022
Strachan, et al 2022. A Regional and International Framework for Evaluating Seagrass Management and Conservation	0	127	October 14, 2022
Lewis, et al 2022. Distribution and seasonality of the Ruppia dominated aquatic macrophyte community and filamentous algae in the southern Coorong australia , field-survey , ruppia-maritima	0	132	September 20, 2022
Westlake, et al 2022. Growth, biomass and productivity of the seagrass Thalassia hemprichii at Ashmore Reef, Australia australia , field-survey , thalassia-hemprichii , halophila-ovalis	0	103	September 12, 2022
NERRS Submerged Aquatic Vegetation (SAV) Monitoring Assessment Report	0	105	August 23, 2022
Enwright, N.M., Darnell, K.M. & Carter, G.A. 2022. Lacunarity as a tool for assessing landscape configuration over time and informing long-term monitoring: an example using seagrass. Landsc Ecol. https://doi.org/10.1007/s10980-022-01499-5 obia	0	124	August 11, 2022