Nicolas Pucino
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View article: The accuracy of image-based individual tree crown detection and delineation across vegetation types
The accuracy of image-based individual tree crown detection and delineation across vegetation types Open
Australia's terrestrial ecosystems are critical to the global carbon cycle, yet they face numerous environmental pressures such as forest degradation and biodiversity loss. Accurate monitoring of vegetation dynamics is crucial to mitigatin…
View article: Status of global seafloor mapping effort and priority areas for future mapping
Status of global seafloor mapping effort and priority areas for future mapping Open
Several global and regional initiatives exist to increase the proportion of seafloor mapped by direct measurements, brought together through international collaborations, of which the Nippon Foundation-GEBCO Seabed 2030 Project is perhaps …
View article: COASTAL ‘OMNI-LINE’: MULTI-SCALE DATA SYNTHESIS, TOP-DOWN AND BOTTOM-UP
COASTAL ‘OMNI-LINE’: MULTI-SCALE DATA SYNTHESIS, TOP-DOWN AND BOTTOM-UP Open
Debate exists on use of large-scale, simplified models for predicting shoreline change, e.g., IPCC AR6, as opposed to local-scale ‘compartment-based’ studies. An alternative is to act both top-down and bottom-up, integrating multi-scale da…
View article: Drivers of seasonal and decadal change on an estuarine beach in a fetch-limited temperate embayment
Drivers of seasonal and decadal change on an estuarine beach in a fetch-limited temperate embayment Open
Beaches in estuaries and bays (BEBs) are critical landforms along many coastlines, providing vital protection to human infrastructure and ecosystem services. Like open-ocean beaches, their morphodynamics are driven by the interaction of wa…
View article: Measuring drivers of shoreline and subaerial beach change using limited datasets in a temperate, wave-dominated sandy system: Inverloch, Australia
Measuring drivers of shoreline and subaerial beach change using limited datasets in a temperate, wave-dominated sandy system: Inverloch, Australia Open
Understanding the drivers of coastal change is important for establishing how a system behaves and responds under different conditions, which is then used for informing management interventions. At seasonal to decadal scales this ideally r…
View article: sandpyper: A Python package for UAV-SfM beach volumetric and behavioural analysis
sandpyper: A Python package for UAV-SfM beach volumetric and behavioural analysis Open
Sandpyper is a Python package that automates profile-based volumetric and altimetric sandy beaches analysis from a large amount of digital surface models and orthophotos.It includes functionalities to facilitate the cleaning of the elevati…