Titlebook: sUAS Applications in Geography; Kory Konsoer,Michael Leitner,Quinn Lewis Book 2022 The Editor(s) (if applicable) and The Author(s), under

Immobilize

How sUAS Has Pushed Forward On-Demand Low Altitude Remote Sensing in Geography,ultra-small, low-cost systems that provide simple still imagery used for qualitative analysis to expensive, technologically advanced systems that provide data with high spatial, temporal, and spectral resolutions. This chapter introduces and provides a brief background on how the sUAS revolution has

托人看管

UAS Policies, Workflows, and Challenges in Hazard Environments, operate and collect UAS-based damage information. Coordinating UAS operations with government officials is key to (1) assisting these officials and other agencies with regard to their specific needs, (2) gaining access to these highly sensitive areas, and (3) staying up-to-date on airspace restrict

BOGUS

sUAS-Based Citizen Science Studies in Geography,UAS platforms with citizen science creates an opportunity to combine data collection, education, and outreach. This approach is particularly valuable for mapping large areas, documenting changes across those areas, and integrating stakeholders in the research process to promote science-based decisio

鞭子

Iniquitous

Interstellar

砍伐

泛濫

glowing

Polar and Cryospheric Remote Sensing Using sUAS,ryospheric environments owing to contemporary climate change have attracted more attention towards these regions than ever before. Satellite?remote sensing has its own limitations related to low sun angles in high latitudes, high acquisition costs for high-resolution images, and persistent cloud cov

受辱

Coastal Dune Eco-geomorphology: sUAS Applications and Opportunities, multiple scales. As these systems adapt to climate change, it is critical to increase the spatiotemporal monitoring record to provide further insight on the eco-geomorphological processes and feedbacks affecting coastal dune evolution through time. Since the 2010s, small unoccupied aircraft systems