The Plant Cages advent of deep learning has significantly propelled the utilization of neural networks for Synthetic Aperture Radar (SAR) ship detection in recent years.However, there are two main obstacles in SAR detection.Challenge 1: The multiscale nature of SAR ships.Challenge 2: The influence of intricate near-shore environments and the interf

Radar altimetry in the context of sea ice has mostly been exploited to retrieve basin-scale information about sea ice thickness.In this paper, we investigate the sensitivity of altimetric waveforms to small-scale changes (a few hundred meters to about 10 km) of the sea ice surface.Near-coincidental synthetic aperture radar (SAR) imagery and CryoSat

Carlos Morillas,1 Rosa Feliciano,2 Pablo Fernández Catalina,3 Carla Ponte,4 Marta Botella,5 João Rodrigues,6 Enric Esmatjes,7 Javier Lafita,8 Luis Lizán,9 Ignacio Llorente,10 Cristóbal Morales,11 Jorge Navarro-Pérez,12 Domingo Orozco-Beltran,13 Silvia Paz,9 Antonio Ramirez de Arellano,14 Cristina Cardoso,15 Maribe

The unique features of mitochondrial DNA (mtDNA), including its circular and multicopy nature, the possible coexistence of wild-type and mutant molecules (i.e., heteroplasmy) and the presence of nuclear mitochondrial DNA segments (NUMTs), make the diagnosis of mtDNA diseases particularly challenging.The extensive deployment of next-generation seque

Online testing holds great promise for infant scientists.It could increase participant diversity, improve reproducibility and collaborative possibilities, and reduce costs for researchers and participants.However, despite the rise of platforms and participant databases, little work has been done to overcome the challenges of making this approach av