{"count":93074,"next":"https://eartharxiv.org/api/keywords/?format=json&limit=100&offset=18400","previous":"https://eartharxiv.org/api/keywords/?format=json&limit=100&offset=18200","results":[{"word":"climate tipping points"},{"word":"consumerism vs. population growth"},{"word":"carotid artery dissestion"},{"word":"Mesenteric volvulus"},{"word":" malrotation"},{"word":" midgut volvulus"},{"word":" whirlpool sign"},{"word":" acute abdominal pain"},{"word":"acute abdominal pain"},{"word":"Groundwater Depletion"},{"word":" Jal Jeevan Mission"},{"word":" Source Sustainability"},{"word":" Water Resource Management"},{"word":"WCS"},{"word":"Data Cube"},{"word":"WCPS"},{"word":"Introduction: Unilateral nasal obstruction is a common complaint with a broad differential diagnosis  that includes anatomic asymmetry"},{"word":" unilateral infective or inflammatory conditions"},{"word":" and benign and  malignant sinonasal masses. A rhinolith is an uncommon foreign body in the nose"},{"word":" which serves as  a nidus for calcium salt deposition. The foreign body can be endogenous or exogenous in origin and  may remain asymptomatic for many years before incidental discovery. When left untr"},{"word":" stones  may cause unilateral nasal obstruction"},{"word":" rhinorrhea"},{"word":" nasal discharge"},{"word":" epistaxis or"},{"word":" in rare cases"},{"word":"  progressive destruction leading to septal/palatal perforation or oro-antral fistula. Surgical removal is  an effective intervention with limited complications reported. Case Report: This article des"},{"word":" which was found to be an  iatrogenic rhinolith. Successful surgical removal was performed.  Conclusion: Epistaxis and nasal obstruction are common presentations to the ED. Rhinolith is an  uncommon c"},{"word":" as biopsy is risky given the  broad differential of unilateral nasal mass. When identified"},{"word":" surgical removal has a high success rate  with limited complications reported."},{"word":"Rhinolith; nasal mass; epistaxis; nasal drainage; case report."},{"word":"rhinolith"},{"word":"nasal mass"},{"word":"nasal drainage"},{"word":" cross-sections"},{"word":" thrust tectonics"},{"word":" salt tectonics"},{"word":" gravitational gliding"},{"word":" structural uncertainty"},{"word":"plastic abrasion"},{"word":" plastic breakdown"},{"word":" mechanical weathering"},{"word":" mechanical degradation"},{"word":" river hydrodynamics"},{"word":"plastic breakdown"},{"word":"mechanical weathering"},{"word":"mechanical degradation"},{"word":"river hydrodynamics"},{"word":"riverine macroplastic"},{"word":"Vertical Seismic Profiles"},{"word":"Seismic Multiples"},{"word":"Q Profiles"},{"word":" ecosystem services"},{"word":" nature-based"},{"word":"Calcareous grasslands"},{"word":"atraumatic splenic rupture"},{"word":" splenic artery embolization"},{"word":" endocarditis"},{"word":"splenic artery embolization"},{"word":"endocarditis"},{"word":": plastic abrasion"},{"word":"Lake surface temperature"},{"word":" Alpine ecosystems"},{"word":" Alpine lakes"},{"word":" climate projections"},{"word":"thermal notch erosion"},{"word":"Animal-aircraft collisions"},{"word":"Visual modeling"},{"word":"Avoidance Behavior"},{"word":"Choice test"},{"word":"LED lights"},{"word":"Avian Deterrent"},{"word":"Light Deterrent"},{"word":"giant sequoia"},{"word":" Sequoiadendron giganteum"},{"word":" high severity wildfire"},{"word":" tree mortality"},{"word":" fire effects"},{"word":" natural regeneration"},{"word":" restoration management"},{"word":"Sequoiadendron giganteum"},{"word":"high severity wildfire"},{"word":"fire effects"},{"word":"restoration management"},{"word":"reproductive decision-making"},{"word":"unertainty quantification"},{"word":"subsurface modeling"},{"word":" appendicitis."},{"word":"Viruses"},{"word":" Antarctic"},{"word":" Cryosphere"},{"word":" Cold adaptation"},{"word":" AMG"},{"word":" VLP"},{"word":" Permafrost"},{"word":" Cryoconite holes"},{"word":" Host"},{"word":"Cold adaptation"},{"word":"AMG"},{"word":"VLP"},{"word":"Cryoconite holes"}]}