Deploying Weather Stations: A Best Practices Guide
{"nid":"2756","uuid":"4963bb4c-3adf-41e8-a5d9-cd66a84c7e6a","vid":"74841","langcode":"und","revision_timestamp":"1715813372","status":"1","title":"Deploying Weather Stations: A Best Practices Guide","created":"1297952521","changed":"1734317012","promote":"0","sticky":"0","default_langcode":"1","revision_default":"1","revision_translation_affected":"1","path":{"alias":"\/resources\/white-papers\/deploying-weather-stations-best-practices-guide","pid":"5836","langcode":"und"},"body":"<div>From the tropics to the poles, climate, agriculture and other researchers rely on unattended research-grade, data logging weather stations. For example, the US Department of Agriculture uses weather stations to study anything from molecular plant pathology to forest management. Non-government groups, such as universities, use weather stations to study a wide array of subjects including how glacial activity affects air temperature. Additionally, commercial companies depend on weather stations to conduct businesses.<\/div>\r\n\r\n<div> <\/div>\r\n\r\n<div>Our best practices guide, Deploying Weather Stations, shares field-proven tips and techniques for installing research-grade weather stations in the field. A range of topics are discussed, including weather station site location, sensor placement, system configuration, and cable protection.<\/div>\r\n","applications":["Environmental Research & Protection","Agricultural Monitoring"],"archive_resource":"0","associated_products":["RX2100","RX2100-WL","RX3000","RX3004-SYS-KIT-813","RXMOD-RXW-xxx","RXW-LIA-xxx","RXW-LIB-xxx","RXW-RGE-xxx","RXW-RGF-xxx","RXW-RPTR-xxx","RXW-SMC-xxx","RXW-SMD-xxx","RXW-THC-xxx","RXW-TMB-xxx","RXW-WCF-xxx"],"brand":"HOBO","documentation_hoboconnect":"0","documentation_intemp_app":"0","documentation_is_datasheet":"0","environment":["Outdoor"],"hoboconnect_docs_sorting":"0","hobomobile_docs_sorting":"0","intemp_cx_docs_sorting":"0","files":{"media_image":"https:\/\/dev-d9.onsetcomp.com\/sites\/default\/files\/2022-11\/Resources%5B3%5D-Deploying-Weather.png","resource_goal_file":"https:\/\/dev-d9.onsetcomp.com\/sites\/default\/files\/2023-02\/Onset-Weather-Station-Deployment-Techniques.pdf"},"pardot_url":{"uri":"https:\/\/ons.onsetcomp.com\/l\/1085312\/2024-11-23\/ly433t","title":null,"options":[]},"FIELDS":[["field_resource_goal_file","entity_reference","document"]],"resource_goal_key":"7mxzmk","resource_topic":["Getting Started"],"resource_type":"White Paper"}
From the tropics to the poles, climate, agriculture and other researchers rely on unattended research-grade, data logging weather stations. For example, the US Department of Agriculture uses weather stations to study anything from molecular plant pathology to forest management. Non-government groups, such as universities, use weather stations to study a wide array of subjects including how glacial activity affects air temperature. Additionally, commercial companies depend on weather stations to conduct businesses.
Our best practices guide, Deploying Weather Stations, shares field-proven tips and techniques for installing research-grade weather stations in the field. A range of topics are discussed, including weather station site location, sensor placement, system configuration, and cable protection.