2015•Unpublished venueRequires access

DART weather data

Laura Pring

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Abstract

At each study location 2 weather stations were installed (4 in total), each monitoring every 30 minutes rainfall, temperature, humidity, wind speed, wind direction and barometric pressure with 1 at each location additionally having a Solar and UV radiation sensor. 2 stations were chosen at each location to allow for a high degree of spatial resolution and to provide redundancy. The weather data combined with the in-situ soil measurements allow the assessment of the seasonal variations of the geophysical soil properties and vegetation mark formation as a result of varying weather patterns aiming to identify the biggest contrast between archaeological features and the surrounding soil matrix.

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What this paper is about

At each study location 2 weather stations were installed (4 in total), each monitoring every 30 minutes rainfall, temperature, humidity, wind speed, wind direction and barometric pressure with 1 at each location additionally having a Solar and UV radiation sensor. 2 stations were chosen at each location to allow for a high degree of spatial resolution and to provide redundancy. The weather data combined with the in-situ soil measurements allow the assessment of the seasonal variations of the geophysical soil properties and vegetation mark formation as a result of varying weather patterns aiming to identify the biggest contrast between archaeological features and the surrounding soil matrix.

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Available abstract

At each study location 2 weather stations were installed (4 in total), each monitoring every 30 minutes rainfall, temperature, humidity, wind speed, wind direction and barometric pressure with 1 at each location additionally having a Solar and UV radiation sensor. 2 stations were chosen at each location to allow for a high degree of spatial resolution and to provide redundancy. The weather data combined with the in-situ soil measurements allow the assessment of the seasonal variations of the geophysical soil properties and vegetation mark formation as a result of varying weather patterns aiming to identify the biggest contrast between archaeological features and the surrounding soil matrix.

Key concepts: Weather station, Environmental science, Wind speed, Automatic weather station, Meteorology, Vegetation (pathology), Surface weather observation, Humidity

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