This is the dataset of the paper "Red deer exhibit spatial and temporal responses to hiking activity" published in Wildlife Biology (DOI: 10.2981/wlb.00853) TAB1:Camera trap Detection Each row is a sequence of detection of a camera trap. Column: - Sequence: Sequence ID - START: data and time at which the camera trap detection started (format: D/M/Y) - END: data and time at which the camera trap detection ended (format: D/M/Y) - Camera: at which camera the detection was made (ID change every year) - Station: camera trap ID location (constant accross the different years) - TrID: Transect ID - Group: group/area ID - Year: year the camera was deployed - Elevation: Elevation at the camera traps. - Vegetation: Type of habitat surrounding the camera trap - Diurne: was the photo taken during the day or during the night TAB2: DayActivityCamera This table represent the different days each camera trap was working - the first column "Date": is the calendar day (format: D/M/Y) - Then each column is a camera trap, if the camera trap was working, we recoded 1 for this day, if not we recorded 0 (the camera trap was not deployed or was not functional on this date) TAB3:HikerPerDay Number of hikers per day in Glen Lyon which crossed the laser counter - Column "Date": calendar date fromat D/M/Y - Hikers: number of hikers recorded in total this day TAB4: HikerPerHour Number of hikers per hour in Glen Lyon which crossed the laser counter - Column "Date": calendar date fromat D/M/Y - Column Time: Hour of the recording, format H:M - Hikers: number of hikers recorded in total this hour TAB5:CameraInfo Different information about the camera trap surrounding. Each Row is a camera trap Column: - Camera: camera trap ID (ID change every year) - Station: camera trap ID location (constant accross the different years) - TrID: Transect ID - Group: group/area ID - Year: year the camera was deployed - Elevation: Elevation at the camera traps. - Vegetation: Type of habitat surrounding the camera trap