Territorial black-capped chickadee males respond faster to high- than to low-frequency songs in experimentally elevated noise conditions

This is the data for the manuscript: Territorial black-capped chickadee males respond faster to high- than to low-frequency songs in experimentally elevated noise conditionsMetadata as follows:Each row corresponds to a single playback trial. Two rows constitutes a paired playback dyad.ID - ID of focal maleregion - region where playback was performed (van = Vancouver; kel = Kelowna; que = Quesnel; prg = Prince George)hab - Urbanization index (see LaZerte et al. 2017 DOI: 10.1007/s11252-017-0652-7)spl - Sound Pressure level in dB(Z) measured after each trialspl_scale - SPL centered around zerotreatment - Contrast category including playback order and stimulus typepb_freq_c - Which stimulus type was presented (Categorical frequency)pb_order - Order of stimuli presentationpb_freq - Dominant frequency of bee-note in stimulus in kHzpb_file - File name of the playback stimulusstart_dist - Starting distance in meters of the focal malefirst_rxn - Response, latency to first responsePC1_dist - Response, PC1 Approach and stay closePC2_song - Response, PC2 Sing moretime_0_10 - Contribution to PCs, Time spent time_10_20 - Contribution to PCs, Time spent between 10 and 20m from speakertime_20_100 - Contribution to PCs, Time spent > 20m from speakerlatency_dist_min - Contribution to PCs, Latency (s) to minimum distance from speakerdist_min - Contribution to PCs, Minimum distance from speakertotal_song - Contribution to PCs, Total songs sung during trial