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creel estimates", "concept": [ "\"Reporting & Diagnostics\"" ], "topics": [ "compare_variance" ] }, { "page": "compute_angler_effort", "title": "Normalize fishing effort to angler-hours", "concept": [ "\"Survey Design\"" ], "topics": [ "compute_angler_effort" ] }, { "page": "compute_effort", "title": "Resolve fishing effort from timestamps or self-reported time", "concept": [ "\"Survey Design\"" ], "topics": [ "compute_effort" ] }, { "page": "creel_confidence_intervals", "title": "Confidence interval conventions in tidycreel", "topics": [ "creel_confidence_intervals" ] }, { "page": "creel_counts_toy", "title": "Toy count data for data validation examples", "concept": [ "\"Example Datasets\"" ], "topics": [ "creel_counts_toy" ] }, { "page": "creel_design", "title": "Create a creel survey design", "concept": [ "\"Survey Design\"" ], "topics": [ "creel_design" ] }, { "page": "creel_interviews_toy", "title": "Toy interview data for data validation examples", "concept": [ "\"Example 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"concept": [ "\"Estimation\"" ], "topics": [ "est_biomass" ] }, { "page": "est_compliance", "title": "Estimate design-weighted size-limit compliance from a creel length distribution", "concept": [ "\"Estimation\"" ], "topics": [ "est_compliance" ] }, { "page": "est_effort_camera", "title": "Estimate angler effort from camera/time-lapse count data", "concept": [ "\"Survey Design\"" ], "topics": [ "est_effort_camera" ] }, { "page": "est_effort_camera_mi", "title": "Pool camera effort estimates across multiply imputed count data sets", "concept": [ "\"Estimation\"" ], "topics": [ "est_effort_camera_mi" ] }, { "page": "est_length_distribution", "title": "Estimate a weighted length distribution from creel interview data", "concept": [ "\"Estimation\"" ], "topics": [ "est_length_distribution" ] }, { "page": "est_mean_age", "title": "Estimate design-weighted mean age from a creel age distribution", "concept": [ "\"Estimation\"" ], "topics": [ "est_mean_age" ] }, { "page": "est_mean_length", "title": "Estimate design-weighted mean length from a creel length distribution", "concept": [ "\"Estimation\"" ], "topics": [ "est_mean_length" ] }, { "page": "estimate_angler_n", "title": "Estimate angler population size via closed-population mark-recapture", "concept": [ "Estimation" ], "topics": [ "estimate_angler_n" ] }, { "page": "estimate_angler_trips", "title": "Estimate angler trips from extrapolated effort", "topics": [ "estimate_angler_trips" ] }, { "page": "estimate_catch_rate", "title": "Estimate CPUE (Catch Per Unit Effort) from a creel survey design", "concept": [ "\"Estimation\"" ], "topics": [ "estimate_catch_rate" ] }, { "page": "estimate_effort", "title": "Estimate total effort from a creel survey design", "concept": [ "\"Estimation\"" ], "topics": [ "estimate_effort" ] }, { "page": "estimate_effort_aerial_glmm", "title": "GLMM-based aerial effort estimation with diurnal correction", "concept": [ "\"Estimation\"" ], "topics": [ "estimate_effort_aerial_glmm" ] }, { "page": "estimate_effort_per_acre", "title": "Compute effort density as effort per acre", "topics": [ "estimate_effort_per_acre" ] }, { "page": "estimate_exploitation_rate", "title": "Estimate exploitation rate using the Pollock et al. moment estimator", "concept": [ "Estimation" ], "topics": [ "estimate_exploitation_rate" ] }, { "page": "estimate_harvest_rate", "title": "Estimate harvest (HPUE: Harvest Per Unit Effort) from a creel survey design", "concept": [ "\"Estimation\"" ], "topics": [ "estimate_harvest_rate" ] }, { "page": "estimate_mr_harvest", "title": "Estimate total harvest from a mark-recapture population estimate", "concept": [ "Estimation" ], "topics": [ "estimate_mr_harvest" ] }, { "page": "estimate_release_rate", "title": "Estimate release rate (RPUE: Released fish Per Unit Effort) from a creel survey design", "concept": [ "\"Estimation\"" ], "topics": [ "estimate_release_rate" ] }, { "page": "estimate_total_catch", "title": "Estimate total catch by combining effort and CPUE", "concept": [ "\"Estimation\"" ], "topics": [ "estimate_total_catch" ] }, { "page": "estimate_total_harvest", "title": "Estimate total harvest by combining effort and HPUE", "concept": [ "\"Estimation\"" ], "topics": [ "estimate_total_harvest" ] }, { "page": "estimate_total_release", "title": "Estimate total extrapolated release by combining effort and release rate", "concept": [ "\"Estimation\"" ], "topics": [ "estimate_total_release" ] }, { "page": "example_aerial_counts", "title": "Example aerial angler count dataset", "concept": [ "\"Example Datasets\"" ], "topics": [ "example_aerial_counts" ] }, { "page": "example_aerial_glmm_counts", "title": "Example multi-flight aerial count data for GLMM effort estimation", "concept": [ "\"Example Datasets\"" ], "topics": [ "example_aerial_glmm_counts" ] }, { "page": "example_aerial_interviews", "title": "Example angler interview data for aerial creel survey", "concept": [ "\"Example Datasets\"" ], "topics": [ "example_aerial_interviews" ] }, { "page": "example_ages", "title": "Example fish age data for creel estimation", "concept": [ "\"Example Datasets\"" ], "topics": [ "example_ages" ] }, { "page": "example_calendar", "title": "Example calendar data for creel survey", "concept": [ "\"Example Datasets\"" ], "topics": [ "example_calendar" ] }, { "page": "example_camera_counts", "title": "Example camera counts dataset (counter mode)", "concept": [ "\"Example Datasets\"" ], "topics": [ "example_camera_counts" ] }, { "page": "example_camera_interviews", "title": "Example interview data for camera-monitored creel survey", "concept": [ "\"Example Datasets\"" ], "topics": [ "example_camera_interviews" ] }, { "page": "example_camera_timestamps", "title": "Example camera timestamps dataset (ingress-egress mode)", "concept": [ "\"Example Datasets\"" ], "topics": [ "example_camera_timestamps" ] }, { "page": "example_catch", "title": "Example species catch data for creel survey", "concept": [ "\"Example Datasets\"" ], "topics": [ "example_catch" ] }, { "page": "example_counts", "title": "Example count data for creel survey", "concept": [ "\"Example Datasets\"" ], "topics": [ "example_counts" ] }, { "page": "example_ice_interviews", "title": "Example interview data for ice fishing creel survey", "concept": [ "\"Example Datasets\"" ], "topics": [ "example_ice_interviews" ] }, { "page": "example_ice_sampling_frame", "title": "Example sampling frame for ice fishing creel survey", "concept": [ "\"Example Datasets\"" ], "topics": [ "example_ice_sampling_frame" ] }, { "page": "example_interviews", "title": "Example interview data for creel survey", "concept": [ "\"Example Datasets\"" ], "topics": [ "example_interviews" ] }, { "page": "example_lengths", "title": "Example fish length data for creel survey", "concept": [ "\"Example Datasets\"" ], "topics": [ "example_lengths" ] }, { "page": "example_sections_calendar", "title": "Example calendar for spatially stratified creel 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"get_enumeration_counts" ] }, { "page": "get_inclusion_probs", "title": "Get inclusion probabilities from a bus-route design", "concept": [ "\"Bus-Route Helpers\"" ], "topics": [ "get_inclusion_probs" ] }, { "page": "get_sampling_frame", "title": "Extract the sampling frame from a bus-route creel design", "concept": [ "\"Bus-Route Helpers\"" ], "topics": [ "get_sampling_frame" ] }, { "page": "get_site_contributions", "title": "Extract per-site effort contributions from a bus-route estimate", "concept": [ "\"Bus-Route Helpers\"" ], "topics": [ "get_site_contributions" ] }, { "page": "impute_camera_counts", "title": "Impute missing camera counts using GLM or GLMM", "concept": [ "\"Survey Design\"" ], "topics": [ "impute_camera_counts" ] }, { "page": "mean_party_size", "title": "Mean anglers per boat party from interviews", "concept": [ "\"Survey Design\"" ], "topics": [ "mean_party_size" ] }, { "page": "new_creel_schedule", "title": "Create a creel_schedule S3 object", "concept": [ 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