Population monitoring aims to track changes in population size and structure over time to understand population dynamics and trends.

Capture-recapture is a widely used method for estimating population abundance by marking and releasing individuals and then recapturing a sample to estimate the population size.

Radio telemetry allows researchers to track the movements and home ranges of individual animals, providing valuable insights into their spatial ecology and habitat use.

Time series analysis is a statistical technique used to analyze data collected over time, making it suitable for studying population trends and identifying patterns and changes in population size.

Monitoring genetic diversity is crucial for assessing the genetic health of populations and identifying potential threats such as inbreeding and loss of genetic variation, which can impact population resilience and adaptive potential.

The BACI design is a widely used experimental approach in ecology to assess the impact of habitat changes by comparing data collected before and after the change in both impacted and control sites.

Citizen science plays a vital role in population monitoring by engaging volunteers to collect data on species occurrence and distribution, contributing to a broader understanding of population trends and patterns.

Camera traps are widely used to monitor wildlife populations remotely by capturing images or videos of animals, providing valuable data on species presence, abundance, and behavior.

PVA is a modeling technique used to assess the risk of population extinction by simulating population dynamics under different scenarios and identifying factors that influence population persistence.

Maximum likelihood estimation is a statistical method used to estimate population density from distance sampling data by finding the values of the parameters that maximize the likelihood of the observed data.

Monitoring reproductive success is crucial for assessing population growth rates and understanding the factors that influence population dynamics, such as birth rates, mortality rates, and recruitment rates.

The BACI design is a commonly used monitoring design in conservation to study the effects of a conservation intervention by comparing data collected before and after the intervention in both impacted and control sites.

Mark-recapture methods are used in population monitoring to estimate population size and density by marking individuals and then recapturing a sample to estimate the population size.

The Jolly-Seber model is a statistical method commonly used to analyze mark-recapture data to estimate population size, survival rates, and capture probabilities.

Monitoring population trends is crucial for identifying populations that are at risk of decline, allowing conservationists to prioritize conservation efforts and implement appropriate management strategies.