Opportunities

93
volunteers
77.5
hours
93
Volunteers
1
Hours
UN Sustainable
Development Goal
15
Life on Land
Wildlife of Los Angeles | Citizen Science
11/15/21 - 12/14/21
Cincinnati, OH, USA
93
volunteers
77.5
hours

  • In the United States greater than 80% of the human population occurs in cities, yet we know very little about the wildlife in these areas. Much work needs to be done to understand how increases in urbanized areas impact wildlife species and their ability to survive around us. Urbanization poses many threats to wildlife such as loss of habitat, fragmentation of habitat, roads and traffic, poisons and toxins, people, and our pets. This project is striving to collect information that can be used by city planners to help them make educated decisions about wildlife when planning future developments.

     

    To better understand what wildlife species are present and identify spatial and long-term patterns of wildlife in Los Angeles we have began a camera project where we monitor sites throughout a variety of urban densities. Cameras are placed in urban and rural parks, golf courses, and undeveloped strips of land where permission could be obtained to mount cameras. One of the main projects that will be posting photos on to this platform is currently monitoring 37 camera sites in areas within 2 km of the Los Angeles River. At each site a motion-triggered camera is deployed for one month four times per year once during each season. Cameras are monitored by partner groups (see team to identify groups involved) or volunteers that are participating in the project.

     

    Zooniverse users are invaluable to the project and ultimately turn the photos into data that can be analyzed by tagging species and number of individuals. This data can be combined with info collected in the field and through remote sensing to identify factors that affect wildlife in the region. We also plan to use this data to visualize animal population changes through time and combined with other data enable us to see if populations increase or decrease with changes on the landscape.