
Ticks and their invasive habitats
Ticks thrive in dense, humid habitats - often created by invasive plants like Japanese barberry, honeysuckles, and buckthorn. Early detection of tick population surges is difficult; risk often becomes apparent only after human or animal infections are reported, by which point localized tick densities may already be high. For these reasons, we’re deploying quadruped robots to locate invasive plants, and geotag them for removal, all the while physically aggregating ticks on the robot for non-chemical removal and research.
Keep an eye out
Surveying your land for invasive plants like barberry, honeysuckle and buckthorn is the first step in protecting forest health and reducing tick-borne disease risks. These species spread quickly, outcompete native plants, and become harder and costlier to control if left unchecked. By identifying and mapping infestations early, landowners can take proactive steps to keep their woods healthy and their communities safe.
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Japanese Barberry
Berberis thunbergii
Japanese barberry is a thorny shrub that thrives in shaded woodlands, forest edges, and disturbed soils. It prefers well-drained soil but can tolerate a wide range of conditions, from full sun to deep shade. Its dense growth creates humid microclimates ideal for ticks, making it a public health concern as well as an ecological one. Look for small oval leaves that turn red in fall, bright red berries hanging under the branches, and sharp spines along the stems.
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Honeysuckle
Lonicera morrowii
Morrow’s honeysuckle is a fast-growing shrub that thrives in sunny edges, old fields, and disturbed sites, though it also does well in shaded forests. It spreads quickly, forming dense stands that shade out native plants. In spring, look for pairs of opposite oval leaves and tubular white flowers that turn yellow with age. Later in the season, it produces clusters of red berries. Its hollow stems are another giveaway when cut. Like barberry and buckthorn, dense honeysuckle thickets are strongly associated with elevated tick populations.
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Buckthorn
Rhamnus cathartica
Common buckthorn is a hardy invasive shrub or small tree that flourishes in prairies, wetlands, open woodlands, and roadsides. It tolerates poor soils and outcompetes native plants by leafing out early in spring and holding leaves late into fall. Identifying features include dull green, oval leaves with distinct veins curving toward the tip, clusters of black berries in late summer and fall, and gray-brown bark with prominent lenticels (raised spots). Its dense thickets degrade wildlife habitat and promote tick activity.
We’re evidence-based, and laser-focused.
Please see below for a growing list of research being integrated into our long-term, science-based strategy to address climate-driven tick threats.
“The greater amount of Japanese barberry growing on a property, the greater amount of Lyme disease-carrying ticks you are likely to have.” (Cole, 2023).
Invasive plants + ticks
Lyme Disease-Toting Ticks Abundant on Common Invasive Plant, New Study Finds
Robotics + ticks
Robotic Control of Tick Populations
Robo-Tic: Development of a Tick-Eliminating Robot
TickBot: a novel robotic device for controlling tick populations in the natural environment
An Autonomous Robot for the Collection and Extermination of Ticks
Application and Modeling of a Tick-Killing Robot, TickBot
Implementation of a Tick-Killing Robot to Protect Children in Hampton, Virginia
Autonomous Tick Collection Robot: Evaluating Design, Materials, and Stability for Optimum Collection
Robotics + forestry
Sensing and Artificial Perception for Robots in Precision Forestry: A Survey
Localization and Mapping for Robots in Agriculture and Forestry: A Survey
Edge AI-Based Tree Trunk Detection for Forestry Monitoring Robotics
Advances in Forest Robotics: A State-of-the-Art Survey
DigiForests: a longitudinal LIDAR dataset for forestry robotics
Quadrupeds + forestry
Evaluating the forest ecosystem through a semi-autonomous quadruped robot and a hexacopter uav
Building Forest Inventories with Autonomous Legged Robots--System, Lessons, and Challenges Ahead
Automated Tree Detection for Forest Inventory Analysis Using Low-Cost Quadrupedal Robots
Autonomous forest inventory with legged robots: system design and field deployment
Runtime Learning of Quadruped Robots in Wild Environments
Landslide robotics: a prototype for interactive and sustainable geohazard investigation
Walking in Mud: Modeling, Control, and Experiments of Quadruped Locomotion
Wheeled quadrupeds
Proprioceptive-Based Multimode State Estimation for Wheeled-Quadruped Robot
Wheeled-legged robots for multi-terrain locomotion in plateau environments
Quadruped Robots: Bridging Mechanical Design, Control, and Applications
Quadruped Robot Prototype for Agricultural Mobile Robotics
A Real Time Design And Implementation Of Walking Quadruped Robot For Environmental Monitoring
Robust Localization, Mapping, and Navigation for Quadruped Robots
Remote sensing for invasives detection
Artificial Intelligence in Invasive Species Management: Transforming Detection and Response
Smart Chip Technology for the Control and Management of Invasive Plant Species: A Review
Monitoring Invasive Plant Species Using Hyperspectral Remote Sensing Data
Remote detection of invasive plants: a review of spectral, textural and phenological approaches
Ecological monitoring of invasive species through deep learning-based object detection
Camera assisted roadside monitoring for invasive alien plant species using deep learning
Control methods
Review: Application of Tick Control Technologies for Blacklegged, Lone Star, and American Dog Ticks
Are host control strategies effective to eradicate tick-borne diseases (TBD)?
Fence and Fencibility: Using Technology to Direct Wildlife
Tick Control Methods for Amblyomma americanum in Virginia: Applications and Modeling
Tick survey methods
Mechanical Devices for Census and Detection of Off-Host Larval Ticks (Acari: Ixodidae)
A Simple, Inexpensive Method for Mark-Recapture of Ixodid Ticks
Accounting for missing ticks: Use (or lack thereof) of hierarchical models in tick ecology studies
Tick-borne illness
Ecology of Powassan Virus in the United States
Increased risk of tick-borne diseases with climate and environmental changes
Validating a common tick survey method: cloth-dragging and line transects