Now hiring: Landscape Ecology Geospatial Analyst
We are seeking motivated individuals to apply for a Geospatial Analyst position to contribute to research and development that will improve forest conservation efforts in the southeastern US. Both remote and in-person candidates will be considered. The successful applicant will integrate cutting edge technologies (UAV and lidar), field experiments, and data science techniques to contribute to collaborations with conservation agencies and research partners. The position will work in a team setting with staff of the Landscape Ecology lab at the Jones Center at Ichauway. Applications reviewed immediately.
Now hiring: Mussel Conservation & Landscape Ecology Seasonal Technician
We are seeking applicants from motivated individuals for a Seasonal Research Technican to contribute to the development of a Habitat Conservation Plan for freshwater mussels. The successful applicant will assist with UAV stream surveys, use acoustic doppler on stream reaches, and conduct biological surveys for freshwater mussels. The position will work in a team setting, collaborating with the Jones Center Mussel Conservation and Landscape Ecology Research Teams. Applications reviewed immediately
Module 7: Putting it all together (large-scale raster products)
If you are interested in learning to use LiDAR for forestry and natural resources, this tutorial can help you get started. You will learn to create products for very large areas, deal with edge effects, and use parallel processing for fast analyses!
Module 4: Putting it all together: Asking ecological questions
If you are interested in learning to use LiDAR for forestry and natural resources, this tutorial can help you get started. You will learn to extract data from lidar products like canopy size, tree locations, and elevation. You will also build a statistical model from lidar data to answer ecological questions
Module 2: Creating raster products from point clouds
If you are interested in learning to use LiDAR for forestry and natural resources, this tutorial can help you get started. You will learn to create raster products like digital elevation models and canopy height models. The tutorial also covers how to make your own custom functions to analyze LIDAR data.
Module 1: Getting started with LiDAR processing for forestry and natural resources
If you are interested in learning to use LiDAR for forestry and natural resources, this tutorial can help you get started. You will learn to view large datasets, create raster products, map trees, and more!
Now hiring: Landscape Ecology Research Technician
We are seeking applicants from motivated individuals for a Seasonal Research Technican to help with upcoming studies on disturbance ecology and restoration in longleaf pine! Applications are due April 5, 2024.
Ichauway Forest Dynamics Plot included in global Smithsonian network
The Ichauway Forest Dynamics plot is a 40 acre research plot in a longleaf pine-oak woodland which consists of 18,000+ mapped trees over 1 cm in diameter. The new infastructure will support long-term research in longleaf pine and fire dynamics in the southeastern U.S.
Sen. Ossoff visits Ichauway, launches bill to improve data collection
Sen. Jon Ossoff visited the Jones Center at Ichauway to announce a bill that would improve data collection efforts of the US Forest Service. The new bill would authorize USFS to collect data on above and below ground carbon and adopt new technologies such as lidar. The bill is expected to improve data collection within the USFS Forest Inventory and Analysis.
New study: Measuring complex forests with airborne lidar
A recent study from the Landscape Ecology lab led by Andy Whelan explores a new approach to improve large-scale measurements of forest structure using lidar. The study explored the use of “volumetric pixels” (or voxels) which have shown promise for forest measurement. The technique led to accurate estimates of wood volume, even when forest composition was unknown.