Natural resources are a finite good. For every drop of oil pumped out of the Earth or tree in a forest that is felled, there grows a greater disparity between what society has on hand and what it will need for the future. When dealing with wood science and forestry, it’s crucial to consider the impact of cutting down wide swaths of trees and how these items are going to be replaced for future generations. While the modernized world will continue to need building materials, paper and furniture, those with a background in wood science, lean manufacturing and bio-energy will best know the plan of action for how to go about harvesting and re-investing in the environment.
Todd Shupe, a resident of Baton Rouge, is among experts in the field of wood science whose extensive education, credentials and degrees lend themselves to consulting for major natural resource-harvesting projects. Shupe earned his Bachelor’s Degree in forestry from the University of Illinois, his Master of Science degree in wood science from the University of Illinois and currently holds a Ph.D. in wood science that he earned in 1996. With technical skills in quality management, new product development, statistical analysis and team-building, Todd Shupe can lend more than two decade’s worth of professional experience and consulting for wood science-related projects. He has served as an expert witness it numerous wood-related legal cases over the years and has worked approximately 50/50 for the plaintiff and defense.
There’s never been a more important time to consider the impacts of renewable energy and replacement of resources that we use in daily life. As previously stated, much of these goods are finite unless we replenish or find alternative energy sources and construction materials. A skilled professional with a background in such production methods is a vital addition to any endeavor that seeks to study bioenergy alongside sustainable construction methods. While the log cabin of centuries past may not hold such a prevalent role in housing today, where do you think the engineered wood panels and beams used to build two-story cul-de-sac homes comes from?