The Behavioral Sciences division is attempting to map and synthesize the command pheromones of Giant Hymenoptera (Bees and Wasps). The goal is to create "Swarm deterrents" that could prevent wild insect migration into populated zones.
Specimens exhibited significant increases in respiratory efficiency, bypassing the standard limitations of tracheal systems Behavioral Aggression:
Our mission was to study gigantism in arthropods—natural, induced, and other . We bred beetles the size of SUVs, mantises that could decapitate a horse, and ants that communicated across miles with pheromonal precision. We thought we were the ones holding the cage keys.
Large-scale specimens (Beetles, Cicadas, and Mantids) breached the mechanical ventilation systems. Predatory Shift:
A dedicated "Final" feature would allow players to utilize the lab's equipment to fight back.
The final year was meant to study trophic interactions. Instead, GIL documented a cascade of ecological surprises:
A 48-hour containment breach that nearly leveled the surrounding city, proving that nature, even when engineered, cannot be caged. The "Final" Experiment
For further reading: Appendix A – Full list of GIL species experiments (classified). Appendix B – Emergency protocols for giant insect encounters. Appendix C – The Voss Hypothesis on post-human arthropod dominance.
Located deep within the arid, isolated environment of the Nevada desert to ensure containment, the is a marvel of bio-engineering.
A Attacus atlas specimen with a 14-foot wingspan. Its wing scales were modified to absorb radar waves. During the Gulf War, two Silent Moths were deployed for three hours over Iraqi radar installations. They were never recovered.
Evidence that Seltas Queens coordinate via bio-electric signals. Defensive Secretions:
Gil - Giant Insect Research Institute - -final-... //free\\ Jun 2026
The Behavioral Sciences division is attempting to map and synthesize the command pheromones of Giant Hymenoptera (Bees and Wasps). The goal is to create "Swarm deterrents" that could prevent wild insect migration into populated zones.
Specimens exhibited significant increases in respiratory efficiency, bypassing the standard limitations of tracheal systems Behavioral Aggression:
Our mission was to study gigantism in arthropods—natural, induced, and other . We bred beetles the size of SUVs, mantises that could decapitate a horse, and ants that communicated across miles with pheromonal precision. We thought we were the ones holding the cage keys. GIL - Giant Insect Research Institute - -Final-...
Large-scale specimens (Beetles, Cicadas, and Mantids) breached the mechanical ventilation systems. Predatory Shift:
A dedicated "Final" feature would allow players to utilize the lab's equipment to fight back. The Behavioral Sciences division is attempting to map
The final year was meant to study trophic interactions. Instead, GIL documented a cascade of ecological surprises:
A 48-hour containment breach that nearly leveled the surrounding city, proving that nature, even when engineered, cannot be caged. The "Final" Experiment We bred beetles the size of SUVs, mantises
For further reading: Appendix A – Full list of GIL species experiments (classified). Appendix B – Emergency protocols for giant insect encounters. Appendix C – The Voss Hypothesis on post-human arthropod dominance.
Located deep within the arid, isolated environment of the Nevada desert to ensure containment, the is a marvel of bio-engineering.
A Attacus atlas specimen with a 14-foot wingspan. Its wing scales were modified to absorb radar waves. During the Gulf War, two Silent Moths were deployed for three hours over Iraqi radar installations. They were never recovered.
Evidence that Seltas Queens coordinate via bio-electric signals. Defensive Secretions:
