Synthetic chemicals are increasingly being added to the environment to modify natural processes with the intent of reversing inflicted damage and/or attempting to improve upon existing functions. These efforts tend to be expensive and to lose some of their effectiveness over time. Moreover, they may induce unanticipated adverse effects, not the least of which are due to the synthetic chemicals remaining within the environment. Nature has the intrinsic capacity to modify its processes in response to changed conditions. These modifications comprise natural adaptations to retain optimal functions. Nature's allostasis refers to the range and versatility of these adaptative responses, which can involve multiple components within any given ecosystem. Yet, there are limits to these allosteric adaptations, primarily because the required amounts of energy may not be available. These limits are referred to as tipping points, beyond which there are persisting functional impairments. Nature uses an energy that is referred to by the acronym KELEA (Kinetic Energy Limiting Electrostatic Attraction). Providing disordered ecosystems with added KELEA is proving to be an inexpensive, more effective, and non-toxic alternative to using synthetic chemicals. The added KELEA is intended to restore Nature's capacity for allostatic adaptations and, thereby, regain normal functional activity. This article cites several published health, agricultural, and industrial applications of KELEA involving the use of fluid-activating volcanic material-derived Kiko pellets. The potential worldwide cost savings achievable by replacing many of the currently used chemical-based modifications with KELEA-based approaches are likely to be in the trillions of dollars. Moreover, there are certain energy-based applications for which there are no chemical-based alternatives. Educational programs, coupled with clear documentation of benefits, will be key factors in accepting the concept of KARNA -KELEA Assisted Restoration of Nature's Allostasis.