Assessing critical social issues and predicting
risk behavior are fundamental strategies in shaping social policies. A reliable
risk assessment is crucial for maintaining harmonic balance in Biological Systems.
However, prioritizing rapid Return on Investment (ROI) can create conflicts
with the complex interplay of multiple variables, including global factors and
critical social challenges. As a result, traditional risk assessment strategies
may fail to identify critical parameters beyond health and social issues.
The focus on ROI can undermine risk assessment
strategies essential for guiding social inputs in Biological Systems. These critical
social inputs include air, water, food, medication use, effective work
performance, intimate relationships, and leisure activities. For instance, food
deficiencies can lead to emotional distress, anxiety, and social tension. To
address this, Systems Owners design food production within a global framework
to maintain economic value and sustain their ROI objectives.
Genetically modified organisms (GMOs) are one
solution that supports ROI and economic growth. However, GMOs can produce
adverse effects on Biological Systems, such as triggering allergic reactions,
toxicity, and even organ damage.
Systems Owners have yet to establish a standard
for optimizing performance in Biological Systems at high intensity. However,
they prefer Biological Systems to function highly within Non-Biological Systems, as they enhance short-term productivity. This accelerated pace often increases
stress levels and a decline in overall health. Consequently, the effectiveness
of risk assessment strategies may diminish due to the focus on ROI and economic
concerns. Poor risk assessment can result in the emergence of "invisible
entities" that hinder the evolutionary development of Biological Systems.
