Chapter 440: Advanced Life Guidance
After the Genesis Particle release device completed its predetermined cycle, the energy activity within the barren planet's experimental zone began to show systematic attenuation.
The continuous data streams transmitted back by the high-precision sensor network deployed in orbit and on the surface clearly recorded this process.
The explosive activities of violent topographical reshaping, matter restructuring, and life catalyzation in the initial stage had gradually been replaced by milder natural processes that relied more on internal system interactions.
After 3.7 standard years of continuous evolution, monitoring data showed that the effective energy density of the Genesis Particles within the experimental zone had dropped to background radiation levels, and the large-scale macroscopic material structural changes it had triggered had completely stopped.
This meant that the Genesis energy injected from the outside had basically been consumed.
At this moment, the experimental zone with a radius of one thousand kilometers had thoroughly evolved into a structurally stable and functionally complete primitive ecosystem.
The energy shield continued to function, maintaining the stability of the internal atmosphere and water cycle.
The once violently shaped surface had long since stabilized. Circular mountain ranges, rolling hills, vast basins, and a crisscrossing network of water systems constituted a diversified geomorphological landscape.
The water coverage area stabilized at seventeen percent of the total area, forming several lakes of varying depths and rivers winding between them.
The atmospheric composition, through self-regulation, had reached a dynamic equilibrium.
Oxygen content stabilized at 3.5 percent, and the proportions of carbon dioxide and other trace gases were also fixed within a range suitable for the survival of early life.
Regional climate patterns were fully established, with precipitation, evaporation, and runoff forming a highly efficient moisture cycle.
The introduced enhanced ferns, after several generations of natural selection, had fully adapted their population distribution and morphological characteristics to the local environment.
Along the well-watered lake shores and river valleys, they formed dense jungles. The plant heights generally exceeded four meters, and their tough stems and highly efficient photosynthetic systems made them the primary producers of the ecosystem.
In the more arid hilly regions, they evolved into variants with lower statures and more developed root systems, exhibiting perfect adaptation to the water-deficient environment.
The expansion of the Gamma-7 microbial community reached its limit. Its population size and distribution range formed a stable negative feedback relationship with the nutrient content in the water bodies.
Together with other native microorganisms, they formed a complex aquatic microbial network, each occupying specific ecological niches.
The decomposer communities were highly specialized, capable of efficiently breaking down the leaf litter of ferns and other organic detritus, releasing nutrients back into the environment.
The structure of the microscopic food web tended toward perfection. Various single-celled predators specializing in feeding on specific microorganisms emerged, and even preliminary parasitic relationships evolved.
The energy flow and matter cycling pathways within the system were highly optimized, and the fluctuation range of total biomass had dropped to within two percent.
All key ecological parameters, including primary productivity, decomposition rates, and nutrient cycling fluxes, fluctuated within narrow thresholds, marking that the system had entered a mature self-sustaining state.
Ryo's monitoring system continuously recorded all of this.
The data indicated that without any external Genesis energy input, relying solely on stellar illumination and internal circulation, the system fully possessed the capability for long-term self-sustenance.
The energy of the Genesis Particles deployed initially had been exhausted, and the drastic changes it triggered had subsided, leaving behind a slightly primitive and lower-order, yet highly perfected ecosystem.
The results of the first phase of the Genesis experiment satisfied Ryo. The primitive ecosystem operating stably within the energy shield fully proved the outstanding efficacy of Genesis Particles in planetary-scale environmental reshaping and foundational ecological establishment.
After a systematic evaluation, Ryo marked it as a "phased success."
On this basis, he decided to advance the experimental process and initiate the second phase of research: attempting to guide the natural emergence of more complex life forms.
By comprehensively scanning and analyzing the ecological data of the Genesis Zone, Ryo finally selected a small lake in the southeastern part of the experimental zone as his research subject.
The lake covered an area of about twelve square kilometers with an average depth of seven meters. Most crucially, there were active geothermal vents at its bottom.
The continuously released heat and mineral-rich hydrothermal fluids provided a unique chemical environment and a stable energy source for the evolution of life.
Monitoring data showed that a quite rich microbial community had already formed in this lake.
Chemoautotrophic bacteria, photosynthetic bacteria, and various single-celled eukaryotes together constituted a relatively closed yet energy-active micro-ecosystem.
These environmental conditions, theoretically, laid a good foundation for the emergence of more complex life.
The experimental plan formulated by Ryo maintained his consistent rigorous style.
He planned to gently increase the mutation probability of biological genetic material in the water environment by continuously releasing trace amounts of Genesis factors, thereby accelerating the evolutionary process on the basis of natural selection.
This method not only avoided the unknown risks that might arise from directly intervening in evolutionary pathways but also aligned with his respect for the natural laws of life.
To ensure observation accuracy and minimize interference with the experimental zone, Ryo ordered the engineering team to construct a small hovering research station above the target lake, outside the energy shield.
This hexagonal platform was maintained in a precise hover by anti-gravity engines. The main body of the platform contained basic living quarters and a control center, capable of accommodating a standard research team for long-term stationing. The outer shell of the research station was covered with composite armor plating, and its surface was equipped with various sensor device interfaces and communication arrays.
Multiple high-sensitivity sensor probes extended from the bottom of the platform. These probes penetrated specific channels in the energy shield to achieve comprehensive non-contact monitoring of the waters below. The interior of the research station was equipped with a complete environmental control system and life support devices, ensuring that stationed personnel could conduct continuous observation and data recording in a relatively comfortable environment.
The bottom of the research station was specially equipped with a precisely calibrated Genesis Particle deployment unit. The release port of this bowl-shaped device was accurately aimed at the lake surface below, its edge surrounded by a ring of indicator lights displaying the device's operational status in real-time. The multi-stage adjustment system inside the unit could ensure that Genesis Particles were continuously injected at a constant low flow rate, and its release frequency could be fine-tuned according to experimental needs.
Stationed researchers could precisely monitor the deployment process through the console while observing the real-time changes in the lake ecosystem below. A stable data link was maintained between the research station and the Eternal Seeker, and all experimental data would be synchronously transmitted to the main database for backup analysis.
The deployment intensity was strictly calculated to be equivalent to only one-millionth of the total energy released during the first planetary-scale phase, ensuring that it could promote evolution without causing drastic environmental changes.
(End of Chapter)