Test Site

Below Yingzhou Island.

Here, there was scorching, viscous air, as well as a paradise-like place—the Venus Agricultural Experimental Test Site.

The Venus Agricultural Experimental Test Site was a large-scale agricultural test site established only at the beginning of this year. Located on the ground, it had 3,000 mu of usable area inside.

Although only two space agriculture researchers currently worked here, it played a vital role in Venus's future.

For humanity to migrate to other planets, in addition to overcoming all kinds of harsh natural environments, it also had to address the problems of gravity and food.

Although Blue Star and Venus were the closest planets to each other, even at their nearest, they were more than 40.5 million kilometers apart—the equivalent of circling Blue Star's equator 1,012.5 times.

Not to mention that when they were farthest apart, the distance reached 247.1 million kilometers, with the Sun between them.

Such a vast distance was manageable when the population was small, but once the population increased, food would become a major problem.

Thus, the Venus Agricultural Test Site came into being.

This was also why Yingzhou Island City floated within Venus's Antarctic Circle.

As everyone knew, a planet's gravity varied to a certain extent across different regions.

Take Blue Star as an example. Near sea level at Blue Star's equator, gravity was 9.78; near sea level at its poles, however, gravity was 9.832.

The difference between the two was 0.052.

Likewise, another factor affecting gravity was altitude. At the same latitude, gravity was generally higher in low-lying areas and relatively lower in highland regions.

In other words, on a planet, surface gravity was lowest in equatorial highlands, while it was highest at polar sea level or in basins.

According to this pattern, the places with the highest gravity on Venus were