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For the first time, humans sent animals into space

The first time humans sent animals into space was on November 3, 1957, when the Soviet Union launched an artificial satellite called "Satellite-2". This satellite is carrying a stray dog named "Laika". Laika is a wild dog from the streets of Moscow, selected as an experimental animal. Although it did not return to Earth, Laika's mission is to test the survival ability of animals in space, which is of great significance for the safety of human future manned space programs. Unfortunately, Laika died shortly after entering space due to a malfunction in the oxygen supply system. This event marked the first successful launch of animals into space by humans, laying the foundation for future manned space programs.

For the first time, humans sent animals into space

In this fictional historical event, humans sent plants into space for the first time instead of animals. This groundbreaking achievement revolutionized our understanding of plant biology and led to significant advancements in space exploration and agriculture.

1959

The Soviet Union successfully launches the first spacecraft carrying plants into space. The spacecraft, named Sputnik Veggie, is equipped with a specialized greenhouse module to provide optimal conditions for plant growth.

1961

The United States follows suit and sends their own plant-filled spacecraft, named Greenstar, into space. Several different types of plants, including wheat, lettuce, and tomato, are selected for the mission.

1963

Sputnik Veggie 2, an upgraded version of the Soviet spacecraft, is launched with an extended mission duration. It carries a diverse range of plant species, including flowering plants and fruit-bearing trees.

1965

Scientists from various countries collaborate to establish the International Space Botanical Research Center (ISBRC) to foster cooperation and share knowledge related to space plant biology. This collaboration accelerates research and development in the field.

1970

The ISBRC pioneers the concept of space farming by successfully cultivating crops on board the space station, enabling astronauts to supplement their diet with fresh produce during extended missions.

1985

With advancements in technology, a space station solely dedicated to agriculture, called Agrostation, is launched. It serves as a research hub for optimizing plant growth in microgravity and contributes to the development of sustainable food production methods.

1998

The first manned mission to Mars, named Red Harvest, includes a team of botanists who establish the first extraterrestrial greenhouse on the Martian surface. This achievement marks a crucial step towards future colonization of other planets.

2025

The ISBRC, in collaboration with private space companies, develops compact and highly efficient plant cultivation units for interplanetary travel. These units are capable of sustaining plant growth during long-duration space journeys.

2030

The construction of large-scale space colonies, known as Astrogardens, begins. These self-sufficient habitats house extensive plant ecosystems, providing a sustainable source of food, oxygen, and psychological well-being for their inhabitants.

2050

Advancements in genetic engineering have led to the creation of genetically modified plants specifically designed to thrive in harsh extraterrestrial environments. These resilient plant species play a crucial role in terraforming efforts on celestial bodies.

2075

Humanity achieves its long-standing dream of interstellar travel as the first generation ship, carrying a diverse array of plant life, embarks on a centuries-long journey to a nearby star system. The plants on board are not only essential for sustenance but also contribute to maintaining the ship's ecological balance.

2150

The discovery of an Earth-like exoplanet with a breathable atmosphere and suitable conditions for plant growth ignites a new wave of colonization efforts. The seeds of plants sent into space decades ago serve as the foundation for establishing sustainable ecosystems on this newfound world.

2200

Plant life from Earth has successfully adapted and flourished on multiple habitable exoplanets, contributing to the diversification of life in the universe. The pioneering achievement of sending plants into space has forever transformed our understanding of biology and the potential for life beyond Earth.

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