Legacy agriculture treats crop disease as kinetic warfare via reactive gene editing. We offer a zero-friction, structural alternative.

​By deploying a 7.83-14 Hz and 1/26 Hz harmonic baseline, our architecture phase-locks epigenetic resonance. This nullifies pathogen binding entirely while synthesizing the planetary baseline required for deep-space biodomes.

​Environmental Phase-Locking:

https://doi.org/10.17605/OSF.IO/UJSEY

​@biology @space #Agriculture #Astrobotany #Biodome #biophysics #epigenetics

In the latest edition of the Gardeners of the Galaxy Mission Report, you can read about the wild strawberries headed for the ISS, plants growing medicines in space, Indian space cowpeas and fungi for Mars farming.

https://spacebotany.uk/blog/mission-report-11-june-2026/

#astrobotany #SpacePlants

An experiment launched on China's Shenzhou-23 mission aims to grow two consecutive generations of rice seeds in orbit.

https://spacebotany.uk/blog/chinas-shenzhou-23-mission-to-grow-two-generations-of-rice-in-orbit/

#astrobotany #SpacePlants

After nearly a decade aboard the ISS, NASA's Advanced Plant Habitat is coming home. The largest and most sophisticated plant growth facility ever flown in space will return to Earth on CRS-34 in June, destined eventually for museum display.

The APH grew everything from Arabidopsis to chile peppers, and transformed what we know about growing plants in space.

Later this year, Ohalo III is scheduled to pick up where it left off.

https://spacebotany.uk/blog/end-of-an-era-nasas-advanced-plant-habitat-is-coming-home/

#SpacePlants #astrobotany

Three gradute students have just sent watercress to the International Space Station, to investigate how microgravity affects its germination and growth.

Numerous student experiments involve germinating plants, but the advisor for this one is Sarah Wyatt, who has conducted a number of studies involving plants in space.

https://spacebotany.uk/blog/ohio-university-students-send-watercress-experiment-to-the-iss/

#SpacePlants #astrobotany

A new research facility designed to simulate the conditions of space habitats has opened in Dübendorf, Switzerland, operating under the European Space Agency’s Ground-Based Facility programme.

The facility’s research scope spans plant biology, microbial systems, bioregenerative life support, and the testing of technologies intended for future lunar and Martian habitats.

https://spacebotany.uk/blog/switzerland-opens-a-new-space-farming-research-facility/

#astrobotany #SpacePlants

The Chronicle of Beelzebub - Halfway There

My astrobotany plant managed to get through more than 333 days being alive. We've passed the middle of the journey

https://sava.rocks/blog/the-chronicle-of-beelzebub-halfway-there/

#gemini #astrobotany

A quick update for Spudnik-1 fans.

https://spacebotany.uk/blog/spudnik-1-update/

#SpacePlants #astrobotany

The latest cargo delivery to the ISS contained several space plant experiments, including one on seed ageing from the Royal Botanic Gardens, Kew.

#SpacePlants #astrobotany

https://spacebotany.uk/blog/kew-gardens-has-sent-seeds-to-space-to-find-out-how-well-they-age/