The Verdant Center for Spatial Biology exists to map how life organizes itself — across scales, species, and substrates.
Our mission is to unite plant biology, geobiology, and spatial molecular analysis into a coherent scientific language.
By combining tools from molecular imaging, transcriptomics, and environmental science, we aim to reveal how genes, minerals, and ecosystems interact through space and time.
We are building a living knowledge ecosystem where plant and geobiology research meet the frontier of spatial transcriptomics.
Our work connects biology, technology, and imagination — linking the molecular patterns of life to the larger landscapes they shape.
By creating open tools, shared templates, and collaborative pathways, we make spatial -omics accessible to anyone working to understand how cells, tissues, and ecosystems speak to each other.
From kelp forests to soil microbiomes, from the roots of plants to the heart of planetary processes, we aim to give scientists new ways to see life in context.
This is not just a lab initiative. It’s a collective act of mapping — of turning discovery itself into shared terrain.
Together, we are nurturing a new branch of science that listens as carefully as it measures.
(For partners, collaborators, and leadership planning)
The Spatial Transcriptomics for Plants and Geobiology initiative is designed to evolve into a center of analysis and coordination — a place where instruments, data, and people converge to define the next phase of environmental and biological research.
Our approach rests on three core commitments:
Every protocol, template, and workflow will be openly documented, reproducible, and adaptable.
The STmet framework serves as both a language and a set of tools — anchoring collaborations with standardized reporting and analysis modules.
The planned analysis center will house a spatial transcriptomics instrument (e.g., Xenium or related platforms) with capacity for cross-domain use: plant sections, environmental matrices, and hybrid biological–geological samples.
This physical hub will support visiting scientists, remote collaborations, and hybrid field–lab studies that link local ecology to global data systems.
Beyond hardware and protocols, the center will act as a connective medium — linking researchers through shared archives, training, and versioned datasets.
The ecosystem itself becomes the experiment: a living network of learning, synthesis, and continual iteration.
We envision this as an open node in a broader constellation of discovery — bridging the digital, biological, and ecological through grounded, reproducible practice.
We build not in isolation but in resonance.
Each dataset, each collaborator, each instrument becomes part of a larger rhythm: science as stewardship, curiosity as collaboration, precision as kindness.
The Spatial Transcriptomics for Plants and Geobiology initiative exists to keep that rhythm alive — steady enough to be trusted, open enough to surprise, and light enough to grow.
| Element | Description |
|---|---|
| Center Name | Verdant Center for Spatial Biology |
| Flagship Initiative | Spatial Transcriptomics for Plants and Geobiology (STmet) |
| Core Mission | Build an open, reproducible spatial-omics ecosystem |
| Research Domains | Plant biology, geobiology, microbiome science, paleogenomics |
| Platforms | Xenium, MALDI, NanoSIMS, RNAPlex, RNAscope |
| Partners |
/Collaboration/Labs//Collaboration/Labs/YourLabName/)./Collaboration/Projects/./Collaboration/Methods/./Collaboration/Projects/Proposals/Each new addition helps Verdant grow as a living atlas of discovery — not a static repository.
“The lab is a garden; its data are seeds.
What we plant, share, and tend together becomes the landscape of understanding.”