Innovating Climate Data Integration Solutions

We specialize in integrating ice core data with climate models, enhancing research accuracy through advanced data collection, preprocessing, and experimental validation to better understand historical climate periods.

Cluster of translucent and crystalline ice formations, resembling natural ice sculptures, enveloping a darker void at the center. Textures appear smooth yet irregular, capturing the refraction of light within the ice.
Cluster of translucent and crystalline ice formations, resembling natural ice sculptures, enveloping a darker void at the center. Textures appear smooth yet irregular, capturing the refraction of light within the ice.
Our Mission
Our Vision

Our goal is to clarify research questions and construct frameworks that accurately reflect climate dynamics, ensuring our technology effectively validates historical climate models and their applications in real-world scenarios.

Climate Integration

Integrating ice core data with climate models for accuracy.

Several climbers are ascending an ice-covered slope, using ropes and climbing gear. The environment is stark and chilly, with expansive vistas of ice stretching into the horizon.
Several climbers are ascending an ice-covered slope, using ropes and climbing gear. The environment is stark and chilly, with expansive vistas of ice stretching into the horizon.
Data Collection

Collecting and preprocessing ice core and climate model data.

A large glacier is depicted, with icy formations extending into a frozen body of water. Snow-covered rocky mountains rise in the background under a vivid blue sky with some scattered clouds. The glacier has a large, dark cavernous entrance on the left side.
A large glacier is depicted, with icy formations extending into a frozen body of water. Snow-covered rocky mountains rise in the background under a vivid blue sky with some scattered clouds. The glacier has a large, dark cavernous entrance on the left side.
Model Correction

Correcting parameters in climate models using AI technology.

Layered ice formations with intricate patterns cover a surface, beneath which green leaves and soil are visible, creating a blend of texture and transparency.
Layered ice formations with intricate patterns cover a surface, beneath which green leaves and soil are visible, creating a blend of texture and transparency.
A close-up view of melting ice with intricate patterns and textures. The ice appears partially translucent, allowing light to reflect and refract through it, creating a dynamic visual effect. Several droplets hang from the edges, adding to the impression of thawing.
A close-up view of melting ice with intricate patterns and textures. The ice appears partially translucent, allowing light to reflect and refract through it, creating a dynamic visual effect. Several droplets hang from the edges, adding to the impression of thawing.
Validation Studies

Evaluating performance of models simulating the medieval warm period.

Case Studies

Validating practical applications of technology through typical cases.

Contact Us

A serene polar landscape featuring a large, white ice formation and icebergs floating on calm, reflective water. The sky is overcast with thick, gray clouds, suggesting chilly and tranquil weather conditions.
A serene polar landscape featuring a large, white ice formation and icebergs floating on calm, reflective water. The sky is overcast with thick, gray clouds, suggesting chilly and tranquil weather conditions.

Reach out for inquiries about integrating ice core data with climate models and our services.

Research

Integrating ice core data with climate models.

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