Ecosystem Modeling

As global environmental problems become increasingly severe, the stability and functionality of ecosystems face unprecedented challenges. Climate change, changes in land use, rapid loss of biodiversity, and overexploitation of resources are profoundly affecting the ecological balance of the earth. In this context, ecosystem modeling and simulation have become key means to understand ecological processes, predict changing trends, and effectively manage ecosystems. It is not only a powerful tool for studying ecological complexity and coping with environmental problems, but also an important guarantee for achieving harmonious coexistence between man and nature.

Fig.1 IBIS key modules and their interactions. (Liu JX, et al., 2022)

Our Services

• Ecosystem Dynamics Simulation

Community dynamics analysis: simulate the composition, structure and succession process of plant, animal and microbial communities, and predict long-term changes in ecosystems.

Ecological network modeling: study the impact of interspecific interactions (such as predation, competition, and symbiosis) on ecosystem stability and function.

Spatiotemporal dynamic simulation: construct a spatiotemporal distribution model of ecosystems to analyze seasonal changes and long-term trends.

• Climate Change and Ecosystem Response

Carbon cycle and climate feedback: quantify carbon fixation, respiration and greenhouse gas emissions in ecosystems, and evaluate their feedback effects on climate change.

Extreme climate event simulation: simulate the short-term impact and long-term resilience of extreme climates such as droughts, floods, and heat waves on ecosystems.

Species distribution prediction: predict species habitat changes and migration patterns based on climate models, and evaluate the impact of climate change on biodiversity.

• Land Use and Ecosystem Management

Land use change simulation: evaluate the impact of land use changes such as urbanization, agricultural expansion, and deforestation on ecosystem services.

Ecosystem service assessment: quantify the service value of ecosystems in carbon storage, water purification, and biodiversity maintenance, and provide support for sustainable resource management.

Management strategy optimization: By simulating different management schemes, we provide optimization suggestions to balance ecological protection and economic development.

• Ecosystem Restoration and Protection

Ecological restoration modeling: Simulate the restoration process of degraded ecosystems and evaluate the effectiveness of measures such as vegetation reconstruction and soil and water conservation.

Endangered species protection: Predict the population dynamics of endangered species under different protection strategies through models, and provide a scientific basis for the formulation of protection plans.

Ecological buffer zone planning: Evaluate the role of ecological buffer zones in protecting biodiversity and reducing the impact of human activities.

• Multi-factor coupled ecological simulation

Interdisciplinary comprehensive modeling: Integrate data from multiple fields such as climate, soil, hydrology, and biology to establish a panoramic ecosystem simulation model.

Complex system analysis: Study the dynamic changes of ecosystems under the synergistic effect of multiple environmental factors and identify key driving factors.

Long-term ecological monitoring support: Provide modeling support for the analysis and prediction of ecological monitoring data to reveal long-term change trends.

Application Scenarios

Advantages

• Data-driven precision modeling: We build high-precision ecosystem simulation models based on remote sensing data, field monitoring data and public databases.
• Multi-scale simulation capabilities: We can conduct dynamic simulation of ecosystems at the local, regional and even global scales to meet research needs of different scales.
• Visualization and decision support: Through intuitive charts, three-dimensional models and dynamic simulation animations, we help customers better understand complex ecological processes and support scientific decision-making.

Results Delivery

In each project, CD Biomodeling is committed to providing highly customized solutions based on the specific needs of our customers. We not only focus on the scientificity and accuracy of the model, but also on the practicality and visualization of the results to ensure that the delivered content can directly serve the research goals and practical applications.

At CD Biomodeling, we use advanced ecosystem modeling and simulation technologies to help customers gain a deep understanding of complex ecological processes in nature and provide scientific support for environmental protection, resource management, and ecological restoration. Whether it is predicting the response of ecosystems to climate change, assessing the impact of human activities, or optimizing sustainable development strategies, our services can help you. If you would like to learn more about the service details or get technical support, please feel free to contact us.

For Research Use Only!

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• Plant Biological Processes