A model-independent data assimilation (MIDA) module and its applications in ecology

Engineering & Materials Science

• Ecology 87%
• Ecosystems 50%
• Earth (planet) 39%
• Linked data 28%
• Parameterization 24%
• Model structures 24%
• Data structures 19%
• Dynamical systems 19%
• Fusion reactions 18%
• Visualization 18%
• Calibration 17%
• Carbon 17%
• Simulators 16%
• Uncertainty 14%

Mathematics

• Data Assimilation 100%
• Ecology 80%
• Module 46%
• Model 23%
• Ecological Model 9%
• Ecosystem 8%
• Posterior distribution 6%
• Observation 6%
• Ecological Modelling 6%
• Data Visualization 5%
• Simulator 4%
• Carbon 4%
• Surrogate 4%
• System Dynamics 4%
• Forecasting 4%
• Data Model 3%
• Preparation 3%
• Calibration 3%
• Fusion 3%
• Parameterization 3%
• Coding 3%
• Predict 3%
• Uncertainty 2%
• Requirements 2%
• Prediction 2%
• Strategy 2%
• Path 2%
• Energy 2%
• Dependent 2%
• Iteration 2%
• Range of data 2%
• Performance 2%
• Estimate 1%

Earth & Environmental Sciences

• data assimilation 69%
• ecology 54%
• parameter 4%
• ecological modeling 4%
• directory 3%
• ecosystem 3%
• biome 3%
• simulator 2%
• assimilation 2%
• parameterization 2%
• visualization 2%
• forecasting 2%
• distribution 2%
• calibration 2%
• carbon 1%
• land 1%
• prediction 1%
• energy 1%