Global ETD Search

Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.

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Showing 1 to 6 of 6 for “"Carbon cycle (Biogeochemistry)"”.

  1. A modeling study of the marine biogeochemistry, plankton dynamics, and carbon cycle on the continental shelf off the West Antarctic Peninsula

    … this region, an ocean circulation, sea ice and biogeochemistry model was implemented to help fill the gaps in the dataset. The results with the present best case from the suite of sensitivity experiments indicate that the model is able to represent the seasonal and interannual variations …

    woods-hole Repository record for A modeling study of the marine biogeochemistry, plankton dynamics, and carbon cycle on the continental shelf off the West Antarctic Peninsula (opens in a new tab)

  2. Developing a learning progression for energy and causal reasoning in socio-ecological systems

    This study looks at the way K-12 students display reasoning in their explanations of energy and socio-ecological events using both interview and written assessments.

    msu Repository record for Developing a learning progression for energy and causal reasoning in socio-ecological systems (opens in a new tab)

  3. Sensitivity analysis of a carbon simulation model and its application in a montane forest environment

    lethbridge

  4. Growing season carbon dioxide exchange of two contrasting peatland ecosystems

    lethbridge

  5. Photosynthetic CO2 exchange and spectral vegetation indices of boreal mosses

    lethbridge

  6. Origin and fate of organic matter in South-West Australian wetlands

    The development and local distribution of organic soils in Australia have been poorly documented. Within Western Australia, conditions conducive to the accumulation of organic matter are geographically restricted and generally occur in coastal and/or forested landscapes. An extensive system of …

    edithcowan Repository record for Origin and fate of organic matter in South-West Australian wetlands (opens in a new tab)