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A list of all pages that have property "CSDMS meeting abstract presentation" with value "No abstract was provided for this presentation.". Since there have been only a few results, also nearby values are displayed.

Showing below up to 26 results starting with #1.

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  • Presenters-0614  + (Modelling river physical processes is of c … Modelling river physical processes is of critical importance for flood protection, river management and restoration of riverine environments. Because of the continuous increment of computational power and the development of novel numerical algorithms, numerical models are nowadays widely and standardly used. The freeware BASEMENT is a flexible tool for one and two-dimensional river process simulations that bundles solvers for hydrodynamic, morphodynamic, scalar advection-diffusion and feedbacks with riparian vegetation. The adoption of a fully costless workflow and a light GUI facilitate its broad utilization in research, practice and education.</br>In this seminar I introduce the different tools within the BASEMENT suite, present some domains of application and ongoing developments.s of application and ongoing developments.)
  • Presenters-0026  + (Modern photogrammetry allows us to make ve … Modern photogrammetry allows us to make very accurate three-dimensional models using images from consumer-grade cameras. Multiview stereo photogrammetry, also known as structure from motion (SfM) is now easily accessible. Coupled with drones, this is transformative technology that lets us all make better maps than the National Geodetic Survey could not long ago. This hands-on course will demonstrate the basic tools and provide some tips that will allow you to map your favorite field area with 3 - 5 cm horizontal resolution and vertical RMS errors of less than 10 cm. Even better resolution can be obtained for smaller areas, such as outcrops, archaeological digs, or your daughter's art project.<br>We will use Agisoft Photoscan Pro software...please download the free demo (Pro) version before the class. It works equally well on Mac, Windows, and Linux. If you have a choice, chose a machine with an NVidia graphics card. We encourage you to collect a set of images to bring to the class. Guidelines on how best to take images intended for SfM will be send around before the meeting. for SfM will be send around before the meeting.)
  • Presenters-0570  + (Montane Cloud Forests (MCFs) are globally … Montane Cloud Forests (MCFs) are globally relevant ecological zones that spend the majority of their growing season in cloud and fog. Prior eco-physiological studies have demonstrated that MCFs are incredibly efficient at assimilating CO2 during photosynthesis. This increased efficiency is attributed to how plants in these ecosystems operate within their unique microclimates. Specifically, MCF trees maintain high photosynthesis rates under fog and low cloud conditions. While this has been observed and quantified in lab and field experiments, current sub-models of plant-atmosphere interactions within Earth systems models (ESMs) cannot recreate enhanced levels of gas exchange measured in ecophysiology studies. This lack of understanding leads to high uncertainty in ESM estimates of evapotranspiration and carbon assimilation rates for MCF ecosystems. It is critical to improve our estimates of MCF hydrologic and photosynthetic processes as these ecosystems are vulnerable to drought and microclimatic conditions are likely to be altered by climate change. This talk will explore the gaps in our process-based understanding of water, energy, and carbon budgets for MCFs, how these gaps lead to uncertainties in ESMs at different spatial and temporal scales, and how we can address these gaps in future work. we can address these gaps in future work.)
  • Presenters-0009  + (Natural disasters push the process of scie … Natural disasters push the process of scientific discovery to its limits: Their enormous scale makes them difficult to recreate in the lab, their destructive power and rare occurrence limit the possibility of acquiring field data, and their profoundly nonlinear behavior over a wide range of scales poses significant modeling challenges. In this talk, I explore how we can leverage insights from four different natural systems to contribute to our fundamental scientific understanding of the role that multiphase processes play in the onset and evolution of extreme events and to our ability to mitigate associated risks. our ability to mitigate associated risks.)
  • Presenters-0012  + (No abstract)
  • Presenters-0079  + (No abstract)
  • Presenters-0086  + (No abstract has been submitted)
  • Presenters-0110  + (No abstract submitted)
  • Presenters-0254  + (No abstract was needed for this meeting)
  • Presenters-0193  + (No abstract was needed for this meeting)
  • Presenters-0148  + (No abstract was needed for this workshop)
  • Presenters-0149  + (No abstract was needed for this workshop)
  • Presenters-0150  + (No abstract was needed for this workshop)
  • Presenters-0151  + (No abstract was needed for this workshop)
  • Presenters-0152  + (No abstract was needed for this workshop)
  • Presenters-0153  + (No abstract was needed for this workshop)
  • Presenters-0154  + (No abstract was needed for this workshop)
  • Presenters-0155  + (No abstract was needed for this workshop)
  • Presenters-0156  + (No abstract was needed for this workshop)
  • Presenters-0157  + (No abstract was needed for this workshop)
  • Presenters-0158  + (No abstract was needed for this workshop)
  • Presenters-0159  + (No abstract was needed for this workshop)
  • Presenters-0160  + (No abstract was needed for this workshop)
  • Presenters-0413  + (No abstract was provided for this presentation)
  • Presenters-0416  + (No abstract was provided for this presentation)
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