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developed methods for implementing these tools and they are collected and shared in this workspace. Collaboration Tools and Methods Evolution / Plan? The

data services at NASA and elsewhere through the implementation of a set of well-tested and effective services, tools and methods. The centerpiece of the

the claims, and to make their recommendation. The lack of formal procedures and tools makes evaluation difficult and uneven. Preparing and evaluating the

franca for scientific and geospatial software and tooling. This rant and rave will provide an overview of the evolution of FOSS4G and Python, focusing on

sets of tools and services, to meet complex needs for analysis, synthesis, display, and decision support; and (3) new combinations of these data and (chained)

what tools are used to create them in the tools/methods section. build template with the key features What are the user needs? 2010-01-12: Gap Analysis between

observations, and emissions data. Such visualization and analysis tools may build upon existing tools (e.g., AMET, RSIG, and HemiTap Tool). As in the other

new tools. The shared web-based tools will promote collaboration among developers and analysts. The DataFed Browser/Editor will be the primary tool for

geological surveys, and other communities N4: Fault tolerance and reliability built into archival and other systems N5: Usage tracking for tools and datasets N6:

Datasets; observing methods; parameters; space-time coverage Surface and point monitoring networks Satellite datasets and parameters Models and emissions Analyses

comprehensive set of tools and methods for preparing and evaluating EE justification reports. This facility draws upon resources and tools of NEDS and FASTNET (Section

interactive tools to more intensive offline analysis Improved metadata, perhaps through some collaborative mechanism Improved collaboration tools overall,

There are tools out there but there is difficulty in choosing which tools to use. Idea she had was to try to add a platform that would make tools (and the data

science and machine learning to weather and climate research and operations. Themes within this include analysis-ready data, platforms and tools that enable

interoperable data tools and services; perform scalability/reliability tests to explore tool viability; develop, harden and maintain software tools and services

scalable and fault tolerant operating systems, programming models, performance modeling and assessment tools, development tools, interoperability and infrastructure

topography data, tools and resources. Summary: Overview of OpenTopography.  Current projects and initiatives.  Recent data updates.  Creating 2D and 3D visualizations