• Spatial
    Dataset
    System Scale Planning Methodology
    Description

    SSP is a planning framework that is quantitative, multi criteria, multi project and iterative. It is used to inform the decision-making process by visualizing options & making explicit the tradeoffs that are inherent in hydropower development. Combinations of potential future hydropower projects are assessed across multiple criteria. Therefore, SSP allows for the analysis of how each combination of projects (solutions) perform across a range of metrics which assess environmental, social, financial and energy-related dimensions.

    Created
    Added
    Publisher
    USAID Paani Program
    Author
    Erik Martin- The Nature Conservancy, Günther Grill- McGill University
  • Non Spatial
    Dataset
    Sediment Transport in the Rivers of Nepal
    Description

    Modeling and analyzing sediment transport and origins with a special focus on the Karnali basin

    Created
    Added
    Publisher
    USAID Paani Program
    Author
    Rafael Schmitt
  • Non Spatial
    Dataset
    System-scale planning to support sustainable energy systems and conservation of freshwater resources for people and nature
    Description

    Nepal has significant water resources and as a result, infrastructure projects, including hydropower and irrigation, are being proposed for nearly every river in Nepal.

    Created
    Added
    Publisher
    USAID Paani Program
    Author
    USAID Paani Program
  • Spatial
    Dataset
    High Conservation Value River (HCVR)
    Description

    A High Conservation Value River (HCVR) as defined within the Nepali context is a clean, highly connected or free flowing river or stretch that acts as a lifeline, maintaining ecosystem services for present and future generations, providing refuge and habitat for high levels of aquatic biodiversity, and supporting important socio-cultural values. This definition was developed and refined by Nepali experts.

    Created
    Added
    Publisher
    USAID Paani Program
    Author
    Günther Grill (McGill University), Michele Thieme (WWF-US), Jibesh Kumar K.C. (WWF Nepal), Natalie Shahbol (WWF-US), Rajesh Sada (WWF-Nepal), Rafael Schmitt (Stanford University), Jeff Opperman (WWF-US), and Erik Martin (TNC)
  • Non Spatial
    Dataset
    Energy Options Assessment (EOA)
    Description

    The EOA employs a joint capacity expansion and production cost model called SWITCH, which was specifically adapted to produce a Nepal version. SWITCH produces a set of optimal generation and transmission investment decisions for the 2025-2040 time frame, in five-year increments, while also producing dispatch decisions for these resources to demonstrate least-cost operation to meet demand at all simulated hours

    Created
    Added
    Publisher
    USAID Paani Program
    Author
    Juan Pablo Carvallo- University of California- Berkeley, Isa Ferrall- University of California,-Berkeley, Daniel M. Kammen- University of California- Berkeley
  • Spatial
    Dataset
    River Classification of Nepal
    Description

    The basic objective of this study was to classify the river system/network of Nepal according to the GloRiC utilizing the provided river network of Nepal to the consultant.

    Created
    Added
    Publisher
    USAID Paani Program
    Author
    USAID Paani Program
  • Non Spatial
    Dataset
    Population and Area Distribution of 12 Paani priority watersheds
    Description

    Population and Area Distribution of 12 Paani priority watersheds

    Created
    Added
    Publisher
    USAID Paani Program
    Author
    USAID Paani Program
  • Non Spatial
    Dataset
    Water Quality Spring Sources Watershed Level
    Description

    Spring Sources Quality and Spring Sources Data

    Created
    Added
    Publisher
    USAID Paani Program
    Author
    USAID Paani Program
  • Non Spatial
    Dataset
    Water Quality River Watershed Level
    Description

    Water Quality River Watershed Level

    Created
    Added
    Publisher
    USAID Paani Program
    Author
    USAID Paani Program