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Autor: Garcia Andarcia, Mariangel

  • Autor: Ghosh, Surajit
  • Autor: Silva, Paulo
  • Autor: Vickneswaran, Keerththanan
  • Autor: Vigneswaran, Kayathri
  • Autor: Dickens, Christopher
  • Autor: McNiel, T.
  • Autor: O’Brien, G. C.
  • Autor: Padilha, R.
  • Autor: Afham, Abdul
  • Autor: Barreiros, D.
  • Autor: Bekele, T. W.
  • Autor: Bembe, M. J.
  • Autor: Burnett, M.
  • Autor: Chambel-Leitão, P.
  • Autor: Haile, Alemseged Tamiru
  • Autor: Kaiser-Reichel, A.
  • Autor: Kiala, Zolo
  • Autor: Madushanka, Thilina
  • Autor: Matheswaran, Karthikeyan
  • Autor: McTough, Mitchell
  • Autor: Muthuwatta, Lal P.
  • Autor: Santos, F.
  • Autor: Santos, H.
  • Autor: Seid, Abdulkarim H.
  • Autor: Süßle, V.
  • Autor: Wade, M.
  • Autor: Wegderes, A.
  • Mostrar ítemes como resultados de búsqueda
  • Explorar canales relacionados
  • Vista rápida
    Operational SWAT+ model: advancing seasonal forecasting in the Limpopo River Basin
  • Vista rápida
    A description of recent drought prevalence in the Limpopo River Basin
  • Vista rápida
    Performance evaluation of ECMWF monthly rainfall forecasts in the Limpopo River Basin
  • Vista rápida
    Limpopo River Basin Digital Twin Open Data Cube Catalog
  • Vista rápida
    WaterCopilot: a water management AI virtual assistant for the Limpopo River Basin Digital Twin - technical guide
  • Vista rápida
    WaterCopilot: a water management AI virtual assistant for the Limpopo River Basin Digital Twin - user guide V0 202410
  • Vista rápida
    Real-time application of the PROBFLO framework risk approach as a part of the digital twin towards the implementation of environmental flows in the Limpopo Basin, southern Africa
  • Vista rápida
    Development and application of the FISHTRAC real-time remote monitoring tool for digital twinning of river basins in southern Africa
  • Vista rápida
    Recent drought prevalence in the Limpopo River Basin: insights from the digital twin platform
  • Vista rápida
    Satellite-surface-area machine-learning models for reservoir storage estimation: regime-sensitive evaluation and operational deployment at Loskop Dam, South Africa
  • Vista rápida
    WaterCopilot: an AI-driven virtual assistant for water management
  • Vista rápida
    Digital Twin for effective flood response at Dolo Ado District, Somali Region of Ethiopia

Autor: Dickens, Chris

  • Autor: Ghosh, Surajit
  • Autor: Silva, Paulo
  • Autor: Vickneswaran, Keerththanan
  • Autor: Vigneswaran, Kayathri
  • Autor: Dickens, Christopher
  • Autor: McNiel, T.
  • Autor: O’Brien, G. C.
  • Autor: Padilha, R.
  • Autor: Afham, Abdul
  • Autor: Barreiros, D.
  • Autor: Bekele, T. W.
  • Autor: Bembe, M. J.
  • Autor: Burnett, M.
  • Autor: Chambel-Leitão, P.
  • Autor: Haile, Alemseged Tamiru
  • Autor: Kaiser-Reichel, A.
  • Autor: Kiala, Zolo
  • Autor: Madushanka, Thilina
  • Autor: Matheswaran, Karthikeyan
  • Autor: McTough, Mitchell
  • Autor: Muthuwatta, Lal P.
  • Autor: Santos, F.
  • Autor: Santos, H.
  • Autor: Seid, Abdulkarim H.
  • Autor: Süßle, V.
  • Autor: Wade, M.
  • Autor: Wegderes, A.
  • Mostrar ítemes como resultados de búsqueda
  • Explorar canales relacionados
  • Vista rápida
    Operational SWAT+ model: advancing seasonal forecasting in the Limpopo River Basin
  • Vista rápida
    A description of recent drought prevalence in the Limpopo River Basin
  • Vista rápida
    Performance evaluation of ECMWF monthly rainfall forecasts in the Limpopo River Basin
  • Vista rápida
    Limpopo River Basin Digital Twin Open Data Cube Catalog
  • Vista rápida
    WaterCopilot: a water management AI virtual assistant for the Limpopo River Basin Digital Twin - technical guide
  • Vista rápida
    WaterCopilot: a water management AI virtual assistant for the Limpopo River Basin Digital Twin - user guide V0 202410
  • Vista rápida
    Recent drought prevalence in the Limpopo River Basin: insights from the digital twin platform
  • Vista rápida
    Satellite-surface-area machine-learning models for reservoir storage estimation: regime-sensitive evaluation and operational deployment at Loskop Dam, South Africa
  • Vista rápida
    WaterCopilot: an AI-driven virtual assistant for water management

Ejemplares similares: Operational SWAT+ model: advancing seasonal forecasting in the Limpopo River Basin

  • Ejemplares similares: Performance evaluation of ECMWF monthly rainfall forecasts in the Limpopo Rive...
  • Ejemplares similares: Limpopo River Basin Digital Twin Open Data Cube Catalog
  • Ejemplares similares: WaterCopilot: a water management AI virtual assistant for the Limpopo River Ba...
  • Ejemplares similares: WaterCopilot: a water management AI virtual assistant for the Limpopo River Ba...
  • Ejemplares similares: Real-time application of the PROBFLO framework risk approach as a part of the...
  • Ejemplares similares: Development and application of the FISHTRAC real-time remote monitoring tool f...
  • Ejemplares similares: Recent drought prevalence in the Limpopo River Basin: insights from the digita...
  • Ejemplares similares: Satellite-surface-area machine-learning models for reservoir storage estimatio...
  • Ejemplares similares: WaterCopilot: an AI-driven virtual assistant for water management
  • Ejemplares similares: Digital Twin for effective flood response at Dolo Ado District, Somali Region...
  • Ver registro
  • Explorar canales relacionados
  • Vista rápida
    Developing a foundational hydrological model for the Limpopo River Basin using the Soil and Water Assessment Tool Plus (SWAT+)
  • Vista rápida
    WaterCopilot: a water management AI virtual assistant for the Limpopo River Basin Digital Twin - technical guide
  • Vista rápida
    Advancing water security in Africa with new high-resolution discharge data
  • Vista rápida
    WaterCopilot: a water management AI virtual assistant for the Limpopo River Basin Digital Twin - user guide V0 202410
  • Vista rápida
    Limpopo River Basin Digital Twin Open Data Cube Catalog
  • Vista rápida
    Recent drought prevalence in the Limpopo River Basin: insights from the digital twin platform
  • Vista rápida
    WaterCopilot: an AI-driven virtual assistant for water management
  • Vista rápida
    Data-driven hydrological discharge simulation in the Limpopo River Basin for transboundary water management
  • Vista rápida
    Digital Twin for management of water resources in the Limpopo River Basin: a concept
  • Vista rápida
    Hybrid object detection and generative ai framework for automated river gauge plate reading and discharge estimation
  • Vista rápida
    Towards operational streamflow forecasting in the Limpopo River Basin using long short-term memory networks
  • Vista rápida
    A description of recent drought prevalence in the Limpopo River Basin
  • Vista rápida
    Assessing the performance of the Satellite-Based Precipitation Products (SPP) in the data-sparse Himalayan terrain
  • Vista rápida
    From YOLO to VLMs: advancing zero-shot and few-shot detection of wastewater treatment plants using satellite imagery in MENA Region
  • Vista rápida
    Experimental drought forecast for Limpopo River Basin
  • Vista rápida
    Options for digital twin application in developing country river basin management: a review
  • Vista rápida
    Leveraging satellite-based evapotranspiration monitoring to unlock agricultural water use insights in the Ganges and Mekong deltas
  • Vista rápida
    A SWAT evaluation of the effect of climate change on the hydrology of the Volta River Basin
  • Vista rápida
    Performance evaluation of ECMWF monthly rainfall forecasts in the Limpopo River Basin
  • Vista rápida
    Hydrological modelling for reservoir operation: application of SWAT Model for Kalu Ganga Catchment, Sri Lanka
  • Vista rápida
    Satellite-surface-area machine-learning models for reservoir storage estimation: regime-sensitive evaluation and operational deployment at Loskop Dam, South Africa
  • Vista rápida
    A comprehensive evaluation of satellite-based and reanalysis soil moisture products over the upper Blue Nile Basin, Ethiopia
  • Vista rápida
    Status of irrigated area in the Limpopo River Basin: July 2024
  • Vista rápida
    Status of irrigated area in the Limpopo River Basin: June 2024

Ejemplares similares: A description of recent drought prevalence in the Limpopo River Basin

  • Ejemplares similares: Performance evaluation of ECMWF monthly rainfall forecasts in the Limpopo Rive...
  • Ejemplares similares: Limpopo River Basin Digital Twin Open Data Cube Catalog
  • Ejemplares similares: WaterCopilot: a water management AI virtual assistant for the Limpopo River Ba...
  • Ejemplares similares: WaterCopilot: a water management AI virtual assistant for the Limpopo River Ba...
  • Ejemplares similares: Real-time application of the PROBFLO framework risk approach as a part of the...
  • Ejemplares similares: Development and application of the FISHTRAC real-time remote monitoring tool f...
  • Ejemplares similares: Recent drought prevalence in the Limpopo River Basin: insights from the digita...
  • Ejemplares similares: Satellite-surface-area machine-learning models for reservoir storage estimatio...
  • Ejemplares similares: WaterCopilot: an AI-driven virtual assistant for water management
  • Ejemplares similares: Digital Twin for effective flood response at Dolo Ado District, Somali Region...
  • Ver registro
  • Explorar canales relacionados
  • Vista rápida
    Recent drought prevalence in the Limpopo River Basin: insights from the digital twin platform
  • Vista rápida
    Performance evaluation of ECMWF monthly rainfall forecasts in the Limpopo River Basin
  • Vista rápida
    Satellite-surface-area machine-learning models for reservoir storage estimation: regime-sensitive evaluation and operational deployment at Loskop Dam, South Africa
  • Vista rápida
    Experimental drought forecast for Limpopo River Basin
  • Vista rápida
    Operational SWAT+ model: advancing seasonal forecasting in the Limpopo River Basin
  • Vista rápida
    Limpopo River Basin Digital Twin Open Data Cube Catalog
  • Vista rápida
    Spatio-temporal estimation of green and blue water consumptions and water and land productivity using satellite remote sensing datasets and WA+ framework: a case study of the Mahi Basin, India
  • Vista rápida
    Earth observation data to strengthen flood resilience: a recent experience from the Irrawaddy River
  • Vista rápida
    Decoding the vitality of earth observation for flood monitoring in the Lower Godavari River Basin, India
  • Vista rápida
    Limpopo River Basin digital twin: enabling sustainable water management with the open data cube framework
  • Vista rápida
    WaterCopilot: a water management AI virtual assistant for the Limpopo River Basin Digital Twin - user guide V0 202410
  • Vista rápida
    Options for digital twin application in developing country river basin management: a review
  • Vista rápida
    Hybrid object detection and generative ai framework for automated river gauge plate reading and discharge estimation
  • Vista rápida
    Automatization and evaluation of a remote sensing-based indicator for wetland health assessment in East Africa on national and local scales
  • Vista rápida
    A comprehensive evaluation of satellite-based and reanalysis soil moisture products over the upper Blue Nile Basin, Ethiopia
  • Vista rápida
    WaterCopilot: a water management AI virtual assistant for the Limpopo River Basin Digital Twin - technical guide
  • Vista rápida
    Co-designing a Digital Twin for water resource management in the Limpopo River Basin: outcomes from the Ideation and Stakeholder Workshop
  • Vista rápida
    Managing water resources in agriculture: opportunities from earth observation. [Abstract only].
  • Vista rápida
    How consistent are Earth Observation-based machine learning models for predicting poverty in sub-Saharan Africa?
  • Vista rápida
    Leveraging earth observation for monitoring, evaluation and learning of development programmes
  • Vista rápida
    The potential applications of satellite altimetry with SARAL [Satellite with ARGOS and ALTIKA]/AltiKa for Indian inland waters
  • Vista rápida
    Digital Twin for management of water resources in the Limpopo River Basin: a concept
  • Vista rápida
    Afghanistan Drought Early Warning Decision Support (AF-DEWS) Tool
  • Vista rápida
    Real-time application of the PROBFLO framework risk approach as a part of the digital twin towards the implementation of environmental flows in the Limpopo Basin, southern Africa

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