VERTICAL - AI FOR EARTH SYSTEM DECISION SUPPORT

SCOPE

Impacts from severe weather, wildfires, climate change, droughts and ecosystem changes

ABSTRACT

As our climate changes, severe weather events and related phenomena such as extreme droughts and extreme wildfire behavior are impacting a wide range of businesses, who need to manage the risks these events present. The earth system has complex processes on a wide range of length and time scales, which makes AI a critical tool to predict the impacts of these complex events on things like our energy infrastructure, agriculture, transportation and logistics.

CHALLENGE AREAS
 (by industry segments covered by the scope of Earth Systems)

  • Power utilities
    – energy system management and optimization
    – generation and transmission
  • Agricuture
    -management of crops to maximize yield
  • Insurance
    -management of risks associated with natural disasters
  • Civil Engineering
    -design of intelligent infrastructure

COMMON BUSINESS CHALLENGES

  • Managing risks posed by severe weather events
  • Optimizing operations by understanding current and upcoming conditions

ORGANIZING TEAM 

Ilene Carpenter, Hewlett Packard Enterprise (HPE)
Paolo Faraboschi, Hewlett Packard Enterprise (HPE)
Arti Garg, Hewlett Packard Enterprise (HPE)

Earth Systems
Areas & Applications

Geology

Mineral Exploration

Locate and develop energy
and mineral resources,
or locate clean water

Industries: Oil & Gas, Mining

Meteorology

Weather, Climate, Air Quality,
Water Quality

Study impact of human activity on Earth’s environment and design methods to protect the planet, such as soil to grow food

Industries: Agriculture, Government Agencies (EPA)

Monitor volcanoes, earthquakes and hurricanes to plan communities that will protect people from these natural hazards

Industries: Natural Disaster Management – Government Agencies (FEMA)

Oceanography

Composition, Movement, Organisms, Sea Level

Industries: Fishing/Seafood Industry

 

Astronomy

Study of the Universe