Name of Tool
(Sector) |
What it does |
Inputs Used for the Tool |
Type of Decisions Made by the Tool |
Link |
National Agricultural Monitoring System (NAMS)
(Agriculture) |
Website that contains maps, graphs and reports to demonstrate the production situation for major agricultural systems. |
Rainfall Stations, Rainfall Percentiles, Rainfall Averages, Temperature Averages |
To keep drought managers aware of drought conditions so that drought management strategies can be prepared & deployed to lessen drought impacts |
View |
VegDRI (Vegetation Drought Response Index)
(Agriculture) |
Used to map and monitor general patterns of drought severity at a regional to national scale in the U.S. |
Precipitation and Temperature |
By keeping aware of drought conditions, drought management strategies can be prepared/deployed to lessen the drought's impacts |
1. VegDRI Description: View
2. VegDRI data: View
|
Drought Impact Reporter
(Agriculture) |
Collects, quantifies, and maps reported drought impacts for the United States |
U.S. Drought Monitor overlays |
- |
View |
North American Drought Monitor (NADM)
(Agriculture) |
Identifies and maps drought intensity areas across international borders and provides information on their impacts. |
Precipitation, temperature, soil moisture, stream flow, snowpack, snow water equivalency, groundwater, reservoir levels |
By keeping aware of drought conditions, drought management strategies can be prepared/deployed to lessen the drought's impacts |
view |
United States Drought Monitor (USDM)
(Agriculture) |
Identifies and map drought intensity areas for the United States and provides information on the major impact types. |
Precipitation, temperature, soil moisture, stream flow, snowpack, snow water equivalency, groundwater, reservoir levels |
By keeping aware of drought conditions, drought management strategies can be prepared/deployed to lessen the drought's impacts |
view |
Agrometeorological Forecast of the Winter Crops Condition in Spring |
Calculates vegetation condition through the winter |
Soil moistening, air and soil temperature, height of snow cover, depth of frozen soil |
Determines when to provide more seeds to make up for crop loss in the winter and when to provide seeds for spring sowing |
View (To link soon) |
IWD: Irrigation water demand model
(Water Management) |
Determines supplementary irrigation requirements |
Air temperature, 30 year average climate, daily precipitation Potential Evapotranspiration, Crop information, irrigation technique, soil type |
When, where, and how to use supplemental irrigation water for crops |
View |
Water Sensitive Urban Development Models
(Water Management) |
Determines water demand and the effect of rainfall on available water |
Point rainfall and temperature, household water use, other social information e.g. population, housing |
Determine how to use current water supplies |
1. Abstract: View
2. paper: view
|
Rainfall Intensity-Frequency-Duration data
(Engineering) |
Risk assessment of dams and bridges, roof design, and storm drainage systems. Manages flood plains. Soil conservation studies. |
Point rainfall data, Temporal patterns, hydrological model |
Determines updates to bridges, damns, roofs, drainage systems. Maintains awareness of floodplains for fast action in case of flooding |
1. Free IFD Data: View
|
RORB – runoff routing and URBS – continuous/event rainfall runoff routing model
(Engineering) |
General runoff and stream flow routing program used to calculate flood hydrographs from rainfall and other channel inputs. |
Rainfall and stream discharge data |
Forecasts flooding for operations and determines how successful bridges, dams, culverts, etc. will hold up in a flooding situation |
1. RORB: View
2. URBS: View |
Current and Forecast Icing Products (CIP and FIP)
(Transport) |
Produces a 4D depiction of expected icing severity and probability. |
Location of clouds in 3D, precipitation rate and type, vertical temperature and humidity structure, reports of icing |
Tool allows transport planning to avoid hazardous icing areas and efficient operations. |
1. NCAR Site: View
2. FHWA Site: View |