The phrase "and predict the impact" is correct and usable in written English.
You can use it when discussing the potential effects or consequences of a particular action, event, or decision.
Example: "We need to analyze the data thoroughly and predict the impact of our new marketing strategy on sales."
Alternatives: "and assess the effects" or "and forecast the consequences."
He suggested using the financial model I had developed to adjust various costs and predict the impact in seconds.
Her research explores how remote sensing can be used to assess and predict the impact of global environmental change on biological diversity and ecosystem services.
Most of New York City's fourth graders were able to tell how the sun affected the earth's surface and predict the impact of habitat loss on a species.
Both require models that are able to differentiate and predict the impact of man's activities from natural variability.
A model may be used to highlight areas of system deficiency and predict the impact of proposed interventions without interfering with the normal functioning of a complex system.
This paper presents a new method that has been developed to accurately model satellite orbit decay, approximate re-entry trajectories and predict the impact point.
This integrated Hydro-MEM model provides an innovative method by which to assess the complex spatial dynamics of salt marsh grasses and predict the impacts of possible future sea level conditions.
Providers trained in genetics, including clinical geneticists and genetic counselors, should be involved in the specification of these record systems as they are best trained to interpret and understand the proper use of results from the diverse types of genetic tests and predict the impacts of testing and results on patients with diverse conditions.
As a result, unravelling the human impact from current-day sediment archives and predicting the impact of future human disturbances on fluvial sediment dynamics remain a major challenge.
SWAT (Soil Water and Assessment Tool, SWAT 2009) is a physically-based hydrological model used for simulating different physical processes and predicting the impact of land management in large, complex watersheds, with varying soils, land uses, and management conditions.
Understanding the correlations between landscape variables and different formats of NPS nutrients pollutants is a priority in order to assess pollutants loading and predicting the impact on surface water quality.
