One of these successful grant proposals will have a direct long-term benefit for NEWA users. Development of a High-Resolution Weather Forecast Database for Digital Agriculture and Outreach Applications will examine more efficient ways of collecting and storing large amounts of data from weather sensor networks. Principal Investigators Dr. Art DeGaetano (Northeast Regional Climate Center Director, CALS) and Dr. Madeleine Udell (College of Engineering) will work together to improve the accuracy of agricultural forecasts.
All responses are anonymous and confidential. They will not be shared with any outside group.
Whether you’ve used NEWA’s online pest forecast models for years or have never used NEWA at all, we will benefit from your responses. Why? Because we are building a new website at newa.cornell.edu, one that’ll be as easy to use on your smart phone as on your desktop, and we want to build it the way you want it to be.
NEWA is an online agricultural decision support system that uses real time weather data, streamed over the internet from 573 weather stations throughout the Northeast, Midwest and mid-Atlantic. NEWA provides insect and plant disease pest management tools, degree days, and weather information for growers, consultants, Extension educators, faculty, and others.
NEWA models and resources are available free of charge, and are used to make informed localized crop management decisions. The NEWA website will be upgraded soon and we want to know what users’, new and old, want and need out of the new website.
2017 has been a very wet year. But you already know that. From May to July, most of upstate New York received at least five inches of rain above normal. But go back to 2016 and the same areas had deficits ranging from one two five inches. That’s a real drag.
Northeast Regional Climate Center. Cornell University
How are you supposed to plan ahead when it seems impossible to predict what will happen? It seems like every growing season is different. What our parents and grandparents knew about weather patterns on the family farm may no longer apply.
But what about the bigger picture? As growers, how do we even begin to predict management needs in the upcoming season when historical patterns and family knowledge may no longer be as useful? Precipitation, drought, extreme weather, extended growing season and so on are all hitting us at once. Our climate is changing.
Online climate smart decision tools have also been developed to complement the work of CSF Extension Team members. Visit the Cornell Climate Smart Farming website to explore these resources related to agriculture and climate. Where NEWA looks at short-term risks posed by insects and diseases to a crop, the CSF program takes a broader view, providing historical context to current conditions and seasonal trends. By doing so, growers can move in a direction of understanding ways in which fluctuating climate conditions could influence farming operations.