Discover How UMass’s Innovative Tool Empowers Northeast Landscapers to Select Climate-Resilient Native Plants

Native plants in the Northeast are having a tough time adapting to fast-paced climate changes. With limited natural migration and many plants unable to adjust quickly, human help is becoming essential. This need inspired researchers at the University of Massachusetts Amherst to create a valuable resource in collaboration with the Northeast Regional Invasive Species and Climate Change (NE RISCC) Management Network.

The team has introduced a dataset and a “Climate Smart Gardening” guide. These tools are designed for landscape professionals, municipal planners, and gardeners. They aim to assist in making smart planting choices for the future. By blending ecological research with actual nursery data, the resources offer practical advice on which native species are most likely to thrive as climate conditions change.

Launched during a webinar on June 18, the dataset is available online. It includes curated plant lists customized for each state in the Northeast. This is not just general information; it provides specific guidance based on expected climate changes up to 2060, helping professionals choose plants that will continue to prosper as conditions evolve.

The UMass team took a thorough approach. They surveyed over 350 nurseries from Virginia to Maine and into Ohio to track the current availability of native species. This data was combined with climate forecasts to figure out which species are not just accessible but also likely to thrive in the long run.

This project involved collaboration with over 100 experts, including nursery owners, conservationists, and landscape managers. They helped refine the species lists to make them practical and applicable for different regions. As lead researcher Matthew Fertakos pointed out, even though there’s an increasing demand for native plants, there has been a significant gap in guidance that incorporates climate data. This new dataset addresses that need by offering tailored recommendations, making it easier to design resilient green spaces.

Jenica Allen, a senior research fellow at UMass, highlighted how strategic planting can significantly enhance species survival. The tools created are user-friendly and suitable for anyone managing public lands, private projects, or institutional landscapes. This focus on practicality is crucial, especially as climate challenges continue to grow.

Given the increasing urgency of climate issues, this initiative responds to a broader trend where more people are recognizing the importance of native plants. According to a recent survey by the Native Plant Society, 78% of gardeners prefer native species due to their ecological benefits. This growing awareness can inspire local communities to engage in sustainable practices, leading to stronger local ecosystems.

In summary, with tools like the “Climate Smart Gardening” guide, professionals now have a practical roadmap to create thriving landscapes, even in the face of changing climate conditions. The partnership between researchers and practitioners is setting a precedent for resilience in gardening and landscaping across the region.

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