The Scouting Report of The Morton Arboretum for June 27, 2014.
Articles and stories
- The Morton Arboretum wraps up its TREE-mendous Summer of events with a new festival, returning favorites, engaging classes and fun family outings. On September 6-7, visitors can discover old-world cultures and their charms in our new Passport Europe Summer Festival. Enjoy a hive of activity during Honey Bee Weekend at the Arboretum, September 20-21, and grab a leash and your pup as Tails on the Trails returns on September 13.
- The Morton Arboretum will host the second Urban Tree Conference, “Managing Urban Forests in a Changing Climate,” November 18-19, 2014 from 8:30 a.m. to 4:30 p.m. Geared to municipal foresters, arborists, landscape architects, and others who own, care for or plan for trees, this conference will examine the changes underway in our climate and the significant impact they have on the trees that comprise the urban and suburban forest.
- This 4th of July weekend, celebrate the U.S.A. with traditional music, food and entertainment during The Morton Arboretum’s Travel America festival. The first of three new cultural festivals at the Arboretum this year, Travel America will highlight current and past American traditions including performances by Native American dancers, rollicking music ranging from blues to bluegrass and food showcasing our country’s culinary history.
- The Scouting Report of The Morton Arboretum for June 20, 2014
- Despite conventional wisdom among gardeners, foresters and botanists that woody plants all “leaf out” at about the same time each spring, a new study co-authored by Morton Arboretum researcher Robert Fahey found a surprisingly wide span of as much as three months in leaf-out times. Significantly, observations the past two springs of 1,597 woody plants in eight botanical gardens in the U.S., Canada, Germany and China suggest that species differences in leaf-out times could impact the length of the growing season and the activities of birds, insect and other animals and therefore must be factored into climate-change model predictions.