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Pollinator Habitat Conservation Along Roadways, Volume 3: Florida (2023)

Chapter: Appendix D: Butterfly and Butterfly Group Recognition

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Page 339
Suggested Citation:"Appendix D: Butterfly and Butterfly Group Recognition." National Academies of Sciences, Engineering, and Medicine. 2023. Pollinator Habitat Conservation Along Roadways, Volume 3: Florida. Washington, DC: The National Academies Press. doi: 10.17226/27062.
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Page 339
Page 340
Suggested Citation:"Appendix D: Butterfly and Butterfly Group Recognition." National Academies of Sciences, Engineering, and Medicine. 2023. Pollinator Habitat Conservation Along Roadways, Volume 3: Florida. Washington, DC: The National Academies Press. doi: 10.17226/27062.
×
Page 340
Page 341
Suggested Citation:"Appendix D: Butterfly and Butterfly Group Recognition." National Academies of Sciences, Engineering, and Medicine. 2023. Pollinator Habitat Conservation Along Roadways, Volume 3: Florida. Washington, DC: The National Academies Press. doi: 10.17226/27062.
×
Page 341
Page 342
Suggested Citation:"Appendix D: Butterfly and Butterfly Group Recognition." National Academies of Sciences, Engineering, and Medicine. 2023. Pollinator Habitat Conservation Along Roadways, Volume 3: Florida. Washington, DC: The National Academies Press. doi: 10.17226/27062.
×
Page 342

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D-1 Appendix D Butterfly and Butterfly Group Recognition D.1 Recognizing Butterflies Butterflies can be distinguished from moths by the way they hold their wings at rest and by their antennae. Butterflies hold their wings open or vertically closed over their bodies, while moths tend to hold their wings flat. Butterfly antennae are club-shaped at the tips, while moth antennae either taper to a point or have a feathery appearance. D.2 Recognizing Butterfly Groups With practice, butterflies can be identified to family by observing characteristics such as size, color, wing patterns, and flight patterns. The following sections describe common characteristics of common butterfly families. D.2.1 Skippers Key Characteristics (Figure D-1):  Short wings  Must flap rapidly to gain flight  Bodies are compact and broad  Antennae are often short, with hooked bulb at the end  Fairly small, usually brown or orange  Fly in speedy, skipping, stop-and-go manner  Often hold their wings separated partially making two V’s Figure D-1. Skippers are smaller butterflies with brown and orange coloring.

Appendix D. Butterfly and Butterfly Group Recognition D-2 D.2.2 Swallowtails Key Characteristics (Figure D-2):  Large butterflies  Swift, sailing flight pattern  Unhooked antenna  Less wing loading, allowing them to soar  Can possess hind wing extensions (tails) Figure D-2. Swallowtails are large butterflies that are usually black, yellow, and/or white. D.2.3 Whites and Sulphurs Key Characteristics (Figure D-3):  Predominantly yellow or white in most species  Bright orange wingtips and striking black marginal patterns are common Figure D-3. Whites and sulphurs are often white or yellow.

Appendix D. Butterfly and Butterfly Group Recognition D-3 D.2.4 Gossamer-Winged Key Characteristics (Figure D-4):  Many of the smallest and brightest butterflies  Brightly colored (can shimmer in sunshine) in blues, greens, or coppers  May be dotted with bold spots or checkers  Glittering, silky wings Figure D-4. Gossamer-winged butterflies are often smaller and have striking colors on the upper sides of their wings. D.2.5 Brush-Footed Key Characteristics (Figure D-5):  Various shades of orange, red, brown, and black are common among brush-footed butterflies  The front pair of legs is reduced to tiny, brush like appendages held tightly beneath the thorax, so they appear to have only four legs Figure D-5. Brush-footed butterflies are commonly colored orange, red, and black, with only four clearly visible legs.

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Transportation agencies can make a difference for imperiled pollinators by managing existing roadside vegetation and designing new revegetation plantings with habitat needs in mind. This can generate public support for the agency and help to mitigate the negative ecological effects of roads.

NCHRP Web-Only Document 362: Pollinator Habitat Conservation Along Roadways, Volume 3: Florida, from TRB's National Cooperative Highway Research Program, is part of a 16-volume series, with each volume focused on a specific region of the United States, and is intended to provide relevant guidance to rights-of-way owners and operators for roadside vegetation management practices that support pollinators, as well as strategies that are compliant with the federal Endangered Species Act.

Supplemental to the document are a Dataset of Florida Accessory Materials, a Communications Toolbox, a Conduct of Research Report, and a Video.

All the other volumes are available on the webpage for NCHRP Web-Only Document 362: Pollinator Habitat Conservation Along Roadways, Volume 1: Alaska.

The other volumes are:

Volume 1: Alaska

Volume 2: California

Volume 4: Great Basin

Volume 5: Great Lakes

Volume 6: Hawaii

Volume 7: Inland Northwest

Volume 8: Maritime Northwest

Volume 9: Mid-Atlantic

Volume 10: Midwest

Volume 11: Northeast

Volume 12: Northern Plains

Volume 13: Rocky Mountains

Volume 14: Southeast

Volume 15: Southern Plains

Volume 16: Southwest

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