Available April 28, 2026

Birds Up Close An Engineer Explores Their Hidden Wonders

Book cover of "Birds Up Close: An Engineer Explores Their Hidden Wonders" by Lorna Gibson. The cover features a large feather at the top and a woodpecker clinging to a tree trunk, holding an acorn in its beak against a black background.

A renowned engineer reveals the marvel of how birds work—from the tips of their bills to the sheen of their tailfeathers.

Consider feathers:

Some produce stunning iridescence.

Anna’s Hummingbird from alamy.com

Others insulate against cold.

Snowy owl from alamy.com

They repel water.

Water running off a mallard’s back from alamy.com

They define birds’ wings, enabling flight.

Broad winged hawk soaring from alamy.com

They can even control sound.

Barn owl from alamy.com

How feathers work is just one aspect of the wonders of birds explained by Lorna Gibson in Birds Up Close.

  • “This book will delight anyone who has ever paused to wonder how birds work—from backyard birders to ornithologists and engineers. Smart, engaging, and easy to read, it reveals the secrets of birds through the eyes of a longtime materials engineer whose passion for the avian world leaps off the page.”

    —Mary Caswell Stoddard, Princeton University

  • “Professor Gibson invites us to marvel at birds anew, unpacking the astonishing adaptations behind the creatures we love. Her lively explorations show why they so deserve our astonishment, growing ever more remarkable the better we understand their inner workings.”

    —Irby Lovette, Cornell Lab of Ornithology Director

  • “Watching a bird in flight is amazing enough, but to really grasp how extraordinary birds are, let Lorna Gibson take you deep inside them — inside their bones, their feathers, their eggshells, though X-rays and scanning electron microscopes — to understand why she’s in awe of the evolutionary forces that have crafted in birds miracles not just of flight, but of material science and engineering, her specialties.”

    —Scott Weidensaul, author of Return of the Oystercatcher

  • "Applying her engineering skills and a naturalist's curiosity, Gibson explains the biophysics behind the many evolved marvels of avian biology. Birds Up Close adds new depth to our understanding and appreciation of birds. Intriguing and delightful.”

    —Richard Prum, Yale University, author of The Evolution of Beauty

  • “This is an amazing book. To see a bird’s world through the eyes of an engineer is, for a biologist like me, to enter a weirdly familiar but ultimately surprising world, full of “I didn’t know that” moments. Gibson’s book traverses an incredible array of topics: from feathers, to bones, avian vision, the physics of flight, flocking behavior, the structure of eggs, and much, much more. Throughout, the text is graced with stunning photographs, expert drawings, and anecdotes both funny and comforting. Gibson shows how, due to birds’ beauty, elegance and wonder, studying them is one of those human activities that refuses to remain strictly scientific, and necessarily bleeds into the personal. Reading this book will give you a wholly new perspective on what a bird is and how it navigates the world.”

    —Scott Edwards, Harvard University

How does the internal structure of a bird’s bones make them lightweight?

Cross-section of a pigeon skull, showing its lightweight, foam-like interior from Specimen CFS3907 Concord Field Station, Harvard University.

Detailed black-and-white illustration showing the heads and beaks of twelve bird species, each labeled for comparison.

How do different birds use their bills and tongues—from woodpeckers penetrating the holes they drill, to hummingbirds imbibing nectar, to sandpipers needling the sand, and to phalaropes drawing water droplets containing plankton into their mouths without sucking(no lips!)?

Bird bills have a variety of shapes to facilitate eating different foods © Erica Beade, after Proctor NS and Lynch PJ (1993) Manual of Ornithology.

Photograph showing a variety of bird eggs on a black background, labeled by species to illustrate differences in size, shape, and coloration.

What controls the shape of eggs?

From Museum of Comparative Zoology, Harvard University, © President and Fellows of Harvard College, specimens 352849, 367177, 358288, 354349, 355101, 353571, 361778, 354278, 352291, 353409.

Diagram of a flying bird illustrating forces: thrust, drag, upward force, and weight.

How do birds generate lift to stay aloft?

How do raptors soar and glide; how do albatrosses fly thousands of miles; how do hummingbirds hover, and how do puffins and penguins “fly” underwater?

Forces on a bird in horizontal flight © Erica Beade

Feathers, bones, bills, eggs, flight: all come in for scrutiny in this engaging book.

Drawing on her expertise as an engineer and personal experience as a birder, the author explores engineering principles to explain how birds work.

Her up-close look at avian mysteries provides a perspective like no other for the expert ornithologist and curious observer alike.

Watch

Videos

Built to Peck: The Biomechanics of Woodpeckers

In this 8-part, 25 minute video series, we look at how woodpeckers avoid brain injury while pecking. We start with a little birding at Hall’s Pond in Brookline, named for one of the founding mothers of the Massachusetts Audubon Society.

We then tour the ornithology collection at Harvard University’s Museum of Comparative Zoology and examine their woodpecker collection, including an ivory-billed woodpecker.

We use simple scaling laws to understand how woodpeckers avoid brain injury while pecking.

The series ends with a short history of Mass. Audubon and its role in bird conservation.

Robert Hooke's Micrographia

Robert Hooke’s Micrographia, published in 1665, was the first book to include drawings of objects seen through a microscope.

In this 10 minute video, we look at some of Hooke’s extraordinary drawings, including his drawings of feathers, from a first edition of the book at Harvard University’s Botany Library.

Hooke was the first to realize that the properties of materials are related to their microscopic structure.

Following in Hooke’s footsteps, in Birds Up Close, we look at the microscopic structure of feathers, and see how their structure gives rise to iridescence, water repellency, thermal insulation and more. 

Calendar

Upcoming events

Join Lorna Gibson at these upcoming events to learn more about the fascinating engineering behind birds and get your copy of "Birds Up Close" signed.

Date Host Location
May 4 Nuttall Ornithological Club Cambridge, MA
May 6 MIT Museum Cambridge, MA
May 11 Cape Cod Bird Club Brewster, MA
May 13 Mass Audubon Broadmoor Natick, MA
May 17 Arnold Arboretum Boston, MA
May 19 Mass Audubon Ipswich River Topsfield, MA
June 14 Wild Center Tupper Lake, NY
June 19 Visitor Information Center Paul Smiths, NY
June 22 Hog Island Audubon Camp Bremen, ME
June 23 Rockport Library Rockport, ME
June 29 Boston Athenaeum Boston, MA
August 17 Mass Audubon Pleasant Valley Lenox, MA
Oct 12 Cayuga Bird Club Ithaca, NY

Nature Notes

Lorna’s monthly blog of her nature observations. 

October 31. The bird book is working its way through the production process! ….

November 30. Saw five ruddy ducks at Jamaica Pond early this morning, the first migrating ducks I've seen this fall…

December 1. While this is not strictly a nature note, I couldn't resist including this new Massachusetts license plate…

About the Author

Lorna Gibson

Lorna Gibson is the Matoula S. Salapatas Professor of Materials Science and Engineering at MIT and a MacVicar Faculty Fellow, MIT’s top award for undergraduate teaching.

She is a member of the Board of Directors of the Massachusetts Audubon Society.

Lorna Gibson has always loved nature and getting outside to walk, bicycle and bird. 

Get in Touch

Contact

Interested in booking Lorna Gibson for a speaking engagement, interview, or have questions about "Birds Up Close"? Reach out using the contact form.

MIT Profile