Top Banner
15

 · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for

Jul 30, 2020

Download

Documents

dariahiddleston
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1:  · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for
Page 2:  · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for
Page 3:  · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for
Page 4:  · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for
Page 5:  · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for
Page 6:  · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for
Page 7:  · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for
Page 8:  · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for
Page 9:  · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for
Page 10:  · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for
Page 11:  · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for
Page 12:  · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for
Page 13:  · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for
Page 14:  · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for
Page 15:  · nidae and Breyeriidae, and Rochdalia and the third nymph with Dictyoneuridae. The prothoracic paranota and wing pads may have been capable of movement. IN the course of work for