File | Title | Manuscript Id |
---|---|---|
Chapter Introduction | life11e_ch31_1.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_1_dlap.xml | 57bc610b757a2efa44000000 |
key concept 31.1 Protostomes Account for More Than Half of All Described Species | life11e_ch31_2.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_2_dlap.xml | 57bc610b757a2efa44000000 |
Cilia-bearing lophophores and trochophores evolved among the lophotrochozoans | life11e_ch31_3.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_3_dlap.xml | 57bc610b757a2efa44000000 |
Ecdysozoans must shed their cuticles | life11e_ch31_4.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_4_dlap.xml | 57bc610b757a2efa44000000 |
Arrow worms retain some ancestral developmental features | life11e_ch31_5.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_5_dlap.xml | 57bc610b757a2efa44000000 |
recap | life11e_ch31_6.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_6_dlap.xml | 57bc610b757a2efa44000000 |
key concept 31.2 Many Lophotrochozoans Have Ciliated Feeding Structures or Life Stages | life11e_ch31_7.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_7_dlap.xml | 57bc610b757a2efa44000000 |
Most bryozoans and entoprocts live in colonies | life11e_ch31_8.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_8_dlap.xml | 57bc610b757a2efa44000000 |
Flatworms, rotifers, and gastrotrichs are structurally diverse relatives | life11e_ch31_9.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_9_dlap.xml | 57bc610b757a2efa44000000 |
Ribbon worms have a long, protrusible feeding organ | life11e_ch31_10.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_10_dlap.xml | 57bc610b757a2efa44000000 |
Brachiopods and phoronids use lophophores to extract food from the water | life11e_ch31_11.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_11_dlap.xml | 57bc610b757a2efa44000000 |
Annelids have segmented bodies | life11e_ch31_12.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_12_dlap.xml | 57bc610b757a2efa44000000 |
Mollusks have undergone a dramatic evolutionary radiation | life11e_ch31_13.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_13_dlap.xml | 57bc610b757a2efa44000000 |
recap | life11e_ch31_14.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_14_dlap.xml | 57bc610b757a2efa44000000 |
key concept 31.3 Ecdysozoans Grow by Shedding Their Cuticles | life11e_ch31_15.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_15_dlap.xml | 57bc610b757a2efa44000000 |
Several marine ecdysozoan groups have relatively few species | life11e_ch31_16.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_16_dlap.xml | 57bc610b757a2efa44000000 |
Nematodes and their relatives are abundant and diverse | life11e_ch31_17.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_17_dlap.xml | 57bc610b757a2efa44000000 |
recap | life11e_ch31_18.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_18_dlap.xml | 57bc610b757a2efa44000000 |
key concept 31.4 Arthropods Are the Most Abundant and Diverse Group of Animals | life11e_ch31_19.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_19_dlap.xml | 57bc610b757a2efa44000000 |
Arthropod relatives have fleshy, unjointed appendages | life11e_ch31_20.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_20_dlap.xml | 57bc610b757a2efa44000000 |
Jointed appendages appeared in the trilobites | life11e_ch31_21.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_21_dlap.xml | 57bc610b757a2efa44000000 |
Chelicerates have pointed, nonchewing mouthparts | life11e_ch31_22.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_22_dlap.xml | 57bc610b757a2efa44000000 |
Mandibles and antennae characterize the remaining arthropod groups | life11e_ch31_23.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_23_dlap.xml | 57bc610b757a2efa44000000 |
More than half of all described species are insects | life11e_ch31_24.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_24_dlap.xml | 57bc610b757a2efa44000000 |
recap | life11e_ch31_25.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_25_dlap.xml | 57bc610b757a2efa44000000 |
Key Features of Protostome Evolution | life11e_ch31_26.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_26_dlap.xml | 57bc610b757a2efa44000000 |
Investigating Life | life11e_ch31_27.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_27_dlap.xml | 57bc610b757a2efa44000000 |
Chapter Summary | life11e_ch31_28.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_28_dlap.xml | 57bc610b757a2efa44000000 |
Apply What You’ve Learned | life11e_ch31_29.html | 57bc610b757a2efa44000000 |
DLAP questions | life11e_ch31_29_dlap.xml | 57bc610b757a2efa44000000 |