LP 1.1: I can construct an explanation using evidence to show how patterns of similarities and differences lead to the classification of plants by types of life cycles.
LP 1.2: I can justify a model explaining how the specialized structures and functions of both plants and animals enable the process of pollination.
LP 1.3: I can construct a model to represent the sequence of causes that leads to the formation and development of a plant's seed.
LP 1.4: I can evaluate and revise a model of a seed's design by investigating its properties and structures in order to maximize seed dispersion.
LP 1.5: I can link evidence to support a claim that plants have similarities and differences in adaptations that lead to varying success in reproduction.

• DCI: LS1.A Structure and Function: Multicellular organisms have hierarchical structural organization for growth and reproduction.

• SEP: Developing and Using Models; Analyzing and Interpreting Data; Constructing Explanations: Used to represent life cycles and analyze reproductive efficiency.

• CCC: Structure and Function; Patterns; Systems and System Models: Identifying how form dictates reproductive success.

 

3.a. Design Model - Predict Phenomena: Constructing and evaluating models of plant life cycles and flower anatomy.

4.a. Demonstrate Patterns - Graphical: Analyzing data from seed dispersal investigations to identify environmental patterns.

5.c. Use Evidence/Theory - Reasoning: Constructing explanations for the coevolutionary relationships between specific plants and their pollinators.