
The MMSA uses a variety of tools and
resources to help science educators improve and enhance science
curriculum, instruction, and assessment in their classrooms,
schools, or organizations. Schools or organizations are encouraged
to contact the
MMSA
Science Staff for professional development or technical
assistance in the use of these tools.
State and National Tools and Resources:
Maine's Learning Results
Maine's Curriculum Framework for Science
and Mathematics
National Science Education Standards
Science for All Americans
Benchmarks for Science Literacy
Atlas of Science Literacy
Maine's Learning Results Science and Technology
Crosswalks- A Clarification Guide
The Crosswalks were developed by the MMSA to help Maine educators
clarify the meaning and intent of a Maine's Learning Result
performance indicator by linking performance indicators to
related learning goals and readings in national standards
documents. The Crosswalks are not an alignment document. They
are used for identifying the closest match to a national standard
that helps clarify the performance indicator.
The grade level Crosswalks are available by clicking on the following:
Grades K-2 Crosswalk
Grades 3-4 Crosswalk
Grades 5-8 Crosswalk
Grades 9-12 Crosswalk
Curriculum Topic Study- Bridging the Gap Between Standards
and Practice

Curriculum Topic Study is co-published by Corwin Press and
the National Science Teachers Association, and authored by
Page Keeley of the Maine Mathematics and Science Alliance.
This national publication, developed with funding from the
National Science Foundation, provides the missing link between
standards, research on student learning, and classroom practice.
In addition to the 147 curriculum topic study guides used
to clarify curricular topics, the book contains a rich variety
of tools and processes for:
- Identifying the hierarchal structure of content knowledge
in a topic
- Examining curricula for coherence and articulation
- Selecting curricula that are standards-based and research-informed
- Implementing new curricula
- Creating conceptual storylines for curricular units
- Reviewing instructional lessons and units
- Developing standards and research-based lessons
- Connecting content and inquiry
- Designing assessment probes
- Developing culminating student performance tasks
- Embedding CTS into various professional development
strategies
Click
here for information about the book and how to order a copy
Formative Assessment Probes
The MMSA has developed over 60 formative assessment probes
that can be used to inform teaching and learning in science.
The probes are used by teachers to elicit and analyze students
understanding of a topic prior to and during teaching. They
provide essential assessment information for lesson planning
as well as long term development of students’ ideas
across multiple grade levels. Full sets of the probes are
being published by the
National
Science Teachers Association in the Fall of 2005. This new publication, authored by Page Keeley, Lynn Farrin, and Francis Eberle is titled: Uncovering Student Ideas in Science- 25 Formative Assessment Probes (Volume 1).
State and National Tools and Resources:
Maine's Learning Results The Maine Learning Results identify
the knowledge and skills required of all Maine students.
Maine's
Curriculum Framework for Science and Mathematics
Maine's Curriculum Framework preceded the development of the
Maine Learning Results. Many of the MLRs in science were
derived from the Curriculum Framework. The Curriculum Framework
also contains guidelines for professional development, instruction,
and assessment.
National
Science Education Standards contains national standards
for content, teaching, professional development, assessment,
science programs as well as systems standards in science,
mathematics, technology, and social science.
Science
for All Americans This seminal publication defines science
literacy for all adults, as a result of the culmination of
their K-12 education. It also describes principles for effective
teaching and learning.
Benchmarks
for Science Literacy This document describes the specific
learning goals that that make up the K-2, 3-5, 6-8, 9-12 coherent
set of learning goals that help students progress toward scientific
literacy. The specificity and coherence of the Benchmarks
goals help clarify Maine's Learning Results as well as identify
important learning goals essential to science literacy that
are not in the MLR’s
The
Atlas of Science Literacy is a set of “growth in
understanding” visual maps, based on Science for All
Americans and Benchmarks, that shows the progression of K-12
understanding as well as connections among ideas in science.