A comprehensive detailed pacing guide for the 26-27 school year, providing a month-by-month breakdown of unit coverage, lesson numbering, and specific milestones including labs, performance tasks, and the three Interim Assessments.

A condensed single-page guide to assessment strategy within the New Visions Life Science: Biology framework. Updated to move Interim Assessments into the general "Unit Assessments" weighting category (70% total with PBTs) and to reflect that IA 3 is a Units 5-6 check.

A logistics resource for managing New Visions Life Science: Biology labs. Updated to align the 4 Mandatory Investigations across the 6-unit sequence (Unit 1: Marathon, Unit 2: Bacteria/Inv 1&4, Unit 3: Sick Humans/Inv 3, Unit 4: Mountain Lion/Inv 2, Unit 5: Food for All, Unit 6: Mammoth).

A high-level pacing guide for a 6-unit year-long high school Life Science: Biology course. Revised to reflect that IA 3 is a check for Units 5-6 and to update terminology for interim assessment integration.

A revised teacher-facing guide providing deep-dive details for the 6-unit New Visions Life Science: Biology curriculum. Standardized font sizes, improved contrast, and balanced layout across two pages. Includes storylines: Marathon Runner, Humans vs. Bacteria, Evolution of Sick Humans, Saving the Mountain Lion, Food for All, and Woolly Mammoth.

Instructional guide for teachers with pacing, common misconceptions, and discussion prompts to support the Atomic Equilibrium lesson.

Complete answer key for the Equation Architect Lab Guide, featuring worked-out atom counts and balanced chemical equations for teacher use.

Student worksheet structured as an 'Architect's Lab' where students practice counting atoms and balancing equations through progressively difficult challenges.

Visual presentation for teaching the fundamentals of balancing chemical equations, featuring the Law of Conservation of Mass and a guided practice example.

A high-contrast visual aid and reference sheet defining key vocabulary like 'isotope', 'proxy', and 'deuterium', accompanied by a detailed conceptual flowchart illustrating isotopic fractionation.

A data-heavy worksheet where students interpret simplified Vostok ice core plots, perform temperature calculations using isotopic formulas, and analyze the correlation between greenhouse gases and deuterium levels.

Guided notes designed for student use alongside the Ice Pulse presentation, featuring structured fill-in-the-blanks, logic chains, and sketch areas to reinforce isotope chemistry and greenhouse gas concepts.