🧬 New York Life Science: Biology Regents Exam Past Papers (2025-2026)
Access the complete collection of official New York State Life Science: Biology Regents examination past papers, scoring keys, rating guides, and conversion charts. Essential resources for students studying cells, genetics, evolution, ecology, human body systems, and laboratory investigation skills.
📋 Exam Format: The Life Science: Biology Regents consists of 85 questions completed over 3 hours. Part A includes multiple-choice questions covering all major biology topics. Part B contains short and extended constructed-response questions requiring detailed explanations, data analysis, and application of biological concepts. Part C features laboratory-based questions assessing experimental design and scientific reasoning. The exam emphasizes understanding of biological principles, processes, and their real-world applications.
🆕 New Exam Format: The Life Science: Biology Regents exam was introduced in June 2025 as part of New York State's updated science assessment framework. This exam replaces the previous Living Environment Regents exam and aligns with the New York State P-12 Science Learning Standards. The format emphasizes deeper understanding of core biological concepts and science practices.
📚 Complete Past Papers Collection
Note: Large type version should be printed on 11x17 inch paper
🎉 First Administration of Life Science: Biology Regents
Note: Large type version should be printed on 11x17 inch paper
🎯 Key Content Areas in Life Science: Biology
Unity & Diversity of Life
10-15% of contentClassification systems, taxonomy, domains and kingdoms, binomial nomenclature, phylogenetic relationships, cladograms, biodiversity, and evolutionary relationships among organisms.
Cells & Cell Processes
15-20% of contentCell theory, prokaryotic vs eukaryotic cells, cell organelles and functions, cell membrane structure and transport (diffusion, osmosis, active transport), cellular respiration, photosynthesis, and enzyme function.
Genetics & Heredity
15-20% of contentDNA structure and replication, RNA and protein synthesis, genes and chromosomes, Mendelian genetics, Punnett squares, pedigree analysis, genetic mutations, genetic disorders, and biotechnology applications.
Evolution & Natural Selection
10-15% of contentEvidence for evolution (fossils, comparative anatomy, embryology, molecular biology), natural selection, adaptation, speciation, mechanisms of evolution, evolutionary patterns, and common ancestry.
Ecology & Ecosystems
15-20% of contentEnergy flow in ecosystems, food webs and food chains, trophic levels, biogeochemical cycles (carbon, nitrogen, water), population dynamics, community interactions, succession, biomes, and environmental issues.
Human Body Systems
15-20% of contentDigestive, circulatory, respiratory, excretory, nervous, endocrine, immune, reproductive, and musculoskeletal systems. System interactions, homeostasis, feedback mechanisms, and human health.
Reproduction & Development
8-12% of contentAsexual vs sexual reproduction, mitosis and meiosis, cell division, gamete formation, fertilization, embryonic development, growth and differentiation, and life cycles of organisms.
Molecular Biology
8-12% of contentOrganic molecules (carbohydrates, lipids, proteins, nucleic acids), biochemical reactions, enzymes and catalysis, metabolic pathways, energy transfer (ATP), and molecular interactions.
Scientific Practices & Lab Skills
Throughout examExperimental design, hypothesis formation, data collection and analysis, graphing and interpretation, laboratory safety, using scientific instruments, controlling variables, drawing conclusions, and scientific communication.
Science, Technology & Society
Throughout examApplications of biology in medicine and agriculture, ethical considerations in biotechnology, environmental sustainability, human impact on ecosystems, and evaluating scientific claims and information.
📖 How to Use These Resources Effectively
Study Strategy for Life Science: Biology Regents
- Understand the New Format: Since this is a newly introduced exam (June 2025), carefully review the available past papers to understand question styles, depth of knowledge required, and how topics are assessed.
- Complete Full Practice Exams: Work through entire past papers under timed conditions (3 hours) to build endurance and develop time management strategies for this comprehensive exam.
- Master Laboratory Skills: The exam heavily emphasizes scientific practices. Review experimental design, data analysis, graphing techniques, and how to draw evidence-based conclusions.
- Study Rating Guides Thoroughly: Rating guides show exactly what graders expect in constructed-response answers. Pay attention to key vocabulary, required depth of explanation, and how to earn full credit.
- Connect Concepts Across Units: Biology is interconnected. Understand how cells relate to genetics, how genetics relates to evolution, how organisms interact in ecosystems, and how systems work together in the human body.
- Practice Data Interpretation: Many questions require analyzing graphs, tables, diagrams, and experimental results. Practice extracting information and making inferences from various data representations.
- Review Biological Vocabulary: Know precise definitions and proper usage of biological terms. Use vocabulary correctly in your written responses to demonstrate understanding.
- Focus on Real-World Applications: This exam emphasizes how biology relates to everyday life, health, environmental issues, and technological advances. Connect concepts to current events and practical scenarios.
💡 Pro Tip: Since the Life Science: Biology Regents is a new exam format, the available past papers from June 2025 and August 2025 are extremely valuable resources. Study them thoroughly to understand the style of questions, level of detail expected, and how the exam assesses deeper understanding rather than just memorization. Pay special attention to the rating guides to see how partial credit is awarded.
🔬 Key Differences from Previous Living Environment Exam
Enhanced Science Practices
Greater emphasis on scientific inquiry, experimental design, data analysis, and evidence-based reasoning throughout the exam. Students must demonstrate ability to "do science," not just recall facts.
Deeper Conceptual Understanding
Questions require application of biological concepts to new situations, analysis of complex scenarios, and synthesis of information from multiple sources rather than simple recall.
Aligned with Modern Standards
Based on Next Generation Science Standards (NGSS) and New York State P-12 Science Learning Standards, reflecting current scientific knowledge and pedagogical approaches.
Real-World Relevance
Increased focus on contemporary issues, technology applications, environmental challenges, and how biological understanding impacts personal and societal decisions.
❓ Frequently Asked Questions
🌟 Tips for Success
📚 Content Mastery
Create concept maps connecting major biological themes. Use flashcards for vocabulary. Draw and label diagrams from memory. Teach concepts to others to reinforce understanding.
🔬 Practice Skills
Complete practice problems involving data analysis, graph interpretation, and experimental design. Work through various question types to build confidence with different formats.
✍️ Writing Preparation
Practice writing detailed explanations using proper terminology. Review scoring rubrics to understand how to earn maximum credit. Get feedback on your written responses from teachers.
⏱️ Time Management
Take full-length practice exams under timed conditions. Develop a pacing strategy. Don't spend too much time on any single question. Answer easier questions first, then return to challenging ones.
📚 Need More Practice Materials?
Visit Official NYS Life Science: Biology Regents Page📢 Important Note: The Life Science: Biology Regents is a new exam first administered in June 2025. As more administrations occur, additional past papers will become available. Check the official New York State Education Department website regularly for newly released materials. The exam format and emphasis may continue to evolve as the state refines the assessment based on student performance and feedback from educators.
