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Scientific and Expert Evidence: [ Connected Ebook] 3rd ed. [Minkštas viršelis]

  • Formatas: Paperback / softback, 614 pages, aukštis x plotis x storis: 254x187x31 mm, weight: 1225 g, Illustrations
  • Serija: Aspen Casebook
  • Išleidimo metai: 15-Sep-2020
  • Leidėjas: Wolters Kluwer Law & Business
  • ISBN-10: 1454897929
  • ISBN-13: 9781454897927
  • Formatas: Paperback / softback, 614 pages, aukštis x plotis x storis: 254x187x31 mm, weight: 1225 g, Illustrations
  • Serija: Aspen Casebook
  • Išleidimo metai: 15-Sep-2020
  • Leidėjas: Wolters Kluwer Law & Business
  • ISBN-10: 1454897929
  • ISBN-13: 9781454897927

Using representative cases, comprehensible scientific readings, and the authors’ insightful introductions and explanatory notes, Scientific and Expert Evidenceprovides a comprehensive treatment of the law and science relating to scientific and expert evidence. The Third Edition provides more explanation of scientific concepts and full coverage of recent scientific and legal developments, but in a shorter book that focuses more intensively on core legal issues.

New to the Third Edition:

 

 

 

 

 

 

 

 

  • An entirely redesigned chapter covering developments in Opinion Evidence, including new cases exploring the complexity and boundaries of expert evidence that are suitable for student projects
  • A fully redesigned chapter on Social Science, Behavioral Science, and Neuroscience, with new cases and commentary
  • Inclusion of cutting-edge cases that highlight courts’ growing recognition of the importance of scientific accuracy in the areas of eyewitness identification, false confession, and child sexual abuse evidence
  • A reorganized and more tightly focused treatment of forensic science, with excerpts from national science organizations focusing on accuracy and reliability of pattern matching evidence and the problems that still remain
  • Full coverage of evolving DNA science, including the “database mining” approach to cold cases, continuing developments in the statistical analysis of matches, and the vanishing notion of “junk” DNA
  • Elucidation of the sometimes-conflicting legal and scientific ideas of causation and proof, including updated cases involving toxic exposures and medical devices
  • Additional cases involving economic analysis in evidence, coupled with expanded explanatory notes
  • Updated exposition of the current state of the law of scientific evidence
  • An expanded explanation of basic statistical concepts, with additional examples and illustrations

 

 

Professors and students will benefit from:

 

 

 

 

 

 

 

 

 

 

 

 

 

 

  • Complex issues presented clearly and concisely
  • A consistent and logical internal chapter organization and pedagogy
  • Accessible but not simplistic discussion of statistics and DNA chapters
  • The exploration of the differences and synergies of legal and scientific methods and goals
  • A new case in Chapter 2 that permits students to pull together multiple concepts in FRE 702 and the Daubert trilogy, perfect for a written assignment or classroom discussion

 

Preface xxi
Acknowledgments xxv
Chapter 1 Introduction to Science and the Legal Process
1(28)
I The Judge as Arbiter of Science
2(5)
Daubert v. MerrellDow Pharmaceuticals, Inc.
2(4)
Notes and Questions
6(1)
II How Scientists Think About Science
7(11)
A The Philosophy of Science
7(1)
David Goodstein, How Science Works
7(5)
Notes and Questions
12(2)
B The Scientific Ideal in Practice
14(1)
David W. Peterson and John M. Conley, Of Cherries, Fudge, and Onions: Science and Its Courtroom Perversion
14(3)
Notes and Questions
17(1)
III How the Courts Understand Science: Irreconcilable Differences?
18(11)
Moore v. Ashland Chemical, Inc.
19(4)
McCleskey v. Kemp
23(2)
Notes and Questions
25(4)
Chapter 2 Opinion Evidence: Rules and Cases
29(108)
I FRE 701 and 702
29(40)
A Distinguishing Between Lay and Expert Opinions: FRE 701 and Cases
29(2)
United, States v. Martinez-Figueroa
31(2)
Note and Questions
33(3)
B Distinguishing Lay from Expert Opinion: The Business-Owner Exception
36(1)
James River Insurance Company v. Rapid Funding, LLC
36(9)
Note and Question
45(1)
C Rule 702, Testimony By Experts
45(1)
1 Specialized Knowledge and Helpfulness
45(1)
Kopf v. Skyrm
46(5)
Notes and Questions
51(1)
State v. Anderson
51(3)
Notes and Questions
54(4)
2 Expert Qualifications
58(1)
Ralston v. Smith & Nephew Richards, Inc.
59(4)
Notes and Questions
63(1)
McCullock v. H.B. Fuller Co.
64(3)
Notes and Questions
67(2)
II Standards of Admissibility
69(54)
A The "General Acceptance" Standard
70(1)
Frye v. United States
70(1)
Notes and Questions
71(1)
Grady v. Frito-Lay, Inc.
71(5)
Notes and Questions
76(1)
1 The Post-Frye Developments
77(1)
United States v. Downing
77(4)
B The Reliability Standard--The Supreme Court Trilogy on Expert Evidence
81(1)
Daubert v. Merrell Dow Pharmaceuticals, Inc.
81(11)
Notes and Questions
92(6)
General Electric Co. v. Joiner
98(4)
Notes and Questions
102(3)
Kumho Tire Co. v. Carmichael
105(7)
Notes and Questions
112(2)
C Rule 702 and the Daubert Trilogy: Putting It All Together
114(1)
Murray v. Southern Route Maritime SA
115(7)
Note and Question
122(1)
III Additional Rules and Considerations
123(14)
A Basis of Knowledge for an Expert's Opinion: FRE 703 and Cases
123(1)
Ferrara & DiMercurio v. St. Paul Mercury Insurance Company
123(4)
Notes and Questions
127(1)
B Ultimate Issue Testimony: FRE 704
128(1)
1 FRE 704(a)
128(1)
United States v. Noel, 581 F.3d 490
129(4)
Note and Question
133(1)
2 FRE 704(b)
133(1)
C Disclosure of Facts or Data Underlying Expert Opinion: FRE 705
134(1)
D Rule
706. Court Appointed Expert Witnesses
134(3)
Chapter 3 Statistical Inference
137(46)
I Collecting Data: Populations and Samples
140(5)
United States ex rel. Free v. Peters
141(1)
Amstar Corp. v. Domino's Pizza, Inc.
142(2)
Notes and Questions
144(1)
II Analyzing Samples: Confidence Intervals
145(5)
United States ex rel. Free v. Peters
147(1)
Notes and Questions
148(2)
III Statistical Significance: Standard Deviations and P-Values
150(19)
Castenada v. Partida
151(1)
Notes and Questions
152(3)
Jones v. City of Boston
155(4)
Notes and Questions
159(2)
Palmer v. Shultz
161(6)
Notes and Questions
167(2)
IV Correlation
169(6)
Hamer v. Atlanta
169(4)
Notes and Questions
173(2)
V Regression Analysis
175(8)
McReynolds v. Sodexho Marriott Servs.
175(3)
Notes and Questions
178(5)
Chapter 4 DNA Evidence
183(50)
I The Scientific Background
184(13)
A What Is DNA?
184(1)
John M. Conley and Roberte Makowski, Back to the Future: Rethinking the Product of Nature Doctrine as a Barrier to Biotechnology Patents
184(1)
David H. Kaye and George F. Sensabaugh, Jr., Reference Guide on DNA Evidence
185(2)
Note
187(1)
B The Science of DNA Profiling
188(1)
People v. Reeves
188(2)
David H. Kaye and George F. Sensabaugh, Jr., Reference Guide on DNA Evidence
190(1)
Note
191(4)
David H. Kaye and George F. Sensabaugh, Jr., Reference Guide on DNA Evidence
195(2)
II DNA in the Courtroom
197(36)
William C. Thompson and Dan E. Krane, DNA in the Courtroom
197(1)
A Declaring a Match
198(1)
People v. Soto
198(2)
Notes and Questions
200(1)
B The Probability of a Random Match--Compared to What?
201(1)
People v. Soto
201(1)
Dayton v. State
202(2)
Notes and Questions
204(3)
C The Probability of a Random Match--The Statistics
207(1)
People v. Soto
207(3)
Notes and Questions
210(3)
D Problems with DNA Evidence
213(1)
People v. Reeves
213(3)
Notes and Questions
216(3)
E Mitochondrial DNA Evidence
219(1)
William C. Thompson and Dan E. Krane, DNA in the Courtroom
219(1)
United States v. Beverly
220(5)
Notes and Questions
225(1)
F The Supreme Court Weighs In
225(1)
McDaniel v. Brown
225(8)
Chapter 5 Social Science, Behavioral Science, and Neuroscience Expert Evidence
233(102)
I Expert Testimony about Frameworks, Syndromes, and Profiles
234(53)
A Framework Evidence
234(1)
Laurens Walker and John Monahan, Social Frameworks: A New Use of Social Science in Law
234(2)
Notes and Questions
236(3)
State v. Guilbert
239(8)
Notes and Questions
247(1)
State v. Perea
248(9)
Notes and Questions
257(1)
B Syndrome Evidence
258(1)
1 Child Sexual Abuse Evidence
258(1)
State v. J.L. G., a/k/a J.L.J.
258(10)
Note
268(1)
2 Expert Testimony About Intimate Partner Violence ("Battering")
268(1)
Arcoren v. United States
269(5)
Notes and Questions
274(2)
C Profile Testimony: Child Sexual Abuse
276(1)
United States v. Romero
276(8)
Notes and Questions
284(3)
II Behavioral Science
287(1)
A Expert Evidence on the Issue of Sanity
287(1)
United States v. Puerto
288(6)
Notes and Questions
294(4)
III Expert Testimony about Mental Competence
298(9)
United States v. Gigante
298(8)
Notes and Questions
306(1)
IV Predictions of Future Dangerousness
307(13)
Barefoot v. Estelle
307(11)
Notes and Questions
318(2)
V Expert Testimony about Neuroscience & Neuroimaging
320(15)
Owen D. Jones, Joshua W. Buckholtz, Jeffrey D. Schall, and Rene Marois, Brain Imaging for Legal Thinkers: A Guide for the Perplexed
321(5)
J.C. Moriarty, Flickering Admissibility: Neuroimaging Evidence in the U.S. Courts
326(1)
United States v. Mezvinsky
327(4)
Notes and Questions
331(4)
Chapter 6 Forensic Science
335(64)
I Introduction and Explanations
335(2)
II Identification of Evidence
337(3)
David H. Kaye, David E. Bernstein, and Jennifer L. Mnookin, The New Wigmore: A Treatise on Evidence: Expert Evidence
337(1)
Jane Campbell Moriarty & Michael J. Saks, Forensic Science: Grand Goals, Tragic Flaws & Judicial Gatekeeping
337(3)
III Individualization/Feature Comparison Methods: Handwriting Comparison, Fingerprint Evidence, and Toolmarks
340(12)
United States v. Crisp
341(8)
Notes and Questions
349(3)
IV The NAS and PCAST Reports on Forensic Science: A New Era?
352(28)
National Research Council of the National Academies, trengthening Forensic Science in the United States: A Path Forward
352(2)
Notes and Questions
354(3)
National Research Council of the National Academies, Strengthening Forensic Science in the United States: A Path Forward
357(2)
President's Council of Advisors on Science and Technology, Report to the President, Forensic Science in Criminal Courts: Ensuring Scientific Validity of Feature-Comparison Methods
359(3)
United States v. Bonds (2017)
362(4)
United States v. Bonds (2019)
366(2)
Notes and Questions
368(1)
A Toolmark Evidence
369(1)
United States v. Smallwood
369(6)
Notes and Questions
375(1)
B The Confrontation Clause and Forensic Science Evidence
375(1)
Melendez-Diaz v. Massachusetts
375(4)
Notes and Questions
379(1)
V Determinations of the Cause and Manner of Death
380(19)
Baraka v. Commonwealth
383(6)
State v. Guthrie
389(7)
Notes and Questions
396(3)
Chapter 7 Medical Causation
399(74)
I How do you Prove that an Exposure Caused an Outcome? Epidemiology, Toxicology, and Differential Diagnosis
400(2)
Turpin v. Merrell Dow Pharmaceuticals, Inc.
401(1)
Daubert v. Merrell Dow Pharmaceuticals, Inc.
401(1)
II Proving General Causation: Epidemiology
402(11)
Michael D. Green, D. Michal Freedman, and Leon Gordis, Reference Guide on Epidemiology
403(6)
In re "Agent Orange" Product Liability Litigation
409(2)
Notes and Questions
411(2)
III Moving From General to Specific Causation
413(33)
In re Hanford Nuclear Reservation Litigation
414(1)
A Using Enhanced Evidence of General Causation to Prove Specific Causation
415(1)
David A. Freedman and Philip B. Stark, The Swine Flu Vaccine and Guillain-Barre Syndrome: A Case Study in Relative Risk and Specific Causation
415(1)
Daubert v. Merrell Dow Pharmaceuticals, Inc.
416(2)
Notes and Questions
418(2)
B The Role of Toxicology
420(1)
Bernard D. Goldstein and Mary Sue Henifin, Reference Guide on Toxicology
420(4)
General Electric Company v. Joiner
424(4)
Notes and Questions
428(4)
C Proving Specific Causation Through Differential Diagnosis
432(1)
Easum v. Miller
432(5)
Moore v. Ashland Chemical, Inc.
437(6)
Notes and Questions
443(3)
IV Injuries Allegedly Caused by Doctors and Medical Devices
446(8)
Riegel v. Medtronic, Inc.
447(4)
Notes and Questions
451(3)
V Review Exercise: The Breast Implant Controversy
454(19)
Silicone Breast Implants in Relation to Connective Tissue Diseases and Immunologic Dysfunction
455(3)
Hall v. Baxter Healthcare Corp.
458(15)
Chapter 8 Economic Analysis of Liability and Damages
473(34)
I The Value of a Working Life
474(14)
McCrann v. United States Lines, Inc.
475(4)
Notes and Questions
479(5)
Har-Pen Truck Lines, Inc. v. Mills
484(2)
Notes and Questions
486(2)
II Valuing a Business
488(10)
In re Radiology Assoc., Inc.
488(9)
Notes and Questions
497(1)
III Modeling Markets in Antitrust Cases
498(9)
In re Industrial Silicon Antitrust Litigation
498(4)
Notes and Questions
502(5)
Chapter 9 Reconstructing Accidents and Crime Scenes
507(62)
I Experiments, Videotapes, and Computer-Generated Evidence
508(18)
Richard K. Sherwin, Neal Feigenson, and Christina Spiesel, Law in the Digital Age: How Visual Communication Technologies Are Transforming the Practice, Theory, and Teaching of Law
508(2)
Fred Galves, Where the Not-So-Wild Things Are: Computers in the Courtroom, the Federal Rules of Evidence, and the Need for Insdtutional Reform and More Judicial Acceptance
510(2)
Carrie Leonetti and Jeremy Bailenson, High-Tech Views: The Immersive Virtual Environments injury Trials
512(3)
Kudlacek v. Fiat S.p.A.
515(5)
Muth v. Ford Motor Company
520(4)
Notes and Questions
524(2)
II Essential Considerations for Accident Reconstruction: Foundation, Qualifications, and Speculation
526(25)
Kumho Tire Co. v. Carmichael
526(6)
Notes and Questions
532(1)
Brooks v. Outboard Marine Corporation
532(3)
Notes and Questions
535(2)
A Cause and Origin of Fire
537(1)
John J. Lentini, Modern Scientific Evidence: The Law and Science of Expert Testimony
537(2)
Larsen v. 401 Main Street
539(6)
Notes and Questions
545(3)
B Accident Investigation and Reconstruction
548(1)
Scott v. Yates
548(2)
Notes and Questions
550(1)
III Crime Scene Reconstruction
551(18)
Parvin v. State
552(7)
State v. Stevens
559(7)
Notes and Questions
566(3)
Table of Cases 569(6)
Index 575