3d Animals In Actions: Creepy & Crawly (incredible Invertebrates)

3d Animals In Actions: Creepy & Crawly (incredible Invertebrates)

$1.00 USD

Author: Peter Ackroyd

Condition: New 

 Binding: Paperback

Pages: 32

Publisher: Scholastic / Dorling Kindersley (DK)

Language: English

 Publication Year: 2007

Trace Evidence is the third essential volume in Peter Ackroyd’s Detective Academy series. It explores the "unseen" clues left at a crime scene—microscopic fibres, dust, glass fragments, and chemical residues. Ackroyd explains how Locard’s Exchange Principle (the idea that every contact leaves a trace) forms the basis of modern forensic investigation, allowing detectives to link a suspect to a location using nothing more than a stray thread or a speck of soil.

The book provides a detailed look at how high-powered microscopes and chemical reagents are used to analyse these tiny samples. By investigating real-life cases and forensic experiments, readers learn how the most insignificant-looking materials can become the strongest evidence in a court of law, rounding out the reader's training in the science of deduction.

Add to Wishlist
SKU: GBDHA1134
Barcode: 9780439025737
Availability : In Stock In Stock Out of stock
Description

Author: Peter Ackroyd

Condition: New 

 Binding: Paperback

Pages: 32

Publisher: Scholastic / Dorling Kindersley (DK)

Language: English

 Publication Year: 2007

Trace Evidence is the third essential volume in Peter Ackroyd’s Detective Academy series. It explores the "unseen" clues left at a crime scene—microscopic fibres, dust, glass fragments, and chemical residues. Ackroyd explains how Locard’s Exchange Principle (the idea that every contact leaves a trace) forms the basis of modern forensic investigation, allowing detectives to link a suspect to a location using nothing more than a stray thread or a speck of soil.

The book provides a detailed look at how high-powered microscopes and chemical reagents are used to analyse these tiny samples. By investigating real-life cases and forensic experiments, readers learn how the most insignificant-looking materials can become the strongest evidence in a court of law, rounding out the reader's training in the science of deduction.