This is an open access book that is a compilation of original research papers presented as chapters. There are 12 chapters, each one authored by researchers from several European countries, South Africa, Japan, and Australia. Each chapter contributes to the unifying theme of the book, Environmental Biotechnology, and present new approaches and applications for dealing with environmental hazardous wastes.
Type of Material:
This is an open access textbook comprised of 12 chapters that are published manuscripts.
Assignment for advanced undergraduate and graduate classes in Biology, Biotechnology, Bioengineering, and Environmental Engineering.
The resource is accessible with any browser.
Identify Major Learning Goals:
The site does not have an explicit list of learning outcomes. However, each chapter provides detailed information on experimental procedures designed to remove or mitigate the impact of hazardous pollutants on the environment.
Target Student Population:
This text would be useful for senior level undergraduates or beginning undergraduates in environmental science or biotechnology programs. Graduate students may also find the articles useful.
Prerequisite Knowledge or Skills:
A base knowledge of chemistry and biology are needed, as well as background in basic biotechnology concepts.
Evaluation and Observation
The material in each chapter is written in a refereed journal format
The images and statistical data in every chapter support the narrative
The information in each chapter could provide new opportunities for up and coming researchers to follow up with more innovative ideas
The topics are very specific and focused which may limit the readership
It cannot be determined when the papers were published, and many of the references appear very out of date
Potential Effectiveness as a Teaching Tool
This material could be beneficial to students first entering into the study of biotechnology and environmental science, as a way of integrating new information and the process of research
As a teaching tool, the materials in each chapter are supplements or references for specific topics in biotechnology and bioengineering
The diversity in nationalities and academic affiliations of the authors provide an excellent bridge for understanding science in a global perspective.
These are very specific studies and the references appear outdated in many instances
Ease of Use for Both Students and Faculty
The format with which the topics are presented is easy to follow for as long as the user has command of the discipline’s vocabulary
The material is technical and suitable for the specific audience for which it is intended
Assigning the materials in this volume to a class could elevate the intellectual curiosity and promote an appreciation of the ever increasing globalization and collaboration in scientific and cultural innovation