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Biology for a changing world / Michèle Schuster ... [et al.].

Contributor(s): Material type: TextTextPublication details: New York : W.H. Freeman, c2012.Description: xx, 539 p. : col. ill. ; 28 cmISBN:
  • 0716773244
  • 9780716773245
  • 9781464125768
  • 1464125767
  • 9781429254717 (loose leaf)
  • 1429254718 (loose leaf)
  • 9781429268240 (physiology booklet)
  • 1429268247 (physiology booklet)
Other title:
  • Scientific american biology for a changing world [Other title]
Subject(s): DDC classification:
  • 570 23
LOC classification:
  • QH307.2 .B565 2012
Contents:
Pt. 1. What is life made of? Process of science -- Chemistry and molecules of life -- Cell function and structure -- Nutrition, metabolism, enzymes -- Energy flow and photosynthesis -- Dietary energy and cellular respiration.
Pt. 2. How does life perpetuate? DNA structure and replication -- Genes to proteins -- Cell division and mitosis genetic mutations and cancer -- Single-gene inheritance and meiosis -- Complex inheritance -- Stem cells and cell differentiation.
Pt. 3. How does life change over time? -- Natural selection and adaptation -- Nonadaptive evolution and speciation -- Evidence for evolution -- Life on earth -- Prokaryotic diversity -- Eukaryotic diversity -- Human evolution.
Pt. 4. What makes up our environment? Population ecology -- Community ecology -- Ecosystem ecology -- Sustainability.
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Item type Current library Collection Call number Copy number Status Barcode
Books like text book referance book Books like text book referance book Wondo Genet Library General Stacks Reference 510 SHU 2012 (Browse shelf(Opens below)) 1 Available WGCFNRL00009421

Includes index.

"W. H. Freeman and Scientific American present a new introduction to biology for non-majors"--Cover.

Pt. 1. What is life made of? Process of science -- Chemistry and molecules of life -- Cell function and structure -- Nutrition, metabolism, enzymes -- Energy flow and photosynthesis -- Dietary energy and cellular respiration.

Pt. 2. How does life perpetuate? DNA structure and replication -- Genes to proteins -- Cell division and mitosis genetic mutations and cancer -- Single-gene inheritance and meiosis -- Complex inheritance -- Stem cells and cell differentiation.

Pt. 3. How does life change over time? -- Natural selection and adaptation -- Nonadaptive evolution and speciation -- Evidence for evolution -- Life on earth -- Prokaryotic diversity -- Eukaryotic diversity -- Human evolution.

Pt. 4. What makes up our environment? Population ecology -- Community ecology -- Ecosystem ecology -- Sustainability.

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