Normal view MARC view ISBD view

Ecology: (Record no. 132)

MARC details
000 -LEADER
fixed length control field	04490nam a2200217 4500
003 - CONTROL NUMBER IDENTIFIER
control field	MU
005 - DATE AND TIME OF LATEST TRANSACTION
control field	20221110122500.0
008 - FIXED-LENGTH DATA ELEMENTS--GENERAL INFORMATION
fixed length control field	220627b \|\|\|\|\|\|\|\| \|\|\|\| 00\| 0 eng d
020 ## - INTERNATIONAL STANDARD BOOK NUMBER
International Standard Book Number	9780521588027
Terms of availability	Tzs 119,625/=
040 ## - CATALOGING SOURCE
Original cataloging agency	MU Library
Language of cataloging	eng.
Transcribing agency	MU Library
Description conventions	AACR
082 ## - DEWEY DECIMAL CLASSIFICATION NUMBER
Edition number	22
Classification number	577 CHA
Item number	1
100 ## - MAIN ENTRY--PERSONAL NAME
Personal name	Chapman, J. L. (Jenny Louise), 1955 -
245 ## - TITLE STATEMENT
Title	Ecology:
Remainder of title	principles and applications,
Statement of responsibility, etc.	/ Jennifer Chapman; and Michael J Reiss
260 ## - PUBLICATION, DISTRIBUTION, ETC.
Place of publication, distribution, etc.	Cambridge:
Name of publisher, distributor, etc.	Cambridge, U.P.,
Date of publication, distribution, etc.	1999.
300 ## - PHYSICAL DESCRIPTION
Extent	vi, 330 p.:
Other physical details	ill.;
Dimensions	25cm.
504 ## - BIBLIOGRAPHY, ETC. NOTE
Bibliography, etc. note	Includes references and index.
505 ## - FORMATTED CONTENTS NOTE
Formatted contents note	Contents<br/>Introduction<br/> 2<br/> <br/>12 The nature of ecology<br/> 3<br/> <br/>The individual<br/> 5<br/> <br/>23 Metabolic rate<br/> 7<br/> <br/>24 Factors affecting metabolic rate<br/> 9<br/> <br/>25 Size determines more than metabolic rate<br/> 10<br/> <br/>26 Energy budgets<br/> 11<br/> <br/>27 Distinguishing between growth and reproduction<br/> 13<br/> <br/>115 Omnivores<br/> 126<br/> <br/>117 Food webs<br/> 128<br/> <br/>118 Pyramids of numbers<br/> 129<br/> <br/>119 Pyramids of biomass<br/> 130<br/> <br/>Energy transfer<br/> 132<br/> <br/>123 Primary production in aquatic communities<br/> 136<br/> <br/>125 Efficiencies in ecology<br/> 137<br/> <br/>127 The efficiency of energy transfer in ecosystems<br/> 142<br/> <br/><br/>Autecology<br/> 16<br/> <br/>33 The autecology of the European starling<br/> 19<br/> <br/>Population dynamics<br/> 23<br/> <br/>42 Dispersal of organisms<br/> 24<br/> <br/>44 The study of populations<br/> 25<br/> <br/>45 Presentation of demographic data<br/> 29<br/> <br/>46 Evolutionary strategies<br/> 32<br/> <br/>47 Modular organisms<br/> 34<br/> <br/>Population regulation<br/> 37<br/> <br/>52 Factors which regulate population size<br/> 39<br/> <br/>53 Patterns in population dynamics<br/> 48<br/> <br/>Ecological genetics<br/> 51<br/> <br/>62 Reproductive systems<br/> 52<br/> <br/>63 Genetic consequences of different reproductive systems<br/> 55<br/> <br/>64 Patterns of genetic variation<br/> 58<br/> <br/>65 Genetic variation within an organism<br/> 63<br/> <br/>Behavioural ecology<br/> 64<br/> <br/>74 Growth versus reproduction<br/> 68<br/> <br/>76 Parental care<br/> 69<br/> <br/>77 Breeding systems in plants<br/> 70<br/> <br/>78 Alternative strategies<br/> 71<br/> <br/>79 Games theory<br/> 72<br/> <br/>710 Constraints on adaptation<br/> 74<br/> <br/>Sociobiology<br/> 77<br/> <br/>83 Disadvantages of group living<br/> 79<br/> <br/>84 Optimal group size<br/> 80<br/> <br/>86 The unit of selection and social behaviour<br/> 83<br/> <br/>87 Human sociobiology<br/> 89<br/> <br/>The environment<br/> 92<br/> <br/>92 The physical environment<br/> 93<br/> <br/>93 The biotic environment<br/> 101<br/> <br/>94 Biotic and abiotic interactions<br/> 103<br/> <br/>Habitats and niches<br/> 106<br/> <br/>103 Causes competitive exclusion principle<br/> 110<br/> <br/>104 Species coexistence<br/> 112<br/> <br/>105 Fundamental and realised niches<br/> 113<br/> <br/>106 Resource partitioning<br/> 114<br/> <br/>107 Character displacement<br/> 116<br/> <br/>109 Do plants need niches?<br/> 118<br/> <br/>1010 Community structure of fish on coral reefs<br/> 119<br/> <br/>Trophic levels<br/> 120<br/> <br/>113 Decomposers<br/> 122<br/> <br/>114 Herbivores and carnivores<br/> 125<br/> <br/>128 Pyramids of energy<br/> 144<br/> <br/>Nutrient cycling and pollution<br/> 147<br/> <br/>132 The carbon cycle<br/> 148<br/> <br/>133 The greenhouse effect<br/> 149<br/> <br/>134 The nitrogen cycle<br/> 152<br/> <br/>135 The phosphorus cycle<br/> 155<br/> <br/>137 The importance of nutrient availability<br/> 156<br/> <br/>138 Pollution<br/> 158<br/> <br/>Communities<br/> 168<br/> <br/>143 Global distribution of terrestrial communities<br/> 178<br/> <br/>144 Patterns of diversity<br/> 181<br/> <br/>Ecosystems<br/> 187<br/> <br/>153 Wetland and aquatic ecosystems<br/> 196<br/> <br/>154 Interrelationships of ecosystems<br/> 204<br/> <br/>Succession<br/> 206<br/> <br/>162 The causes of change<br/> 207<br/> <br/>163 Examples of primary seres<br/> 208<br/> <br/>164 Patterns of succession<br/> 211<br/> <br/>165 Human influence on succession<br/> 215<br/> <br/>Biomes<br/> 217<br/> <br/>173 Wetland and freshwater biomes<br/> 227<br/> <br/>174 Coastal and marine biomes<br/> 228<br/> <br/>Biogeography<br/> 235<br/> <br/>182 The historic effects of plate tectonics<br/> 236<br/> <br/>183 Island biogeography<br/> 241<br/> <br/>Coevolution<br/> 252<br/> <br/>192 Pair wise coevolution<br/> 253<br/> <br/>193 Diffuse coevolution<br/> 256<br/> <br/>194 Insect pollination<br/> 258<br/> <br/>195 Introduced species<br/> 263<br/> <br/>Conservation principles<br/> 268<br/> <br/>203 The philosophical basis for conservation<br/> 269<br/> <br/>204 Conservation of species<br/> 273<br/> <br/>205 Conservation of ecosystems<br/> 279<br/> <br/>206 Conservation of the biosphere<br/> 283<br/> <br/>Conservation in practice<br/> 284<br/> <br/>213 Conservation of ecosystems<br/> 290<br/> <br/>214 Conservation of the biosphere<br/> 296<br/> <br/>215 What can individuals do?<br/> 300<br/> <br/>Glossary<br/> 303<br/> <br/>Bibliography<br/> 311<br/> <br/>Index<br/> 327<br/> <br/>Copyright<br/> <br/> <br/><br/>Other editions - View all<br/>1998 M12 10<br/>No preview
650 ## - SUBJECT ADDED ENTRY--TOPICAL TERM
Topical term or geographic name entry element	Ecology \| Sociobiology \| Conservation
700 ## - ADDED ENTRY--PERSONAL NAME
Dates associated with a name	Reiss, Michael J. 1958- [Author]
942 ## - ADDED ENTRY ELEMENTS (KOHA)
Koha item type	Book
Source of classification or shelving scheme	Dewey Decimal Classification
Suppress in OPAC	No

Holdings
Source of classification or shelving scheme	Home library	Current library	Date acquired	Source of acquisition	Full call number	Barcode	Date last seen	Copy number	Price effective from	Koha item type
Dewey Decimal Classification	Mzumbe University Main Campus Library	Mzumbe University Main Campus Library	08/31/2017	Mark Solution	577 CHA	0081628	06/27/2022	1	06/27/2022	Book
Dewey Decimal Classification	Mzumbe University Main Campus Library	Mzumbe University Main Campus Library	08/31/2017	Mark Solution	577 CHA	0081629	06/27/2022	2	06/27/2022	Book
Dewey Decimal Classification	Mzumbe University Main Campus Library	Mzumbe University Main Campus Library	08/08/2017	MAK solutions Ltd.	577 CHA	0081630	11/10/2022	3	11/10/2022	Book