Subject index
gastrula 64
gelatinous sheath 4, 42
generation cycle in Daphnia 64
GF/C filter 23
global stability 127, 250
glycogen 65
grazer
control 8, 118, 139, 144-149, 151,154,
155, 177,210
extintion point 122-126, 132, 136, 148,
154,210,245-248,252,258,261,263
grazing resistance 4,42,45,139,146,166,
167,172,173,175
half-saturation parameter 38, 39, 46, 48,
51,159,175,191,231
hemocoel68
hemolymph 66
high affinity uptake system 53, 46
hindgut 66
homeostasis 88,120
Hopfbifurcation 135, 155
hump
predator isocline 130
prey isocline 129, 130
humus 18,25,188
HSS hypothesis 8
hydrological parameters 3,15
hyperbolic function 34,79,151
hypolimnion 15, 19,20,144
incipient limiting level 79-81, 85, 101, 102,
107,112,122, 125, 126, 129, 145, 146,
246-249, 255
incommensurable frequencies 198
individual growth 11,79,81,84,33
inedible algae 5,150,169,176,202,211
inflow 14, 16
influx 35, 46
ingestion rate 67, 77-82, 85,102,107,120,
121,126, 145, 146, 160, 168, 169, 171,
179,190,234,239,246,255,258
initial conditions 58, 69, 72, 75, 117, 123,
13~1~13~1.1~,1~1~1~
182,192,198,212,240,250,264
inoculum 123, 173, 182,252
inorganic phosphorus 22, 29, 49, 54, 160,
163,171-175,177,189,192
input concentration 122-125, 136, 140-147,
151,182,246-250,254,256
inset 135-137
inslar 65, 68-72, 74, 99,111,233
intermolt duration 65, 68, 71, 74
internal
equilibrium 125, 126, 132-136
stores 50, 53, 190, 191
interquartile range 41, 44, 45, 47
277
intrinsic rate of increase 100, 102-108, 110,
121
invariant selection 167, 169, 170, 177
invasion
by inedible species 4, 5,167,170-173,
177,211
of equilibrium 49, 123, 162-166, 171,
182,209,252
resistance 49, 170, 171, 175, 177,211
invertebrate predation 94,139,213
iron hydroxides 18
isocline analysis 52, 53,127-129, 131, 132,
154
iteroparous reproduction 65
juvenile mortality 95-97, 113
Jacobian matrix 192,250-257
Kstrategy48, 100, 159, 165
Keratelltl 108, 109
lake management 2,21
large cladoceran grazers 4, 11, Ill, 146
length-weight relationship 69, 233
Liebig's law 52, 179, 236
life
history 65,73,74,86,107,108,113
table 68, 71, 82, 94, 95, 102, 108, 112,
212,233,241
light limited growth 39, 40, 47
limit cycle 9,117,132-138, 141, 143, 153,
155,163-166,173,175-177,182-184,
194-196,200,263
linearized system 250
lipid 65,100
load decay 16-18,122,124,148
loading
criterion 4, 11, 144-146, 200
diagram 146-149, 155,210
local stability analysis 11, 122, 126, 132,
135,154,192,202,250-258
log-normal distribution 43, 44, 56, 109
logistic growth 48,71
lossrate 5, 30, 49, 76,102,107,122,126,
143,158-160,165-167,170,176,181,
208,211,234
Lotka-Volterra model 117-119, 158
luxury uptake 24
Lyapunovexponent 195, 198
gastrula 64
gelatinous sheath 4, 42
generation cycle in Daphnia 64
GF/C filter 23
global stability 127, 250
glycogen 65
grazer
control 8, 118, 139, 144-149, 151,154,
155, 177,210
extintion point 122-126, 132, 136, 148,
154,210,245-248,252,258,261,263
grazing resistance 4,42,45,139,146,166,
167,172,173,175
half-saturation parameter 38, 39, 46, 48,
51,159,175,191,231
hemocoel68
hemolymph 66
high affinity uptake system 53, 46
hindgut 66
homeostasis 88,120
Hopfbifurcation 135, 155
hump
predator isocline 130
prey isocline 129, 130
humus 18,25,188
HSS hypothesis 8
hydrological parameters 3,15
hyperbolic function 34,79,151
hypolimnion 15, 19,20,144
incipient limiting level 79-81, 85, 101, 102,
107,112,122, 125, 126, 129, 145, 146,
246-249, 255
incommensurable frequencies 198
individual growth 11,79,81,84,33
inedible algae 5,150,169,176,202,211
inflow 14, 16
influx 35, 46
ingestion rate 67, 77-82, 85,102,107,120,
121,126, 145, 146, 160, 168, 169, 171,
179,190,234,239,246,255,258
initial conditions 58, 69, 72, 75, 117, 123,
13~1~13~1.1~,1~1~1~
182,192,198,212,240,250,264
inoculum 123, 173, 182,252
inorganic phosphorus 22, 29, 49, 54, 160,
163,171-175,177,189,192
input concentration 122-125, 136, 140-147,
151,182,246-250,254,256
inset 135-137
inslar 65, 68-72, 74, 99,111,233
intermolt duration 65, 68, 71, 74
internal
equilibrium 125, 126, 132-136
stores 50, 53, 190, 191
interquartile range 41, 44, 45, 47
277
intrinsic rate of increase 100, 102-108, 110,
121
invariant selection 167, 169, 170, 177
invasion
by inedible species 4, 5,167,170-173,
177,211
of equilibrium 49, 123, 162-166, 171,
182,209,252
resistance 49, 170, 171, 175, 177,211
invertebrate predation 94,139,213
iron hydroxides 18
isocline analysis 52, 53,127-129, 131, 132,
154
iteroparous reproduction 65
juvenile mortality 95-97, 113
Jacobian matrix 192,250-257
Kstrategy48, 100, 159, 165
Keratelltl 108, 109
lake management 2,21
large cladoceran grazers 4, 11, Ill, 146
length-weight relationship 69, 233
Liebig's law 52, 179, 236
life
history 65,73,74,86,107,108,113
table 68, 71, 82, 94, 95, 102, 108, 112,
212,233,241
light limited growth 39, 40, 47
limit cycle 9,117,132-138, 141, 143, 153,
155,163-166,173,175-177,182-184,
194-196,200,263
linearized system 250
lipid 65,100
load decay 16-18,122,124,148
loading
criterion 4, 11, 144-146, 200
diagram 146-149, 155,210
local stability analysis 11, 122, 126, 132,
135,154,192,202,250-258
log-normal distribution 43, 44, 56, 109
logistic growth 48,71
lossrate 5, 30, 49, 76,102,107,122,126,
143,158-160,165-167,170,176,181,
208,211,234
Lotka-Volterra model 117-119, 158
luxury uptake 24
Lyapunovexponent 195, 198