Chapter 1 - Núria BONADA

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0 SOLIDS 0 P-PHOSPHATES 0 AMMONIUM 0 SULPHATES OXYGEN 1 0 CHLORIDE 0 SOLIDS 0 SOLIDS 0 P-PHOSPHATES OXYGEN 1 0 CHLORIDE 0 P-PHOSPHATES 0 AMMONIUM OXYGEN 1 0 CHLORIDE 319 0 AMMONIUM Sericostomatidae Local scale: Optimums and tolerances in Trichoptera 0 SULPHATES 0 SULPHATES 0 SOLIDS 0 P-PHOSPHATES 0 AMMONIUM 0 SULPHATES OXYGEN 1 0 CHLORIDE Hydroptilidae Lepidostomatidae Leptoceridae OXYGEN 1 0 CHLORIDE OXYGEN 1 0 SOLIDS 0 SOLIDS 0 SOLIDS 0 P-PHOSPHATES 0 P-PHOSPHATES 0 AMMONIUM 0 SULPHATES OXYGEN 1 0 SOLIDS 0 P-PHOSPHATES 0 AMMONIUM 0 SULPHATES 0 CHLORIDE 0 SOLIDS 0 P-PHOSPHATES 0 AMMONIUM 0 SULPHATES OXYGEN 1 0 CHLORIDE Limnephilidae Odontoceridae Philopotamidae 0 P-PHOSPHATES 0 AMMONIUM OXYGEN 1 0 CHLORIDE Brachycentridae 0 AMMONIUM 0 SULPHATES 0 SULPHATES 0 CHLORIDE OXYGEN 1 0 SOLIDS 0 SOLIDS 0 P-PHOSPHATES 0 P-PHOSPHATES 0 AMMONIUM 0 SULPHATES 0 CHLORIDE Polycentropodidae Psychomyiidae Rhyacophilidae 0 AMMONIUM OXYGEN 1 0 CHLORIDE Glossosomatidae 0 SULPHATES OXYGEN 1 OXYGEN 1 0 SOLIDS 0 SOLIDS 0 P-PHOSPHATES 0 P-PHOSPHATES 0 AMMONIUM 0 AMMONIUM Hydropsychidae Figure 7. Ecological profiles for caddisfly families. Only oxygen, suspended solids (solids), P-phosphates, ammonium, sulphates and chloride are plotted. 0 SULPHATES 0 SULPHATES 0 CHLORIDE 0 CHLORIDE
<strong>Chapter</strong> 8 OXYGEN 1 0 SOLIDS OXYGEN 1 0 CHLORIDE 0 SOLIDS 0 SOLIDS 0 P-PHOSPHATES 0 AMMONIUM H. infernalis 0 SULPHATES 0 CHLORIDE OXYGEN 1 0 CHLORIDE 0 SOLIDS 0 SOLIDS 0 P-PHOSPHATES 0 P-PHOSPHATES H. brevis 0 AMMONIUM H. exocellata 0 P-PHOSPHATES 0 P-PHOSPHATES 0 AMMONIUM 0 AMMONIUM 0 SULPHATES 0 SULPHATES OXYGEN 1 0 CHLORIDE P. montanus 0 AMMONIUM OXYGEN 1 0 CHLORIDE Hydroptila sp. 0 SULPHATES 0 SULPHATES OXYGEN 1 0 SOLIDS 0 P-PHOSPHATES 0 AMMONIUM 0 SULPHATES OXYGEN 1 0 CHLORIDE 0 SOLIDS C. lepida 0 P-PHOSPHATES 0 AMMONIUM 0 SULPHATES OXYGEN 1 0 CHLORIDE OXYGEN 1 0 SOLIDS 0 SOLIDS 0 SOLIDS 0 P-PHOSPHATES 0 AMMONIUM H. gr. pellucidula H. instabilis 0 P-PHOSPHATES 0 P-PHOSPHATES 0 AMMONIUM C. marginata 0 AMMONIUM 0 SULPHATES 0 CHLORIDE OXYGEN 1 0 CHLORIDE Ithytrichia sp. 0 SULPHATES 0 CHLORIDE 0 SULPHATES OXYGEN 1 0 CHLORIDE OXYGEN 1 OXYGEN 1 OXYGEN 1 0 SOLIDS 0 SOLIDS 0 SOLIDS 0 SOLIDS 0 P-PHOSPHATES 0 P-PHOSPHATES 0 P-PHOSPHATES 0 P-PHOSPHATES H. sp1 0 AMMONIUM H. siltalai 0 AMMONIUM 0 AMMONIUM H. dinarica 0 AMMONIUM Agapetus sp. Figure 8. Ecological profiles for caddisfly genus/species grouped by families. Only oxygen, suspended solids (solids), P-phosphates, ammonium, sulphates and chloride are plotted. 320 0 SULPHATES 0 SULPHATES 0 CHLORIDE 0 SULPHATES 0 CHLORIDE 0 SULPHATES 0 CHLORIDE
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Departament d’Ecologia Facultat d
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Als rius
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Agraïments Ara que miro enrera, me
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Als companys del GUADALMED per have
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Chapter 6 ─ Trichoptera (insecta)
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Resum Hi ha cinc regions en el món
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Resum Factors històrics Factors ec
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Resum METODOLOGIA CAPÍTOL 1: Un pr
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Resum Capítol 1. De manera general
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Resum conca Mediterrània (65% de s
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Resum importants al sud-oest austra
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Resum Els resultats mostraren que l
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Resum No s’han trobat diferèncie
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Resum OBJECTIUS Capítol 6 Presenta
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Resum comunitats de tricòpters tro
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Resum elevades salinitats (probable
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Resum d’asimetria fluctuant i, pe
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Brief introduction and objectives T
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Brief introduction and objectives H
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Brief introduction and objectives 3
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Chapter 1 (Karr, 1981, 1996) using
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Chapter 1 Figure 1. Segura basin an
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Chapter 1 PROTOCOL 2: The samples c
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Chapter 1 Macroinvertebrates: effec
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Chapter 1 % similarity Figure 4. De
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Chapter 1 number of taxa ISASPT 28
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Chapter 1 are some differences in t
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Chapter 1 results got in the field
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Chapter 1 The more appropriate taxo
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Chapter 1 Protocol 1. Non-reference
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Chapter 1 CORKUM, L. D. (1989). Pat
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Chapter 1 RESH , V. H.; NORRIS, R.
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Chapter 1 Annex 1. List of taxa fou
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Chapter 2 The organisms more used t
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Chapter 2 Palmiet basins were selec
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Chapter 2 calcareous and sedimentar
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Chapter 2 Similarities and differen
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Chapter 2 1 0 -1 Spain B24-RLB24-SV
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Chapter 2 200 160 120 80 40 0 40 30
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Chapter 2 macroinvertebrate fauna o
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Chapter 2 methodology yield better
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Chapter 2 VIDAL-ABARCA, M.R.; VIVAS
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Chapter 2 NORRIS, R. H. & GEOREGES,
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Chapter 2 82
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Chapter 3 whereas summers are hot w
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Chapter 3 When first explorers arri
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Chapter 3 stream in the most humit
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Chapter 3 studies at multiple scale
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Chapter 3 ecoregion; 4 in “Northe
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Chapter 3 Project was to establish
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Chapter 3 condition this method is
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Chapter 3 Table 2. Exclusive and ub
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Chapter 3 Chile and SAustralia have
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Chapter 3 Differences between all s
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Chapter 3 the abundants Caenidae, H
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Chapter 3 Mean of % relative abunda
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Chapter 3 For the rest of med-regio
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Chapter 3 The values of IV-values f
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Chapter 3 Temporary sites are chara
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Chapter 3 but not for MedBasin and
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Chapter 3 Table 9. IndVal results b
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Chapter 3 CALIFORNIA 70.8% MEDBASIN
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Chapter 3 Geological connexions Com
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Chapter 3 In spite of these observe
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Chapter 3 multivoltine life cycles
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Chapter 3 intermittency, flood freq
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Chapter 3 Other convergences and di
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Chapter 3 BALL, I. R. (1975). Natur
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Chapter 3 DE MOOR, F. C. (1992). a.
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Chapter 3 GENTILLI, J. (1989). Clim
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Chapter 3 LOGAN, P. & BROOKER, M. P
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Chapter 3 PRAT, N. 1993. El futuro
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Chapter 3 Minshall, G. W. (eds.). S
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Chapter 3 Annex 1. Presence and abs
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Chapter 3 California MedBasin Chile
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Chapter 3 Plate 1. Characteristics
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Chapter 4 Lake, 1992; Cooper et al.
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Chapter 4 Coastal Ranges SAN FRANCI
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Chapter 4 IndVal method (Dufrêne &
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Chapter 4 the bottom have a similar
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Chapter 4 Figure 4. Bray-Curtis clu
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Chapter 4 because methodologies, sa
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Chapter 4 mediterranean areas in th
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Chapter 4 DELUCCHI, C. M. (1989). M
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Chapter 4 168
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Chapter 5 distribution of organisms
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Chapter 5 & Allan, 1995). The level
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Chapter 5 samples were preserved wi
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Chapter 5 Data analysis Seasonal ch
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Chapter 5 Macroinvertebrates and te
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Chapter 5 As a change in the flow c
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Chapter 5 2 1 0 -1 -2 1 0 -1 -2 Ca
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Chapter 5 number of taxa 45 40 35 3
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Chapter 5 Results from the 4 th Cor
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Chapter 5 flow species”. They dis
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Chapter 5 As Townsend and Hildrew (
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Chapter 5 a mix of riffles/pool/cor
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Chapter 5 Although natural disturba
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Chapter 5 GRAY, L. J.; FISHER, S. G
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Chapter 5 RESH, V. H.; JACKSON, J.
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Chapter 5 Annex 1. Physical structu
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Chapter 5 Annex 3. Biological trait
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Chapter 5 Annex 5. Maximum affinity
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Chapter 6 high number of endemic sp
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Chapter 6 Checklist structure and t
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Chapter 6 This species has been rec
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Chapter 6 DISTRIBUTION AND ECOLOGY
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Chapter 6 11- Rhyacophila pascoei M
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Chapter 6 1984), specially to suspe
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Chapter 6 This species can be found
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Chapter 6 Figure 3. Cephalic head f
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Chapter 6 47- Tinodes maclachlani K
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Chapter 6 64- Drusus rectus (McLach
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Chapter 6 pieces of litter arranged
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Chapter 6 Tordera Basin: ToM6, ToM7
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Chapter 6 Although M. aspersus have
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Chapter 6 Superfamily LEPTOCEROIDEA
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Chapter 6 TRIBU Triaenodini Morse,
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Chapter 6 Schizopelex McLachlan, 18
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Chapter 6 present a European distri
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Chapter 6 REFERENCES BALLETTO, E. &
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Chapter 6 PRAT, N.; PUIG, M. A. & G
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Chapter 6 Annex 1. Sampling sites w
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Chapter 6 MIJARES BASIN TURIA BASIN
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Chapter 6 GUADALQUIVIR BASIN Site c
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Chapter 7 (e.g., Ormerod & Edwards,
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Chapter 7 Figure 1. Basins sampled
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Chapter 7 taken until no more famil
Page 281 and 282: Chapter 7 Geomorphological variable
Page 283 and 284: Chapter 7 Seasonal changes in caddi
Page 285 and 286: Chapter 7 Table 2. Maximum abundanc
Page 287 and 288: Chapter 7 headwaters at high altitu
Page 289 and 290: Chapter 7 Table 4. Pearson correlat
Page 291 and 292: Chapter 7 X 2 axis X 3 axis 3 2 1 0
Page 293 and 294: Chapter 7 280 WILK'S LAMBDA CONDUCT
Page 295 and 296: Chapter 7 midstreams with a mix of
Page 297 and 298: Chapter 7 high significant of each
Page 299 and 300: Chapter 7 % of total variation % of
Page 301 and 302: Chapter 7 Geology has been consider
Page 303 and 304: Chapter 7 Although the large set of
Page 305 and 306: Chapter 7 AUSTIN, M. P., & GREIG-SM
Page 307 and 308: Chapter 7 RIERADEVALL, M.; SÁINZ-C
Page 309 and 310: Chapter 7 POWER, M. E.; STOUT, R. J
Page 311 and 312: Chapter 7 ZAMORA-MUÑOZ, C.; ALBA-T
Page 313 and 314: Chapter 7 * Type of the riparian ha
Page 315 and 316: Chapter 7 Annex 3. Taxa’s codes C
Page 317 and 318: Chapter 8 & Higler, 1992). Ecologic
Page 319 and 320: Chapter 8 Spain France Town Mountai
Page 321 and 322: Chapter 8 depending on their degree
Page 323 and 324: Chapter 8 Optimum and Tolerances fr
Page 325 and 326: Chapter 8 abundance over 100 but ca
Page 327 and 328: Chapter 8 O&T for IBMWP O&T for QBR
Page 329 and 330: Chapter 8 O&T for SS O&T for SULPHA
Page 331: Chapter 8 The two species of Potamo
Page 335 and 336: Chapter 8 OXYGEN 1 0 SOLIDS 0 P-PHO
Page 337 and 338: Chapter 8 DISCUSSION The wide range
Page 339 and 340: Chapter 8 incorporated, indexes at
Page 341 and 342: Chapter 8 DOHET, A. (2002). Are cad
Page 343 and 344: Chapter 8 SUÁR Segura. TER B 1. TO
Page 345 and 346: Chapter 8 Annex 1. List of caddisfl
Page 347 and 348: Chapter 8 334
Page 349 and 350: Chapter 9 about the effect of envir
Page 351 and 352: Chapter 9 SPAIN FRANCE Pyrenees Med
Page 353 and 354: Chapter 9 influenced by salinity be
Page 355 and 356: Chapter 9 depending on the trait. A
Page 357 and 358: Chapter 9 Similarly to levels of FA
Page 359 and 360: Chapter 9 mix of individuals with l
Page 361 and 362: Chapter 9 Macroinvertebrates and Fi
Page 363 and 364: Chapter 9 MERILÄ, J. & BJORKLUND,
Page 365 and 366: Chapter 9 Annex 1. Values of mean (
Page 367 and 368: Conclusions 4. Responses to tempora
Page 369 and 370: Conclusions 356
Page 371 and 372: Conclusions 358
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Chapter 1 - Núria BONADA

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