1
Procvi£ování 12 - výsledky
1. Naimportujte data...
2. Vytvo°te zkratky...
## Loading required package: permute
## Loading required package: lattice
## This is vegan 2.0-10
3. Rank abundance plot.
Micrsp Thieinde Tanybrun PolyGr.1 Pararufi Ablasp ParaGr
0500100015002000
4. Jedinci v pod£eledích.
## Diamesinae Chironominae Orthocladiinae Prodiamesinae Tanypodinae
## 58 4929 6189 147 545
5. Dataframe subfam.
## froude chir orth tanypod
## s01 0.139193 41 92 6
## s02 0.175951 64 323 18
## s03 0.140536 55 80 10
## s04 0.046165 55 110 18
## s05 0.051925 100 327 62
## s06 0.070242 134 405 65
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## s07 0.296715 19 232 7
## s08 0.427528 5 141 0
## s09 0.329023 14 202 3
## s10 0.407331 22 187 0
## s11 0.219511 14 163 3
## s12 0.522477 149 297 1
## s13 0.065500 378 102 83
## s14 0.181655 38 109 3
## s15 0.299809 337 368 17
## s16 0.167799 7 114 1
## s17 0.135520 13 226 4
## s18 0.242733 103 452 3
## s19 0.039662 47 135 16
## s20 0.476675 57 139 21
## s21 0.507082 195 1227 2
## s22 0.134698 49 59 13
## s23 0.127380 47 92 6
## s24 0.558432 268 395 6
## s25 0.539509 14 31 1
## s26 0.001813 2530 107 139
## s27 0.020319 174 74 37
6. Dataframe subfam s prom¥nnou hab.
## froude chir orth tanypod hab
## s01 0.139193 41 92 6 P
## s02 0.175951 64 323 18 P
## s03 0.140536 55 80 10 P
## s04 0.046165 55 110 18 OM
## s05 0.051925 100 327 62 OM
## s06 0.070242 134 405 65 OM
## s07 0.296715 19 232 7 R
## s08 0.427528 5 141 0 R
## s09 0.329023 14 202 3 R
## s10 0.407331 22 187 0 VEG
## s11 0.219511 14 163 3 VEG
## s12 0.522477 149 297 1 VEG
## s13 0.065500 378 102 83 OM
## s14 0.181655 38 109 3 P
## s15 0.299809 337 368 17 VEG
## s16 0.167799 7 114 1 P
## s17 0.135520 13 226 4 P
## s18 0.242733 103 452 3 VEG
## s19 0.039662 47 135 16 P
## s20 0.476675 57 139 21 R
## s21 0.507082 195 1227 2 VEG
## s22 0.134698 49 59 13 P
## s23 0.127380 47 92 6 P
## s24 0.558432 268 395 6 VEG
## s25 0.539509 14 31 1 R
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## s26 0.001813 2530 107 139 OM
## s27 0.020319 174 74 37 OM
7. Rozd¥lte si gracké okno na 3 oddíly.
8. Bodový graf abundancí pod£eledí proti Froudeho £íslu.
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chir
subfam$froude
log1p(subfam[,i])
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orth
subfam$froude
log1p(subfam[,i])
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subfam$froude
log1p(subfam[,i])
9. Bodový graf abundancí pod£eledí proti Froudeho £íslu s odli²enými habitaty.
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subfam$froude
log1p(subfam[,i])
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subfam$froude
log1p(subfam[,i])
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subfam$froude
log1p(subfam[,i])
10. Se°a¤te úrovn¥ faktoru hab.
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OM P VEG R
0.00.20.4
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froude
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11. Boxplot abundancí pod£eledí proti habitatu.
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subfam$hab
log1p(subfam[,i])
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orth
subfam$hab
log1p(subfam[,i])
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tanypod
subfam$hab
log1p(subfam[,i])