Biology Reference
In-Depth Information
60/60
a
Fucus vesiculosus
(Kiel
fjord, Germany)
g
-Proteobacteria (22-33%)
Bacteroidetes (20-30%)
Verrucomicrobia (6-31%)
a
Octadecabacter
arcticus
(Rhodobacterales)
~20%
DGGE, CL
Cotton swab samples
Comparison of three algae
and seawater, summer and
winter samples
Lachnit et al. (
2011
)
-Proteobacteria (13-31%)
Planctomycetes (3-19%)
Cyanobacteria (2-17%)
Dictyota bartayresiana
(coral reef, Curacao,
Netherlands Antilles)
Unknown bacteria
(24-38%)
Cyanobacteria (18-33%)
Proteobacteria (31-34%)
Bacteroidetes (10%)
Various unclassified
bacteria
cyanobacteria
9,500,
16,300
PYR,
Direct tissue lysis
Comparison of four algae and
reef-building coral spp.
Barott et al. (
2011
)
50
d
/54
Chlorophyta
(Green algae)
Caulerpa taxifolia
a
-Proteobacteria
Bacteroidetes
d
-Proteobacteria
b
-Proteobacteria
Ruegeria
(Rhodobacter
group)
RFLP
CL
Direct tissue lysis
Geographical different
Caulerpa
specimen were
compared from
Mediterranean, Tahiti, the
Philippines and Australia
Meusnier et al. (
2001
)
Ulva compressa
Ulva intestinalis
(Cha˜aral Bay, Northern
Chile)
Bacteroidetes (49%)
a
-Proteobacteria (15%)
Verrucomicrobia (5%)
g
n.d.
79
TRFLP
CL
Sonication
Three algae and seawater
compared, seasonal effects,
copper pollution
Hengst et al. (
2010
)
-Proteobacteria (9%)
Ulva australis
(Bare Island, Botany Bay,
Sydney, Australia)
a
-Proteobacteria
Planctomycetes
Bacteroidetes
-,
d
- and
g
n.d.
197/25
CL-RFLP
DGGE
Direct tissue lysis
Comparison of three host
species (sponge, red and
green macroalgae)
Longford et al. (
2007
)
Ulva australis
(Shark Point, Clovelly,
NSW, Australia)
a
-Proteobacteria (70%)
Bacteroidetes (13%)
Roseobacter
clade
(47%)
34/28
DGGE
Bdseq
cFISH
Direct tissue lysis
Diversity and seasonal
dynamics, spatial distribution
Tujula et al. (
2010
)
5293
e
Ulva australis
(Bare Island, La Perouse
and Shark Point, Clovelly,
NSW, Australia
a
-Proteobacteria (54%)
Bacteroidetes (28%)
g
Unclassified
Rhodobacteraceae
(22%)
CL
Microbial cells released
from algal surface
Taxonomic in-depth analysis,
comparison to seawater
community
Burke et al. (
2011a
,
b
)
-Proteobacteria (8%)
Planctomycetes (3%)
Ulva prolifera
(Jiaozhou
Bay, Qingdao)
g
-Proteobacteria (23-53%)
a
Alteromonadales/
Glaciecola
192
DGGE
CL
cells released by shaking
Comparison of thallus-
surface bacterial community
composition and surrounding
seawater of algal bloom
region; two time points
Liu et al. (
2011
)
-Proteobacteria (28-35%)
CFB group (27%)
60/60
a
Ulva intestinalis
(Kiel fjord, Germany)
a
-Proteobacteria (41-71%)
Bacteroidetes (5-29%)
g
Phyllobacterium
(~14%)
(Rhizobiales)
DGGE
CL
Cotton swab samples
Comparison of three algae
and seawater, summer and
winter samples
Lachnit et al. (
2011
)
-Proteobacteria (7-15%)
OD1-ODP11-WS6-TM7
(5-13%)
