ANNUAL ACTIVITY REPORT - Instituto de Biologia da UFRJ

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the sea points, three or more images perpendicular to the land line in order to subsequently design mosaics (Figure 2). Results Determination of the land Image Reference Points (IRPs) e achievement of the land IRPs was done through the use of georeferenced base map. For determining the land Figure 2. Example of mosaic designed from IRP 16. 224 | Annual Activity Report 2010 S R Q T V U P W X O N M L K C D E B F G H I J A points a 10 m o -set line from the coastline was employed, towards the inside of the Peninsula, in order to bear tidal ranges. From that o -set line, several distances for establishing the points were tested, and it was concluded that to achieve a photographic scan of the entire Keller Peninsula 25 points would be ideal. e o -set line was divided into 25 georeferenced points equidistant from each other about 300 m straight (Figure 3). From that division were obtained IRPs from A to Y, where each has a speci c coordinate. a b Y10 Figure 3. a) Georeferenced IRPs equidistant from each other; b) detail of the referenced IRPs and 10 m off-set line. 10 J I 10 x: 427331 y: 3115614 x: 427272 y: 3115307
49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 20 21 22 23 3 2 1 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 a b x: 427219 y: 3115143 Figure 4. a) Georeferenced IRPs equidistant from each other; b) detail of the georeferenced IRPs and 100 m off-set line. Determination of the sea Image Reference Points (IRPs) e achievement of the sea IRPs was done through the use of the same georeferenced base map as used for the land IRPs. A er tests for determination of the sea points an o -set line 100 m away from the coastline was employed in order to bear every possible view of the Peninsula while not allowing overlap of the images. From that o -set line several distances were tested to determine the points, and it was concluded that to achieve a photographic scan of the entire Keller Peninsula 49 points would be su cient. en applied the same way of division as the land points thus resulting in 49 georeferenced points equidistant from each other about 160 m between them (Figure 4). From that division were obtained IRPs from 1 to 49, where each has 19 100 18 16 17 15 100 100 x: 427358 y: 3115236 x: 427463 y: 3115712 x: 427419 y: 3115546 x: 427440 y: 3115379 a speci c coordinate. Figure 5. Example of scheme for obtaining pictures (IRP 16). Science Highlights - Thematic Area 4 | 225
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ANNUAL ACTIVITY REPORT ISSN 2177-91
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National Institute of Science and T
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4 Presentation 10 Introduction 13 S
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y INCT-APA will contribute to influ
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e activities of this institute will
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Marcio M. B. Tenório Adriana G. Da
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these activities converge on the in
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THEMATIC AREA 1 ANTARCTIC ATMOSPHER
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model the dynamics of plumes of pol
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of anthracene, increased signi cant
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1 MONITORING OF ATMOSPHERIC CHANGES
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de Geogra a e Estatística (IBGE),
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Discussion and Conclusion e Sun is
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Moro, J.; Correia, E.; Denardini, C
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in-situ observations by rockets, op
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Figure 2. Temperature and OH(6-2) a
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References Bageston, J.V. (2010). C
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34 | Annual Activity Report 2010 a
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Table 1. Events of the Antarctic oz
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4 ATMOSPHERIC SO2 MEASUREMENTS AT T
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Figure 1. Daily average of the SO 2
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considered relatively high, taking
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5 MONITORING 44 | Annual Activity R
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Figure 1. Collect the air samples u
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6 CONSIDERING 48 | Annual Activity
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Figure 3. Back-trajectory model (Hy
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Figure 5. a) Total BTEX and b) Tota
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THEMATIC AREA 2 GLOBAL CHANGES ON T
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Figure 1. Thematic Area 2 fl owchar
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1 PLANT COMMUNITIES FROM ICE-FREE A
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Figure 2. Spatial disitribution of
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Acknowledgements is work was suppo
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hemisphere were chosen and samples
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and presenting distinct vegetation
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3 CONSERVATION STATUS OF PLANT COMM
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Table 2. The most frequent species
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Victoria, F.C. & Pereira, A.B. (200
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that enable the survival of these o
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76 | Annual Activity Report 2010 Gl
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5 78 | Annual Activity Report 2010
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used locations by these species, an
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6 DISTANCE 82 | Annual Activity Rep
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The association between Cape Petrel
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Rolland, V.; Nevoux, M.; Barbraud,
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Giant Petrel (SGP), and during this
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Conclusion More profound analyses a
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chick body-condition, which in uenc
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References Ensor, P.H. (1979). The
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Materials and Methods Study area e
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Figure 3. Nest attendance periods o
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THEMATIC AREA 3 IMPACT OF HUMAN ACT
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of Admiralty Bay (Tenenbaum et al.,
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y Richadson, in 1884, and Nototheni
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Tenenbaum, D.R.; Barreira-Alba, J.J
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1 PLANKTON STRUCTURE A IN SHALLOW C
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Figure 1. Study area (modifi ed fro
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1970s, 1980s and 1990s, when densit
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Moura, R.B. (2009). Estudo taxonôm
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Materials and Methods Study area Ad
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increase of picoplankton contributi
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Kopczynska, E.E. (2008). Phytoplank
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2) the warming of seawater southwar
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Table 1. List of genera (number of
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4 EFFECT OF TEMPERATURE, SALINITY A
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Figure 1. Plasma levels of chloride
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References Barnes, D.K.A.; Fuentes,
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cation is Mn 2+ , though Co 2+ and
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Figure 3. Effect of metallic cation
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Keil, S.; de Broyer, C. & Zauke, G.
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2002/2003) and depth-related variab
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Acknowledgements e authors would l
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N. neglecta are the same species (K
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distinct species, while there was n
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(algae and bacteria) and 24-metil-c
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148 | Annual Activity Report 2010 A
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9 BACKGROUND 150 | Annual Activity
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Table 1. Concentration (in µg.g -1
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References Colombo, J.C.; Pelletier
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Material and Methods Study area Pen
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Figure 2. Mean value of four pairs
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Acknowledgements Liziane M. M. Cesc
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11 OCCURRENCE 162 | Annual Activity
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Table 2. Location and depth of sedi
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found to be widespread in Martel in
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Figure 1. Gastropod Nacella concinn
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References Favero, M.; Silva, P. &
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in seven areas of Martel Inlet, Adm
Page 176 and 177: Figure 3. Relative percentage of me
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Page 182 and 183: Figure 5. a) Mean density (+SD) var
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Page 186 and 187: Figure 2. Dispersion graphics for
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Page 192 and 193: Figure 3. Admiralty Bay (King Georg
Page 194 and 195: this alga (Wasley et al., 2006). e
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Page 198 and 199: Figure 1. Biogeographical regions o
Page 200 and 201: References Carlton, J.T. (2000). Gl
Page 202 and 203: THEMATIC AREA 4 ENVIRONMENTAL MANAG
Page 204 and 205: Figure 1. Thematic Area 4 fl owchar
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Page 208 and 209: in the activities undertaken at the
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Page 212 and 213: Figure 5. Diversity of bacteria (a)
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Page 218 and 219: Acknowledgements We thank the FAPES
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Page 222 and 223: production of polyurethane and poly
Page 224 and 225: 5 METHODOLOGY 222 | Annual Activity
Page 228 and 229: Figure 6. Model of panoramic image
Page 230 and 231: EDUCATION AND OUTREACH ACTIVITIES T
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Page 234 and 235: FACTS AND FIGURES Human Resources:
Page 236 and 237: PUBLICATIONS Book Chapters Campos,
Page 238 and 239: Sicinski, J., Jazdzewski, K., De Br
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Page 244: Support Collaborations
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ANNUAL ACTIVITY REPORT - Instituto de Biologia da UFRJ

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