BGD - EFFECTS OF OCEAN ACIDIFICATION ON THE LARVAL GROWTH Abstract. Little is known about how marine fishes respond to the reduced pH condition caused by the increased CO 2 in the atmosphere. We investigated the effects of CO 2 concentra INTERACTIVE COMMENT ON “SPECIFIC RATES OF LEUCINE BGD 7, C4012–C4020, 2010 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 7, C4012–C4020, 2010 INTERACTIVE COMMENT ON “ESTIMATING GLOBAL CARBON UPTAKE BY BGD 10, C1114–C1117, 2013 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 10, C1114–C1117, 2013 INTERACTIVE COMMENT “DIRECT OBSERVATION OF BGD 10, C1612–C1615, 2013 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper extension in the central pacific, we RECEIVED AND PUBLISHED: 25 OCTOBER 2012 meaningfully. Much to my regret I therefore cannot recommend to publish the study in Biogeosciences, although, apart from the way of parameterization the whole study is RECEIVED AND PUBLISHED: 25 APRIL 2015 over anaerobic landscapes (considered from a full circum-Arctic perspective), we as-sume that any increase in the area of anaerobic pools (wetland or thermokarst lake) will THANKS TO THE REFEREES’ COMMENTS, THE DISCUSSION AND, IN Reply: At all stations, in situ oxygen concentrations were above 90% saturation. Hence, the potential change of oxygen due to air bubbling was minimal. Therefore, the bubbling in cores designed for microsensors measurements was lightly performed, using a fine air

bubble

INTERACTIVE COMMENT ON “MODELING THE IMPACT OF SOIL BGD 9, C7639–C7642, 2013 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 9, C7639–C7642, 2013 INTERACTIVE COMMENT ON NITROGEN CYCLING IN know anything more about N cycling in models than I did before. I feel, the results from these models need to be analyzed and reported in a much more clever way to provide

TRICHODESMIUM

Dupouy and coauthors have proposed a rather intriguing approach to detecting Trichodesmium using satellite derived ocean color data. This is an important problem that has vexed the community for a long time and every new approach BGD - EFFECTS OF OCEAN ACIDIFICATION ON THE LARVAL GROWTH Abstract. Little is known about how marine fishes respond to the reduced pH condition caused by the increased CO 2 in the atmosphere. We investigated the effects of CO 2 concentra INTERACTIVE COMMENT ON “SPECIFIC RATES OF LEUCINE BGD 7, C4012–C4020, 2010 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 7, C4012–C4020, 2010 INTERACTIVE COMMENT ON “ESTIMATING GLOBAL CARBON UPTAKE BY BGD 10, C1114–C1117, 2013 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 10, C1114–C1117, 2013 INTERACTIVE COMMENT “DIRECT OBSERVATION OF BGD 10, C1612–C1615, 2013 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper extension in the central pacific, we RECEIVED AND PUBLISHED: 25 OCTOBER 2012 meaningfully. Much to my regret I therefore cannot recommend to publish the study in Biogeosciences, although, apart from the way of parameterization the whole study is RECEIVED AND PUBLISHED: 25 APRIL 2015 over anaerobic landscapes (considered from a full circum-Arctic perspective), we as-sume that any increase in the area of anaerobic pools (wetland or thermokarst lake) will THANKS TO THE REFEREES’ COMMENTS, THE DISCUSSION AND, IN Reply: At all stations, in situ oxygen concentrations were above 90% saturation. Hence, the potential change of oxygen due to air bubbling was minimal. Therefore, the bubbling in cores designed for microsensors measurements was lightly performed, using a fine air

bubble

INTERACTIVE COMMENT ON “MODELING THE IMPACT OF SOIL BGD 9, C7639–C7642, 2013 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 9, C7639–C7642, 2013 INTERACTIVE COMMENT ON NITROGEN CYCLING IN know anything more about N cycling in models than I did before. I feel, the results from these models need to be analyzed and reported in a much more clever way to provide

TRICHODESMIUM

Dupouy and coauthors have proposed a rather intriguing approach to detecting Trichodesmium using satellite derived ocean color data. This is an important problem that has vexed the community for a long time and every new approach BGD - EFFECTS OF OCEAN ACIDIFICATION ON THE LARVAL GROWTH Abstract. Little is known about how marine fishes respond to the reduced pH condition caused by the increased CO 2 in the atmosphere. We investigated the effects of CO 2 concentra INTERACTIVE COMMENT ON “SPECIFIC RATES OF LEUCINE BGD 7, C4012–C4020, 2010 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 7, C4012–C4020, 2010 INTERACTIVE COMMENT ON “ESTIMATING GLOBAL CARBON UPTAKE BY BGD 10, C1114–C1117, 2013 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 10, C1114–C1117, 2013 INTERACTIVE COMMENT “DIRECT OBSERVATION OF BGD 10, C1612–C1615, 2013 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper extension in the central pacific, we RECEIVED AND PUBLISHED: 25 OCTOBER 2012 meaningfully. Much to my regret I therefore cannot recommend to publish the study in Biogeosciences, although, apart from the way of parameterization the whole study is RECEIVED AND PUBLISHED: 25 APRIL 2015 over anaerobic landscapes (considered from a full circum-Arctic perspective), we as-sume that any increase in the area of anaerobic pools (wetland or thermokarst lake) will THANKS TO THE REFEREES’ COMMENTS, THE DISCUSSION AND, IN Reply: At all stations, in situ oxygen concentrations were above 90% saturation. Hence, the potential change of oxygen due to air bubbling was minimal. Therefore, the bubbling in cores designed for microsensors measurements was lightly performed, using a fine air

bubble

INTERACTIVE COMMENT ON “MODELING THE IMPACT OF SOIL BGD 9, C7639–C7642, 2013 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 9, C7639–C7642, 2013 INTERACTIVE COMMENT ON NITROGEN CYCLING IN know anything more about N cycling in models than I did before. I feel, the results from these models need to be analyzed and reported in a much more clever way to provide

TRICHODESMIUM

Dupouy and coauthors have proposed a rather intriguing approach to detecting Trichodesmium using satellite derived ocean color data. This is an important problem that has vexed the community for a long time and every new approach BGD - EFFECTS OF OCEAN ACIDIFICATION ON THE LARVAL GROWTH Abstract. Little is known about how marine fishes respond to the reduced pH condition caused by the increased CO 2 in the atmosphere. We investigated the effects of CO 2 concentra INTERACTIVE COMMENT ON “SPECIFIC RATES OF LEUCINE BGD 7, C4012–C4020, 2010 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 7, C4012–C4020, 2010 INTERACTIVE COMMENT ON “ESTIMATING GLOBAL CARBON UPTAKE BY BGD 10, C1114–C1117, 2013 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 10, C1114–C1117, 2013 INTERACTIVE COMMENT ON “MODELING THE IMPACT OF SOIL BGD 9, C7639–C7642, 2013 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 9, C7639–C7642, 2013 INTERACTIVE COMMENT “DYNAMICS OF GLOBAL ATMOSPHERIC CO BGD 11, C7629–C7631, 2014 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 11, C7629–C7631, 2014 INTERACTIVE COMMENT ON “USE OF LABORATORY AND REMOTE BGD 5, S2842–S2845, 2009 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 5, S2842–S2845, 2009 THANKS TO THE REFEREES’ COMMENTS, THE DISCUSSION AND, IN Reply: At all stations, in situ oxygen concentrations were above 90% saturation. Hence, the potential change of oxygen due to air bubbling was minimal. Therefore, the bubbling in cores designed for microsensors measurements was lightly performed, using a fine air

bubble

INTERACTIVE COMMENT ON NITROGEN CYCLING IN know anything more about N cycling in models than I did before. I feel, the results from these models need to be analyzed and reported in a much more clever way to provide RECEIVED AND PUBLISHED: 25 APRIL 2015 over anaerobic landscapes (considered from a full circum-Arctic perspective), we as-sume that any increase in the area of anaerobic pools (wetland or thermokarst lake) will

TRICHODESMIUM

Dupouy and coauthors have proposed a rather intriguing approach to detecting Trichodesmium using satellite derived ocean color data. This is an important problem that has vexed the community for a long time and every new approach BGD - EFFECTS OF OCEAN ACIDIFICATION ON THE LARVAL GROWTH Abstract. Little is known about how marine fishes respond to the reduced pH condition caused by the increased CO 2 in the atmosphere. We investigated the effects of CO 2 concentra INTERACTIVE COMMENT ON “SPECIFIC RATES OF LEUCINE BGD 7, C4012–C4020, 2010 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 7, C4012–C4020, 2010 INTERACTIVE COMMENT ON “ESTIMATING GLOBAL CARBON UPTAKE BY BGD 10, C1114–C1117, 2013 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 10, C1114–C1117, 2013 INTERACTIVE COMMENT ON “MODELING THE IMPACT OF SOIL BGD 9, C7639–C7642, 2013 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 9, C7639–C7642, 2013 INTERACTIVE COMMENT “DYNAMICS OF GLOBAL ATMOSPHERIC CO BGD 11, C7629–C7631, 2014 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 11, C7629–C7631, 2014 INTERACTIVE COMMENT ON “USE OF LABORATORY AND REMOTE BGD 5, S2842–S2845, 2009 Interactive Comment Full Screen / Esc Printer-friendly Version Interactive Discussion Discussion Paper Biogeosciences Discuss., 5, S2842–S2845, 2009 THANKS TO THE REFEREES’ COMMENTS, THE DISCUSSION AND, IN Reply: At all stations, in situ oxygen concentrations were above 90% saturation. Hence, the potential change of oxygen due to air bubbling was minimal. Therefore, the bubbling in cores designed for microsensors measurements was lightly performed, using a fine air

bubble

INTERACTIVE COMMENT ON NITROGEN CYCLING IN know anything more about N cycling in models than I did before. I feel, the results from these models need to be analyzed and reported in a much more clever way to provide RECEIVED AND PUBLISHED: 25 APRIL 2015 over anaerobic landscapes (considered from a full circum-Arctic perspective), we as-sume that any increase in the area of anaerobic pools (wetland or thermokarst lake) will

TRICHODESMIUM

Dupouy and coauthors have proposed a rather intriguing approach to detecting Trichodesmium using satellite derived ocean color data. This is an important problem that has vexed the community for a long time and every new approach

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The following lists the final revised papers grouped in their volumes and issues. Their corresponding discussion papers and discussion comments are shown alongside the articles. Volume 17, 2020 | List of editors

* Issue 1 , pages

1–101

Volume 16, 2019 | List of editors

| List of referees

* Issue 24 , pages

4747–4888

* Issue 23 , pages

4535–4745

* Issue 22 , pages

4321–4533

* Issue 21 , pages

4145–4320

* Issue 20 , pages

3959–4144

* Issue 19 , pages

3679–3958

* Issue 18 , pages

3475–3678

* Issue 17 , pages

3297–3474

* Issue 16 , pages

3113–3296

* Issue 15 , pages

2937–3111

* Issue 14 , pages

2795–2936

* Issue 13 , pages

2543–2793

* Issue 12 , pages

2423–2542

* Issue 11 , pages

2247–2421

* Issue 10 , pages

2095–2246

* Issue 9 , pages

1865–2093

* Issue 8 , pages

1641–1863

* Issue 7 , pages

1381–1640

* Issue 6 , pages

1097–1380

* Issue 5 , pages

961–1096

* Issue 4 , pages

847–960

* Issue 3 , pages

663–846

* Issue 2 , pages

193–661

* Issue 1 , pages

1–191

Volume 15, 2018 | List of editors

| List of referees

* Issue 24 , pages

7379–7504

* Issue 23 , pages

7059–7377

* Issue 22 , pages

6761–7057

* Issue 21 , pages

6371–6759

* Issue 20 , pages

5991–6369

* Issue 19 , pages

5745–5989

* Issue 18 , pages

5503–5744

* Issue 17 , pages

5287–5502

* Issue 16 , pages

4849–5286

* Issue 15 , pages

4683–4848

* Issue 14 , pages

4301–4682

* Issue 13 , pages

3937–4299

* Issue 12 , pages

3625–3936

* Issue 11 , pages

3277–3624

* Issue 10 , pages

3071–3276

* Issue 9 , pages

2587–3069

* Issue 8 , pages

2271–2585

* Issue 7 , pages

1895–2269

* Issue 6 , pages

1643–1894

* Issue 5 , pages

1273–1641

* Issue 4 , pages

973–1271

* Issue 3 , pages

693–971

* Issue 2 , pages

399–691

* Issue 1 , pages

1–397

Volume 14, 2017 | List of editors

| List of referees

* Issue 24 , pages

5633–5804

* Issue 23 , pages

5281–5632

* Issue 22 , pages

5015–5280

* Issue 21 , pages

4829–5014

* Issue 20 , pages

4563–4827

* Issue 19 , pages

4423–4561

* Issue 18 , pages

3995–4422

* Issue 17 , pages

3859–3994

* Issue 16 , pages

3763–3858

* Issue 15 , pages

3615–3762

* Issue 14 , pages

3387–3613

* Issue 13 , pages

3171–3385

* Issue 12 , pages

2903–3169

* Issue 11 , pages

2715–2902

* Issue 10 , pages

2571–2714

* Issue 9 , pages

2245–2570

* Issue 8 , pages

2019–2244

* Issue 7 , pages

1773–2017

* Issue 6 , pages

1349–1772

* Issue 5 , pages

1039–1348

* Issue 4 , pages

751–1038

* Issue 3 , pages

497–749

* Issue 2 , pages

257–495

* Issue 1 , pages

1–255

Volume 13, 2016 | List of editors

| List of referees

* Issue 24 , pages

6519–6698

* Issue 23 , pages

6363–6518

* Issue 22 , pages

6121–6362

* Issue 21 , pages

5895–6119

* Issue 20 , pages

5697–5894

* Issue 19 , pages

5433–5696

* Issue 18 , pages

5139–5432

* Issue 17 , pages

4863–5137

* Issue 16 , pages

4615–4861

* Issue 15 , pages

4315–4613

* Issue 14 , pages

4065–4313

* Issue 13 , pages

3847–4064

* Issue 12 , pages

3519–3846

* Issue 11 , pages

3187–3517

* Issue 10 , pages

2873–3186

* Issue 9 , pages

2623–2872

* Issue 8 , pages

2221–2621

* Issue 7 , pages

1991–2219

* Issue 6 , pages

1723–1989

* Issue 5 , pages

1367–1722

* Issue 4 , pages

887–1365

* Issue 3 , pages

625–885

* Issue 2 , pages

365–624

* Issue 1 , pages

1–363

Volume 12, 2015 | List of editors

| List of referees

* Issue 24 , pages

7379–7547

* Issue 23 , pages

6837–7377

* Issue 22 , pages

6529–6836

* Issue 21 , pages

6259–6528

* Issue 20 , pages

5899–6258

* Issue 19 , pages

5567–5897

* Issue 18 , pages

5261–5566

* Issue 17 , pages

5161–5260

* Issue 16 , pages

4861–5160

* Issue 15 , pages

4565–4860

* Issue 14 , pages

4195–4563

* Issue 13 , pages

3941–4194

* Issue 12 , pages

3665–3940

* Issue 11 , pages

3141–3664

* Issue 10 , pages

2831–3140

* Issue 9 , pages

2607–2829

* Issue 8 , pages

2285–2605

* Issue 7 , pages

2063–2283

* Issue 6 , pages

1635–2061

* Issue 5 , pages

1285–1634

* Issue 4 , pages

905–1284

* Issue 3 , pages

637–903

* Issue 2 , pages

281–635

* Issue 1 , pages

1–279

Volume 11, 2014 | List of editors

| List of referees

* Issue 24 , pages

7097–7382

* Issue 23 , pages

6509–7095

* Issue 22 , pages

6187–6507

* Issue 21 , pages

6003–6185

* Issue 20 , pages

5657–6001

* Issue 19 , pages

5269–5655

* Issue 18 , pages

4925–5267

* Issue 17 , pages

4587–4924

* Issue 16 , pages

4289–4586

* Issue 15 , pages

4039–4288

* Issue 14 , pages

3721–4038

* Issue 13 , pages

3421–3719

* Issue 12 , pages

3095–3419

* Issue 11 , pages

2897–3093

* Issue 10 , pages

2561–2895

* Issue 9 , pages

2443–2560

* Issue 8 , pages

2113–2442

* Issue 7 , pages

1693–2111

* Issue 6 , pages

1449–1692

* Issue 5 , pages

1319–1447

* Issue 4 , pages

899–1317

* Issue 3 , pages

539–897

* Issue 2 , pages

195–537

* Issue 1 , pages

1–194

Volume 10, 2013 | List of editors

| List of referees

* Issue 12 , pages

7817–8443

* Issue 11 , pages

6769–7815

* Issue 10 , pages

6141–6767

* Issue 9 , pages

5755–6139

* Issue 8 , pages

5255–5753

* Issue 7 , pages

4405–5253

* Issue 6 , pages

3455–4404

* Issue 5 , pages

2815–3454

* Issue 4 , pages

2169–2814

* Issue 3 , pages

1243–2167

* Issue 2 , pages

629–1241

* Issue 1 , pages

1–627

Volume 9, 2012 | List of editors

| List of referees

* Issue 12 , pages

4897–5430

* Issue 11 , pages

4199–4895

* Issue 10 , pages

3721–4197

* Issue 9 , pages

3491–3720

* Issue 8 , pages

2821–3489

* Issue 7 , pages

2377–2819

* Issue 6 , pages

1935–2375

* Issue 5 , pages

1583–1933

* Issue 4 , pages

1267–1582

* Issue 3 , pages

875–1265

* Issue 2 , pages

617–874

* Issue 1 , pages

1–616

Volume 8, 2011 | List of editors

| List of referees

* Issue 12 , pages

3501–3832

* Issue 11 , pages

3107–3499

* Issue 10 , pages

2833–3106

* Issue 9 , pages

2407–2831

* Issue 8 , pages

2027–2406

* Issue 7 , pages

1755–2025

* Issue 6 , pages

1415–1754

* Issue 5 , pages

1031–1413

* Issue 4 , pages

841–1030

* Issue 3 , pages

539–840

* Issue 2 , pages

227–538

* Issue 1 , pages

1–225

Volume 7, 2010 | List of editors

| List of referees

* Issue 12 , pages

3915–4118

* Issue 11 , pages

3387–3914

* Issue 10 , pages

2989–3386

* Issue 9 , pages

2591–2988

* Issue 8 , pages

2297–2589

* Issue 7 , pages

2051–2296

* Issue 6 , pages

1809–2050

* Issue 5 , pages

1375–1807

* Issue 4 , pages

1207–1373

* Issue 3 , pages

795–1205

* Issue 2 , pages

409–793

* Issue 1 , pages

1–407

Volume 6, 2009 | List of editors

| List of referees

* Issue 12 , pages

2733–3162

* Issue 11 , pages

2333–2731

* Issue 10 , pages

1949–2331

* Issue 9 , pages

1839–1948

* Issue 8 , pages

1361–1838

* Issue 7 , pages

1139–1359

* Issue 6 , pages

937–1138

* Issue 5 , pages

739–935

* Issue 4 , pages

501–737

* Issue 3 , pages

309–500

* Issue 2 , pages

139–307

* Issue 1 , pages

1–138

Volume 5, 2008 | List of editors

* Issue 6 , pages

1493–1820

* Issue 5 , pages

1199–1491

* Issue 4 , pages

969–1197

* Issue 3 , pages

631–968

* Issue 2 , pages

281–630

* Issue 1 , pages

1–280

Volume 4, 2007 | List of editors

* Issue 6 , pages

941–1141

* Issue 5 , pages

707–939

* Issue 4 , pages

433–706

* Issue 3 , pages

255–432

* Issue 2 , pages

155–253

* Issue 1 , pages

1–154

Volume 3, 2006

* Issue 4 , pages

383–676

* Issue 3 , pages

243–382

* Issue 2 , pages

121–241

* Issue 1 , pages

1–119

Volume 2, 2005

* Issue 4 , pages

311–387

* Issue 3 , pages

219–309

* Issue 2 , pages

113–218

* Issue 1 , pages

1–111

Volume 1, 2004

* Issue 2 , pages

113–171

* Issue 1 , pages

1–111

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