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7 results on '"Doody, Kathryn"'

1. New record of strawberry leopard (Panthera pardus) in Selous Game Reserve, Tanzania.

Author

Searle, Charlotte E., Strampelli, Paolo, Parsais, Singira N., Haule, Leonard J., Olesyapa, Kandey K., Salum, Nasri D., Hape, Germanus, Elisa, Manase, Mathayo, Daniel, Kaduma, Joseph, Malulu, Neema, Mkaka, Nyasatu, Robert, Justine, Ikanda, Dennis, Mtoka, Samuel, Doody, Kathryn, Lobora, Alex L., and Dickman, Amy J.

Subjects
LEOPARD, PHENOTYPES, FORESTS & forestry, COLOR, GENETIC mutation
Abstract

Strawberry or red leopards are a rare colour morph of leopard (Panthera pardus) characterised by spot markings that are red or brown instead of black, thought to be a result of a mutation in the tyrosinase‐related protein (TYRP1) gene. We report the first record of this phenotype on the African continent outside of South Africa, from Selous Game Reserve in southern Tanzania. One female leopard with strawberry colouration was documented out of 373 individual leopards (0.3%) identified through camera trap surveys conducted from 2020 to 2022 over a combined area of more than 4600 km2 in the Nyerere‐Selous landscape. [ABSTRACT FROM AUTHOR]

Published
2024
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2. Quantifying and understanding carbon storage and sequestration within the Eastern Arc Mountains of Tanzania, a tropical biodiversity hotspot

Author

Willcock, Simon, Phillips, Oliver L, Platts, Philip J, Balmford, Andrew, Burgess, Neil D, Lovett, Jon C, Ahrends, Antje, Bayliss, Julian, Doggart, Nike, Doody, Kathryn, Fanning, Eibleis, Green, Jonathan MH, Hall, Jaclyn, Howell, Kim L, Marchant, Rob, Marshall, Andrew R, Mbilinyi, Boniface, Munishi, Pantaleon KT, Owen, Nisha, Swetnam, Ruth D, Topp-Jorgensen, Elmer J, and Lewis, Simon L

Published
2014
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3. Detecting and predicting forest degradation: A comparison of ground surveys and remote sensing in Tanzanian forests

Author

Ahrends, Antje, primary, Bulling, Mark T., additional, Platts, Philip J., additional, Swetnam, Ruth, additional, Ryan, Casey, additional, Doggart, Nike, additional, Hollingsworth, Peter M., additional, Marchant, Robert, additional, Balmford, Andrew, additional, Harris, David J., additional, Gross‐Camp, Nicole, additional, Sumbi, Peter, additional, Munishi, Pantaleo, additional, Madoffe, Seif, additional, Mhoro, Boniface, additional, Leonard, Charles, additional, Bracebridge, Claire, additional, Doody, Kathryn, additional, Wilkins, Victoria, additional, Owen, Nisha, additional, Marshall, Andrew R., additional, Schaafsma, Marije, additional, Pfliegner, Kerstin, additional, Jones, Trevor, additional, Robinson, James, additional, Topp‐Jørgensen, Elmer, additional, Brink, Henry, additional, and Burgess, Neil D., additional

Published
2021
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4. Correction to: Quantifying and understanding carbon storage and sequestration within the Eastern Arc Mountains of Tanzania, a tropical biodiversity hotspot

Author

Willcock, Simon, primary, Phillips, Oliver L., additional, Platts, Philip J., additional, Balmford, Andrew, additional, Burgess, Neil D., additional, Lovett, Jon C., additional, Ahrends, Antje, additional, Bayliss, Julian, additional, Doggart, Nike, additional, Doody, Kathryn, additional, Fanning, Eibleis, additional, Green, Jonathan M. H., additional, Hall, Jaclyn, additional, Howell, Kim L., additional, Marchant, Rob, additional, Marshall, Andrew R., additional, Mbilinyi, Boniface, additional, Munishi, Pantaleon K. T., additional, Owen, Nisha, additional, Swetnam, Ruth D., additional, Topp-Jorgensen, Elmer J., additional, and Lewis, Simon L., additional

Published
2017
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5. Land cover change and carbon emissions over 100 years in an African biodiversity hotspot

Author

Willcock, Simon, primary, Phillips, Oliver L., additional, Platts, Philip J., additional, Swetnam, Ruth D., additional, Balmford, Andrew, additional, Burgess, Neil D., additional, Ahrends, Antje, additional, Bayliss, Julian, additional, Doggart, Nike, additional, Doody, Kathryn, additional, Fanning, Eibleis, additional, Green, Jonathan M. H., additional, Hall, Jaclyn, additional, Howell, Kim L., additional, Lovett, Jon C., additional, Marchant, Rob, additional, Marshall, Andrew R., additional, Mbilinyi, Boniface, additional, Munishi, Pantaleon K. T., additional, Owen, Nisha, additional, Topp-Jorgensen, Elmer J., additional, and Lewis, Simon L., additional

Published
2016
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6. Towards Regional, Error-Bounded Landscape Carbon Storage Estimates for Data-Deficient Areas of the World

Author

Willcock, Simon, Phillips, Oliver L., Platts, Philip J., Balmford, Andrew, Burgess, Neil David, Lovett, Jon C., Ahrends, Antje, Bayliss, Julian, Doggart, Nike, Doody, Kathryn, Fanning, Eibleis, Green, Jonathan, Hall, Jaclyn, Howell, Kim L., Marchant, Rob, Marshall, Andrew R., Mbilinyi, Boniface, Munishi, Pantaleon K.T., Owen, Nisha, Swetnam, Ruth D., Topp-Jorgensen, Elmer J., Lewis, Simon L., Willcock, Simon, Phillips, Oliver L., Platts, Philip J., Balmford, Andrew, Burgess, Neil David, Lovett, Jon C., Ahrends, Antje, Bayliss, Julian, Doggart, Nike, Doody, Kathryn, Fanning, Eibleis, Green, Jonathan, Hall, Jaclyn, Howell, Kim L., Marchant, Rob, Marshall, Andrew R., Mbilinyi, Boniface, Munishi, Pantaleon K.T., Owen, Nisha, Swetnam, Ruth D., Topp-Jorgensen, Elmer J., and Lewis, Simon L.

Abstract

Monitoring landscape carbon storage is critical for supporting and validating climate change mitigation policies. These may be aimed at reducing deforestation and degradation, or increasing terrestrial carbon storage at local, regional and global levels. However, due to data-deficiencies, default global carbon storage values for given land cover types such as ‘lowland tropical forest’ are often used, termed ‘Tier 1 type’ analyses by the Intergovernmental Panel on Climate Change (IPCC). Such estimates may be erroneous when used at regional scales. Furthermore uncertainty assessments are rarely provided leading to estimates of land cover change carbon fluxes of unknown precision which may undermine efforts to properly evaluate land cover policies aimed at altering land cover dynamics. Here, we present a repeatable method to estimate carbon storage values and associated 95% confidence intervals (CI) for all five IPCC carbon pools (aboveground live carbon, litter, coarse woody debris, belowground live carbon and soil carbon) for data-deficient regions, using a combination of existing inventory data and systematic literature searches, weighted to ensure the final values are regionally specific. The method meets the IPCC ‘Tier 2’ reporting standard. We use this method to estimate carbon storage over an area of33.9 million hectares of eastern Tanzania, reporting values for 30 land cover types. We estimate that this area stored 6.33 (5.92–6.74) Pg C in the year 2000. Carbon storage estimates for the same study area extracted from five published Africa-wide or global studies show a mean carbon storage value of ∼50% of that reported using our regional values, with four of the five studies reporting lower carbon storage values. This suggests that carbon storage may have been underestimated for this region of Africa. Our study demonstrates the importance of obtaining regionally appropriate carbon storage estimates, and shows how such values can be produced fo

Published
2012

7. Towards Regional, Error-Bounded Landscape Carbon Storage Estimates for Data-Deficient Areas of the World

Author

Willcock, Simon, primary, Phillips, Oliver L., additional, Platts, Philip J., additional, Balmford, Andrew, additional, Burgess, Neil D., additional, Lovett, Jon C., additional, Ahrends, Antje, additional, Bayliss, Julian, additional, Doggart, Nike, additional, Doody, Kathryn, additional, Fanning, Eibleis, additional, Green, Jonathan, additional, Hall, Jaclyn, additional, Howell, Kim L., additional, Marchant, Rob, additional, Marshall, Andrew R., additional, Mbilinyi, Boniface, additional, Munishi, Pantaleon K. T., additional, Owen, Nisha, additional, Swetnam, Ruth D., additional, Topp-Jorgensen, Elmer J., additional, and Lewis, Simon L., additional

Published
2012
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