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UNITED STATES BANKRUPTCY COURT Southern District of New York *SUBJECT to GENERAL and SPECIFIC NOTES to THESE SCHEDULES* SUMMARY
UNITED STATES BANKRUPTCY COURT Southern District of New York Refco Capital Markets, LTD Case Number: 05-60018 *SUBJECT TO GENERAL AND SPECIFIC NOTES TO THESE SCHEDULES* SUMMARY OF AMENDED SCHEDULES An asterisk (*) found in schedules herein indicates a change from the Debtor's original Schedules of Assets and Liabilities filed December 30, 2005. Any such change will also be indicated in the "Amended" column of the summary schedules with an "X". Indicate as to each schedule whether that schedule is attached and state the number of pages in each. Report the totals from Schedules A, B, C, D, E, F, I, and J in the boxes provided. Add the amounts from Schedules A and B to determine the total amount of the debtor's assets. Add the amounts from Schedules D, E, and F to determine the total amount of the debtor's liabilities. AMOUNTS SCHEDULED NAME OF SCHEDULE ATTACHED NO. OF SHEETS ASSETS LIABILITIES OTHER YES / NO A - REAL PROPERTY NO 0 $0 B - PERSONAL PROPERTY YES 30 $6,002,376,477 C - PROPERTY CLAIMED AS EXEMPT NO 0 D - CREDITORS HOLDING SECURED CLAIMS YES 2 $79,537,542 E - CREDITORS HOLDING UNSECURED YES 2 $0 PRIORITY CLAIMS F - CREDITORS HOLDING UNSECURED NON- YES 356 $5,366,962,476 PRIORITY CLAIMS G - EXECUTORY CONTRACTS AND UNEXPIRED YES 2 LEASES H - CODEBTORS YES 1 I - CURRENT INCOME OF INDIVIDUAL NO 0 N/A DEBTOR(S) J - CURRENT EXPENDITURES OF INDIVIDUAL NO 0 N/A DEBTOR(S) Total number of sheets of all Schedules 393 Total Assets > $6,002,376,477 $5,446,500,018 Total Liabilities > UNITED STATES BANKRUPTCY COURT Southern District of New York Refco Capital Markets, LTD Case Number: 05-60018 GENERAL NOTES PERTAINING TO SCHEDULES AND STATEMENTS FOR ALL DEBTORS On October 17, 2005 (the “Petition Date”), Refco Inc. -
Pandas International Enewsletter
Pandas International eNewsletter You're receiving this announcement because you have signed up as a Panda Pal. Not interested anymore? Unsubscribe. Having trouble viewing this email? View it in your browser . DONATE NOW :: ADOPT A PANDA :: SPONSOR A PANDA :: BECOME A MEMBER Some original material reprinted by Pandas International's Newsletter is used without editing for accepted English usage. Letters of Thank You from the Panda Center Suzanne, This week we went back to the Wolong Reserve and rescued a wild female panda. It appears that she was suffering from an alimentary canal (digestive tract) disorder and anemia and she is now being treated at the Bifengxia base. We expect her to make a full recovery in 1 to 2 weeks. When she has recovered, she will be released back into the Wolong Reserve. Today while I was on duty, Dr. Deng and I did an ultrasound exam and used the new machine, here are some pictures for you to share. Thank you very much! Dr. Wang Chengdong Dear Suzanne: Dr. Katherine Feng have brought anesthetic drugs (3 bottles of ketamine with 200mg/ml x 50cc, 20 bottles of ketamine with 100mg/ml x 10cc, 6 bottles of isoflurane x 250cc) to us yesterday. Thank you. Drs. Wang and Deng brought back the ultrasound machine and the powdered milk sealer and said they are very good. Thank you and Pandas Unlimited very much. All of us and the pandas here are well; about 10 female pandas who had given birth last year are now in estrus, so we still do the breeding works now. -
2019 Breeding and Management Recommendations and Summary of the Status of the Giant Panda Ex Situ Population
Report to: Chinese Association of Zoological Gardens (CAZG) Giant Panda Office, Department of Wildlife Conservation, State Forestry Administration Giant Panda Conservation Foundation (GPCF) 2019 Breeding and Management Recommendations and Summary of the Status of the Giant Panda Ex Situ Population 8 - 9 November 2018 Chengdu, China Submitted by: Kathy Traylor-Holzer, Ph.D. IUCN SSC Conservation Planning Specialist Group Jonathan D. Ballou, Ph.D. Smithsonian Conservation Biology Institute/ Species Conservation Toolkit Initiative Chinese translation provided by: Yan Ping, Giant Panda Conservation Foundation Sponsored by: Chengdu Research Base of Giant Panda Breeding Chinese Association of Zoological Gardens Executive Summary This is a report on the meeting held 8-9 November 2018 in Chengdu, China to update the analysis of the ex situ population of giant pandas and develop breeding recommendations for the 2019 breeding season. This is the 17th annual set of genetic management recommendations developed for giant pandas. The current ex situ population of giant pandas consists of 548 animals (249 males, 299 females) located in 93 institutions worldwide. As of 8 November181 animals were transferred in 2018, including 4 from China to institutions outside of China and 4 between institutions in Canada. The genetic status of the population is currently healthy (gene diversity = 97.59%), with 58 founders represented and another 4 that could be genetically represented if they were to produce living offspring. There are 9 living inbred animals with estimated inbreeding coefficients > 6% and another 39 animals with lower levels of inbreeding. There are 66 giant pandas in the studbook that are living or have living descendants with sires that are uncertain (due to natural mating and/or artificial insemination with multiple males). -
Pandas International September 2009 Newsletter
Pandas International September 2009 Newsletter You're receiving this announcement because you have signed up as a Panda Pal. Not interested anymore? Unsubscribe. Having trouble viewing this email? View it in your browser . DONATE NOW :: ADOPT A PANDA :: SPONSOR A PANDA :: BECOME A MEMBER Some original material reprinted by Pandas International's Newsletter is used without editing for accepted English usage. Summer, a time of births and birthdays San Diego Zoo's giant panda, Bai Yun, gives birth to a healthy cub Just before 5 a.m. on August 5, 2009, Bai Yun gave birth to what the zoo's senior research technician Suzanne Hall called a "vigorous, squawking" cub. For about 24 hours prior to the birth, Bai Yun had been restless, alternating between sleep and bouts of nest-building, Hall wrote on the zoo's blog. The cub's gender is not yet known. Bai Yun (seen here in an archived photo) Bai Yun is described by zoo staff as an is proving to be a great mother once again. excellent, attentive mother; she's given birth Read the complete story >> to four other cubs (Hua Mei, Mei Sheng, Su Lin and Zhen Zhen) since arriving at the zoo See video of cub's birth >> as part of a scientific exchange with China in 1996. Not to be forgotten, Zhen Zhen and Su Lin celebrate their birthdays at the San Diego Zoo Giant pandas Zhen Zhen and Su Lin celebrated their birthdays at the San Diego Zoo Monday, August 3rd, with tiered ice cakes filled with their favorite treats -- apples, carrots and bamboo. -
Chapter 4. Identifying Individual and Sex of Giant Pandas Through Footprint Identification Technique
Conservation of endemic species in China by Binbin Li Nicholas School of the Environment Duke University Date: _______________________ Approved: ___________________________ Dr. Stuart Pimm, Supervisor ___________________________ Dr. Jeff Vincent ___________________________ Dr. Alex Pfaff ___________________________ Dr. Jennifer Swenson Dissertation submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy in the Department of Chemistry in the Graduate School of Duke University 2017 i v ABSTRACT Conservation of endemic species in China by Binbin Li Environment Program Nicholas School of the Environment Duke University Date: _______________________ Approved: ___________________________ Dr. Stuart Pimm, Supervisor ___________________________ Dr. Jeff Vincent ___________________________ Dr. Alex Pfaff ___________________________ Dr. Jennifer Swenson An abstract of a dissertation submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy in the Department of Chemistry in the Graduate School of Duke University 2017 Copyright by Binbin Li 2017 Abstract China is one of the most biodiverse countries in the world, harboring more than 10% of the species in the world. Among them, 11% of the vertebrate genera and 7% plant genera are endemic to China. During its rapid social and economic development, increasing habitat loss and fragmentation have occurred. However, it wakes up to the threats of biodiversity in recent years. Protected areas, as an essential conservation tool to reduce habitat loss and species extinction have expanded dramatically in China. Protected areas with various other concepts such as umbrella species and payment for ecosystem services have been promoted to conserve the biodiversity. However, questions remain that whether they work, how they work and how we could do better. -
2016 Breeding Recs Final ENGLISH.Pdf
Report to: Chinese Association of Zoological Gardens (CAZG) Giant Panda Office, Department of Wildlife Conservation, State Forestry Administration Giant Panda Conservation Foundation (GPCF) 2016 Breeding and Management Recommendations and Summary of the Status of the Giant Panda Ex Situ Population 11 - 13 November 2015 Dalian, China Submitted by: Kathy Traylor-Holzer, Ph.D. IUCN SSC Conservation Breeding Specialist Group Jonathan D. Ballou, Ph.D. Smithsonian Conservation Biology Institute Chinese translation provided by: Yan Ping Sponsored by: Copenhagen Zoo Smithsonian Conservation Biology Institute Chinese Association of Zoological Gardens Executive Summary This is a report on the meeting held 11 - 13 November 2015 in Dalian, China to update the analysis of the ex situ population of giant pandas and develop breeding recommendations for the 2016 breeding season. This is the 14th annual set of genetic management recommendations developed for giant pandas. The current ex situ population of giant pandas consists of 423 animals (189 males, 232 females, 2 unsexed pandas) located in 78 institutions worldwide. In 2015 there were 43 births and 15 deaths. Transfers included 100 separate transfers of 73 animals between Chinese institutions and 3 transfers to Hong Kong and Macao. The genetic status of the population is currently healthy (gene diversity = 97.4%), with 52 founders represented and another 9 that could be genetically represented if they were to successfully breed. There are 5 inbred animals with estimated inbreeding coefficients > 4% and another 18 animals with a low level of inbreeding (< 4%). There are 53 giant pandas in the studbook that are living or have living descendants and for which the sire is uncertain due to natural mating and/or artificial insemination with multiple males. -
A Study of Giant Panda Conservation Communication in China
BIOSOCIAL RECIPROCITY IN ENVIRONMENTAL COMMUNICATION: A STUDY OF GIANT PANDA CONSERVATION COMMUNICATION IN CHINA A Thesis by LIUQING YANG Submitted to the Office of Graduate Studies of Texas A&M University in partial fulfillment of the requirements for the degree of MASTER OF SCIENCE December 2005 Major Subject: Science and Technology Journalism BIOSOCIAL RECIPROCITY IN ENVIRONMENTAL COMMUNICATION: A STUDY OF GIANT PANDA CONSERVATION COMMUNICATION IN CHINA A Thesis by LIUQING YANG Submitted to the Office of Graduate Studies of Texas A&M University in partial fulfillment of the requirements for the degree of MASTER OF SCIENCE Approved by: Chair of Committee, Susanna H. Priest Committee Members, Douglas Perret Starr Lawrence Griffing Head of Department, Julia K. Blackwelder December 2005 Major Subject: Science and Technology Journalism iii ABSTRACT Biosocial Reciprocity in Environmental Communication: A Study of Giant Panda Conservation Communication in China. (December 2005) Liuqing Yang, B.A., Hefei University of Technology Chair of Advisory Committee: Dr. Susanna H. Priest This study proposes biosocial reciprocity framework in environmental communication, which suggests the interdependent relationships between mass media, people’s attitudes, and the physical environment. Biosocial reciprocity is applied to analyze the mass media’s possible roles in giant panda conservation in China. The mass media’s image construction of giant pandas is assessed through a content analysis of People’s Daily (1995 to 2004); the conservation awareness, activities, and environment changes are assessed by a review of the country’s giant panda conservation history and policies. The result suggests active interrelations among the media, Chinese attitudes toward wildlife, and the loss of wild panda population and habitat. -
Final GP Genetic Recommendations 2008
Report to: Chinese Association of Zoological Gardens (CAZG) Giant Panda Office, Department of Wildlife Conservation, State Forestry Administration Giant Panda Conservation Foundation (GPCF) 2013 Breeding and Management Recommendations and Summary of the Status of the Giant Panda Ex Situ Population 13 - 15 November 2012 Chengdu, China Submitted by: Kathy Traylor-Holzer, Ph.D. Jonathan D. Ballou, Ph.D. IUCN/SSC Conservation Breeding Specialist Group Chinese translation provided by: Yan Ping Sponsored by: Smithsonian Conservation Biology Institute Executive Summary This is a report on the meeting held 13 - 15 November 2012 in Chengdu, China to update the analysis of the ex situ population of giant pandas and develop breeding recommendations for the 2013 breeding season. This is the 11th annual set of genetic management recommendations developed for giant pandas. The current ex situ population of giant pandas consists of 341 animals (154 males, 184 females, 3 unsexed pandas) located in 66 institutions worldwide. In 2012 there were 28 births and 18 deaths. The genetic status of the population is currently healthy, with 51 founders represented and another 14 that could be genetically represented if they were to successfully breed. There are only 3 inbred animals with inbreeding coefficients > 3% in the population. There are 55 giant pandas in the studbook that are living or have living descendents and for which the sire is unknown or uncertain. Most of these are pandas that were born in 2006 or later and are the result of natural mating and/or artificial insemination with multiple males. The result is that 11% of the gene pool of the ex situ population is derived from uncertain ancestry. -
Annual Report 2010/11 CONTENTS
annual report 2010/11 CONTENTS Year In Review Wild Times Finals CONTENTS Year In Review President and CEO’s Report President Report CEO’s Report Conservation Programs Conservation Ark Veterinary Conservation Programs Assets & Infrastructure Adelaide Zoo, Monarto Zoo And Warrawong Wildlife Sanctuary Green Team Wild Africa Overseas Conservation Tours Conservation Education Library Interpretation History The Animals & Horticulture Overview Living Collections Status Of Collection Appendices Horticulture Year In Review Wild Times Finals CONTENTS Year In Review President and CEO’s Report President Report CEO’s Report Conservation Programs Conservation Ark Veterinary Conservation Programs Assets & Infrastructure Adelaide Zoo, Monarto Zoo And Warrawong Wildlife Sanctuary Green Team Wild Africa Overseas Conservation Tours Conservation Education Library Interpretation History The Animals & Horticulture Overview Living Collections Status Of Collection Appendices Horticulture President and Wild Times Finals CEO’s Report CONTENTS We have written and spoken a number of times about the Year In Review President’s Report economic impact study undertaken by one of the major President and CEO’s Report The 2010 – 11 Financial Year has been another challenging independent accounting firms to quantify and understand President Report but rewarding one. As expected after the initial 12 month the economic benefit that Zoos SA brings to the South CEO’s Report period of hype and excitement associated with Pandas, Australian economy. This study confirmed that Zoos SA has Conservation Programs visitation at Adelaide Zoo has plateaud somewhat. However achieved a leadership position in tourism and conservation Conservation Ark Veterinary Conservation Programs visitation continues at levels well above pre-Pandas – on in SA and contributed between $75 million and $116 million Assets & Infrastructure average some 40% above – and we continue to benefit in 2010 to the broader economy through such areas as Adelaide Zoo, Monarto Zoo from the profile that they deliver. -
Final GP Genetic Recommendations 2008
Report to: Chinese Association of Zoological Gardens (CAZG) Giant Panda Office, Department of Wildlife Conservation, State Forestry Administration Giant Panda Conservation Foundation (GPCF) 2015 Breeding and Management Recommendations and Summary of the Status of the Giant Panda Ex Situ Population 11 - 12 November 2014 Chongqing, China Submitted by: Kathy Traylor-Holzer, Ph.D. Jonathan D. Ballou, Ph.D. IUCN/SSC Conservation Breeding Specialist Group Chinese translation provided by: Yan Ping Sponsored by: Smithsonian Conservation Biology Institute Executive Summary This is a report on the meeting held 11 - 12 November 2014 in Chongqing, China to update the analysis of the ex situ population of giant pandas and develop breeding recommendations for the 2015 breeding season. This is the 13th annual set of genetic management recommendations developed for giant pandas. The current ex situ population of giant pandas consists of 396 animals (179 males, 216 females, 1 unsexed panda) located in 72 institutions worldwide. In 2014 there were 34 births, 10 deaths and 1 release to the wild. Transfers included 53 transfers of animals between Chinese institutions, 4 exports from China (to Malaysia and Belgium), and 3 imports to China from the US. The genetic status of the population is currently healthy (gene diversity = 97.4%), with 54 founders represented and another 10 that could be genetically represented if they were to successfully breed. There are only 5 inbred animals with inbreeding coefficients > 4% in the population. There are 48 giant pandas in the studbook that are living or have living descendants and for which the sire is uncertain. Most of these are pandas that were born in 2006 or later and are the result of natural mating and/or artificial insemination with multiple males. -
Niche Modeling for the Giant Panda, Ailuropoda Melanoleuca, and the Original Panda, Ailurus Fulgens: Habitat Preferences and Evolutionary Consequences Lauren M
East Tennessee State University Digital Commons @ East Tennessee State University Electronic Theses and Dissertations Student Works 5-2017 Niche Modeling for the Giant Panda, Ailuropoda melanoleuca, and the Original Panda, Ailurus fulgens: Habitat Preferences and Evolutionary Consequences Lauren M. Lyon East Tennessee State University Follow this and additional works at: https://dc.etsu.edu/etd Part of the Geographic Information Sciences Commons, and the Other Ecology and Evolutionary Biology Commons Recommended Citation Lyon, Lauren M., "Niche Modeling for the Giant Panda, Ailuropoda melanoleuca, and the Original Panda, Ailurus fulgens: Habitat Preferences and Evolutionary Consequences" (2017). Electronic Theses and Dissertations. Paper 3234. https://dc.etsu.edu/etd/3234 This Thesis - Open Access is brought to you for free and open access by the Student Works at Digital Commons @ East Tennessee State University. It has been accepted for inclusion in Electronic Theses and Dissertations by an authorized administrator of Digital Commons @ East Tennessee State University. For more information, please contact [email protected]. Niche Modeling for the Giant Panda, Ailuropoda melanoleuca, and the Original Panda, Ailurus fulgens: Habitat Preferences and Evolutionary Consequences ________________________________ A thesis presented to the faculty of the Department of Geosciences East Tennessee State University In partial fulfillment of the requirements for the degree Masters of Science in Geosciences _________________________________ by Lauren M. Lyon May 2017 _________________________________ Dr. T. Andrew Joyner, Chair Dr. Thomas C. Jones Dr. Joshua X. Samuels Keywords: Maxent, SDM, Morphometrics, Carnivora, Ailuridae, Ursidae, Conservation ABSTRACT Niche Modeling for the Giant Panda, Ailuropoda melanoleuca, and the Original Panda, Ailurus fulgens: Habitat Preferences and Evolutionary Consequences by Lauren M. -
THE WINDING ROAD of RED-LISTING REPTILES Search
THE WINDING ROAD OF RED-LISTING REPTILES Search... By Tandora Grant November 14, 2012 Posted in: Animals and Plants, Animals site sub feature, Conservation, Projects in the Field, Featured Latest Comments Tags Reptiles and Amphibians Rain in the Mojave Desert One of the iguanas I have worked closely with is found only on Grand Cayman 15 November 2012 11:11 AM | No Comments in the Caribbean. When I first started collaborating with the Blue Iguana Recovery Program in 1998, the speciesnumbers had declined to less than The Right Tools 25 in the wild, and they were classified as critically endangered. But what is 14 November 2012 3:20 PM | No Comments the difference between endangeredand critically endangeredor vulnerable? Weve all heard the terms, but what do they mean exactly? Elephant Names The worlds definitive standard on these terms comes from the International 14 November 2012 12:18 PM | 7 Comments Union for Conservation of Nature (IUCN), the largest global environmental organization and professional conservation network. The IUCN developed the A young adult male The Winding Road of Red-listing Red List of Threatened Species, which is the most comprehensive database headstarted Jamaican iguana is Reptiles of the conservation status of plant and animal species worldwide. This tagged for short-term tracking 14 November 2012 9:55 AM | 1 Comment database documents a speciesbiology, research, threats, human use, and after release in the Hellshire conservation needs and actions, all of which are evaluated against a defined Hills. A Koala Kwest: Part 3 set of criteria to determine risk of extinction. Government agencies, educators, 06 November 2012 12:03 PM | 6 Comments conservation-based nongovernmental organizations, scientists, and others use the IUCN Red List to obtain information on the status of biodiversity, species, and ecosystems.