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1 FLORIDA BLACK BEAR MANAGEMENT PLAN Ursus americanus floridanus Approved June 7, Florida Fish and Wildlife Conservation Commission 6 South Meridian Street Tallahassee, FL Suggested citation: Florida Fish and Wildlife Conservation Commission.. Florida black bear management plan. Florida Fish and Wildlife Conservation Commission, Tallahassee, Florida, 5 p.
2 Preface CREATION OF THE BEAR MANAGEMENT PLAN In May 7, a team of staff from the Florida Fish and Wildlife Conservation Commission (FWC) were charged with developing a draft Bear Management Plan. Then FWC Division of Habitat and Species Conservation (HSC) Director, Tim Breault, sponsored the FWC team, which included staff from HSC, Division of Law Enforcement (LE), Office of Community Relations (CR), and Fish and Wildlife Research Institute (FWRI). HSC Deputy Director Thomas Eason led the team in completing its task to deliver a draft Bear Management Plan. The team consisted of the following FWC staff: Mike Abbott HSC Brian Scheick FWRI Jack Daugherty LE Stephanie Simek HSC Judy Gillan CR David Telesco HSC Walter McCown FWRI Adam Warwick HSC A new team of FWC staff was formed in August 9 to collect public input, revise the plan as needed, and deliver the draft to FWC Commissioners. The new team was lead by HSC Section Leader Kipp Frohlich and FWRI Section Leader Tim O Meara and included a member from the Office of the Executive Director (OED). The team consisted of the following FWC staff: Lee Beach LE Mike Orlando HSC Dennis David OED Brian Scheick FWRI Terry Doonan HSC Billy Sermons HSC Joy Hill CR David Telesco HSC Walter McCown FWRI The teams were supported by FWC and University of Florida (UF) staff: Sarah Barrett (HSC) Administrative and editorial assistance Brian Beneke (FWRI) Geographic Information System assistance David Telesco replaced Stephanie Simek during the draft plan process. i
3 Preface Mark Endries (FWRI) Geographic Information System assistance Karen Nutt (HSC) Listing rule compliance and editorial assistance James Perran Ross (UF) Stakeholder coordination, meeting facilitation Kelly Samek (OED) Legal assistance The teams consulted regularly with a Technical Assistance Group (TAG) to seek their input on various drafts of this plan. TAG was composed of representatives from various stakeholder groups and varied in number from to at different stages of the plan. TAG members did not necessarily endorse all components of the plan nor does FWC imply a consensus was reached by all members. TAG included: Stephanie Boyles The Humane Society of the United States Austin Carroll PBSJ Corporation Amber Crooks Conservancy of Southwest Florida Chryl DeCrenza Kleinfelder Chuck Echenique Florida Hunting Guides/Public Land Hunters Jo Anna Emmanuel St. Johns Water Management District Manley Fuller Florida Wildlife Federation Phillip Gornicki Florida Forestry Association Raymond Hamlin Florida Bear Hunters Association Dennis Hardin Florida Forest Service John Hayes University of Florida Jennifer Hobgood The Humane Society of the United States Tom Hoctor University of Florida Joi Hosker Central Florida Bear Hunters Association Mickey Larkins Florida Bear Hunters Association Laurie Macdonald Defenders of Wildlife Jim Moyer St. Joe Company Carl Petrick U.S. Forest Service Indicates TAG member who was replaced during the draft plan process with another representative from the same stakeholder group. ii
4 Preface Ray Pringle Safari Club International Florida Chapter Marian Ryan Sierra Club Keith Schue Friends of the Wekiva River, Inc. Carrie Sekerak U.S. Forest Service, Ocala National Forest Vicki Sharpe Florida Department of Transportation Steve Shea St. Joe Company Parks Small Florida Department of Environmental Protection Dennis Teague Eglin Air Force Base Amy Townsend Kleinfelder Gregg Walker Florida Department of Environmental Protection The team began a public input phase on the first draft of the Florida Black Bear Management Plan in May. However, in September, FWC passed Florida s Endangered and Threatened Species rule that required biological status reviews and management plans for species currently listed as Threatened and Species of Special Concern in Florida, including the Florida black bear. As part of that process, FWC staff reviewed all available data and the listing criteria, and recommended that bears be removed from the State s threatened species list. The Commission approved staff s recommendation in June ; however, bears would not be removed from the list until the Commission approved a management plan. The public input process on the draft was suspended so that the plan could be revised to include the results of the biological status review and conform to the new listing rule requirements. The new draft plan and associated rule was open for public comment from November, to January,. Public workshops on the plan were held in Bristol, Naples, Deland, and Gainesville. FWC received over 45 comments from 69 individuals and 7 stakeholder group representatives. In addition, Florida members of the Humane Society of the United States sent over, form letters via to FWC Commissioners regarding the plan. FWC presented the plan and rule as well as a summary of the public comments to the Commission on February 9. The Commission directed staff to revise the plan as iii
5 Preface appropriate and move forward with advertising the associated rule. The rule and revised plan were re-opened for public comment from April 3 to June,. FWC received over comments from individuals and 3 stakeholder group representatives. Florida members of the Humane Society of the United States sent over 3,4 form letters via to FWC Commissioners as well. FWC staff revised the plan based the comments they received and posted the plan with revisions on the FWC website on June,. FWC brought the revised plan to the Commission for their consideration on June 7,. FWC greatly appreciates all the time and effort Floridians provided to improve the Florida Black Bear Management Plan. iv
6 Executive Summary EXECUTIVE SUMMARY The Florida black bear management plan is intended to create a common framework from which Florida Fish and Wildlife Conservation Commission (FWC) staff and stakeholders can work in a coordinated fashion to conserve bears and maintain their value to people. The goal of this plan is to Maintain sustainable black bear populations in suitable habitats throughout Florida for the benefit of the species and people. To accomplish this goal, objectives focusing on population, habitat, conflict management, and education were created. The population objective is to maintain a sustainable statewide bear population. Several components are identified to accomplish this objective, including managing one bear subpopulation to be at least, individuals, ensuring that the smaller subpopulations are increased to a minimum of bears each, and increasing genetic exchange between subpopulations. The second objective is to maintain habitat in sufficient quantity, quality, and connectivity to meet the population objective. This will include habitat to accommodate at least one subpopulation of over, individuals and to provide sufficient habitat in the smaller subpopulations to allow for at least bears each. In addition, the plan calls for increased connectivity between bear habitat areas to promote greater genetic exchange. The third objective is to reduce human-bear conflicts. A measure of success for this objective will be to reduce the number of bear-related complaints to FWC to below the average number of complaints received annually between 8 and levels (,949). This will be done by coordinating with local government officials in primary bear range to implement methods for reducing conflicts; revising bear policies to create a comprehensive approach to human-bear conflict management; developing protocols to capture institutional knowledge, standardize response, and improve effectiveness in management; and creating partnerships that will help FWC resolve human-bear conflicts. v
7 Executive Summary The last objective of the plan is to help Florida citizens have a better understanding of bears, support bear conservation measures, and contribute to reducing human-bear conflicts. This will be done by education and outreach programs; partnerships with government, non-governmental organizations, and other stakeholders; and developing Bear Smart Communities in areas of high bear activity. The objective s aim is to have at least 75% of the people who contact FWC comply with our conflict resolution advice. Shared ownership and responsibility for bear management by FWC staff and stakeholders, both regionally and within local communities, will be important to the successful implementation of this plan. To achieve this end, the plan proposes to divide the state into geographic areas known as Bear Management Units (BMUs). The seven proposed BMUs will allow for management issues and actions to be addressed differently across the state depending on the needs and characteristics of the area. The plan also calls for the development of Black Bear Assistance Groups across the state. Those groups would be composed of local stakeholders and would assist in scoping issues and identifying and implementing actions for bears within each BMU, thereby forming the basis for community co-management of bears. In order to achieve the goal and objectives of the plan, appropriate rules and regulations are needed to provide adequate protection for bears. The plan includes a new rule to be adopted into the Florida Administrative Code that makes it unlawful to injure or kill bears. The rule also states FWC will continue to engage with landowners and regulating agencies to guide future land use so that it is compatible with the bear management plan objectives. While bears have rebounded from historic low numbers and no longer meet the biological criteria for designation as a threatened species in Florida, many conservation challenges remain. This plan is intended to address those challenges and ensure bears will never again need to be listed as a threatened species. Through implementation of the many conservation actions identified in this plan, Floridians can achieve a future that includes bears as a secure and valued wildlife species in our state. vi
8 Preface TABLE OF CONTENTS Creation of the Bear Management Plan... i Executive Summary... v Table of Contents... vii List of Tables... ix List of Figures... xi List of Acronyms... xiv Glossary of Terms... xv Chapter : Introduction... Chapter : Biological and Management Background... 5 Description... 5 Reproduction... 6 Subpopulation Density and Abundance... 7 Habitat Use and Home Range... 8 Food Habits... 9 Mortality... Distribution... 3 Genetic Profile... 5 Ecological Significance of Bears... 7 Land Use and Bear Populations... 7 Status, Management, and Hunting... Chapter 3: Threat Assessment... 8 Chapter 4: Conservation Focus Areas Conservation Goal Objectives, Strategies, Actions, Research, Monitoring, and Resources Bear Management Units Objective : Population Conservation Research and Monitoring for Population Conservation... 4 Objective : Habitat Conservation Habitat Connectivity... 5 Habitat Management Research and Monitoring for Habitat Conservation Objective 3: Human-Bear Conflict Management Research and Monitoring for Human-Bear Conflicts Objective 4: Education and Outreach Support for Black Bear Population and Habitat Conservation Human-Bear Conflict Communities Private Landowners Governmental, Nongovernmental, and Business Organizations... 8 FWC Staff Research and Monitoring for Education and Outreach Bear Management Unit Profiles West Panhandle Bear Management Unit vii
9 Preface East Panhandle Bear Management Unit Big Bend Bear Management Unit... 3 North Bear Management Unit... 8 Central Bear Management Unit... South Central Bear Management Unit... 7 South Bear Management Unit... Chapter 5: Regulation and Enforcement... 6 Regulations... 6 Penalties... 8 Enforcement... 8 Permitting Framework... 3 Chapter 6: Implementation Strategy... 3 Implementation Schedule... 3 Current Resources for Implementation Resource Considerations Coordination with Other Efforts Chapter 7: Anticipated Impacts Social Impacts Economic Impacts... 4 Ecological Impacts Literature Cited Appendix I. Bear Management Unit, Bear Range and Core Complaints in Florida Counties Appendix II. Florida Black Bear Biological Status Review Report Appendix III. Florida black bear harvest data, 98 to Appendix IV. Status of black bears in states with resident bear populations Appendix V. Description of Potential Bear Habitat Appendix VI. Sample Ordinance to Reduce Wildlife Attractants... 9 Appendix VII. Description of Bear Smart Communities Program... 9 Appendix VIII. Proposed Rule viii
10 Preface LIST OF TABLES Table. Estimates of density and abundance for five Florida black bear subpopulations in primary range in extrapolated from bear density estimates (from Simek et al. 5) Table. Annual home ranges of female Florida black bears within the range of the subspecies.... Table 3. History of published reports on Florida black bear numbers from 7 to. Note: Different methods with varying degrees of confidence were used to estimate populations over time; therefore a comparison of estimates among years may not be appropriate.... Table 4. Chronological history of events regarding Florida black bear management Table 5. Abundance estimates and minimum population objectives for each Bear Management Unit (BMU) Table 6. Strategies and actions involving the Population Conservation Objective, with estimates of resources available to implement the action, and associated timeframes for implementation Table 7. Area needed to the meet the minimum population objective, potential bear habitat, potential bear habitat predicted to remain in the year, and potential bear habitat in Conservation Lands for each Bear Management Unit in Florida Table 8. Strategies and actions involving the Habitat Conservation Objective, with estimates of resources available to implement the action, and associated timeframes for implementation Table 9. Number of core complaints for each Bear Management Unit, Table. Strategies and actions involving the Conflict Management Objective, with estimates of resources available to implement the action, and associated timeframes for implementation Table. Percentage of Floridians who had some level of agreement (Agree or Strongly Agree) with selected statements regarding Florida black bears (from Miller et al. 8) Table. Strategies and actions involving the Education and Outreach Objective with estimates of resources available to implement the action, and associated timeframes for implementation Table 3. Ten-year cost estimates for one action item from each objective that would benefit from other resources for implementation of the Florida Black Bear Management Plan Table 4. Landscape-scale wildlife habitat planning efforts in Florida ix
11 Preface Table 5. Florida counties identified by Bear Management Unit (BMU), whether in primary () and/or secondary () or in neither bear range, and the number of core complaints received from the public by Florida Fish and Wildlife Conservation Commission in Table 6. Bear harvest information for Apalachicola Wildlife Management Area (WMA), Osceola WMA, and Baker and Columbia counties, Florida 98 to 994 (Reproduced from GFC 993) Table 7. Population estimates, trends and hunting status of the 4 states with resident black bear populations (compiled from Spencer et al. 7, Hristienko et. al., Lackey and Beausoleil, and state agency websites/personnel) Table 8. Land cover/land uses identified as primary, secondary, or traversable habitat for Florida black bears (Endries et al. 9) x
12 Preface LIST OF FIGURES Figure. Historic (pre-8) and 5 occupied bear range in Florida (from Simek et al. 5).... Figure. The relative importance of vision, hearing and smell to bears is implied by the animal s relatively small eyes, large ears and very long snout Figure 3. The range of the Florida black bear subspecies. Primary range is a contiguous area that has documented evidence of female bears and reproduction; whereas secondary range includes areas where bears consistently occur but has infrequent evidence of females or reproduction (Florida range map produced by FWC [Simek et al 5]; Alabama and Georgia range maps by Clark et al. 6).. 4 Figure 4. Changes in black bear distribution in Florida from before 8, 978 (Brady and Maehr 985), and 5 (Simek et al. 5) Figure 5. An unrooted phylogenetic tree depicting the genetic relationships among Florida black bear populations (from Dixon et al. 7). Branch lengths correspond to genetic distance. Subpopulations are Eglin (EG), Apalachicola (AP), Aucilla (AU), Osceola (OS), Ocala (OC), St. Johns (SJ), Chassahowitzka (CH), Highlands/Glades (HG), and Big Cypress (BC)... 7 Figure 6. Types of human-bear conflicts, as described by callers, received by FWC from 99 to in Florida (n = 5,49) Figure 7. Number of reports relating to bears received by the Florida Fish and Wildlife Conservation Commission from 99 to (n = 5,49; one report may include several telephone calls) Figure 8. Number of bears killed by vehicles, or euthanized due to vehicle injuries, documented each year from 99 to in Florida (n =,57) Figure 9. Number of bears killed by vehicles, or euthanized due to vehicle injuries compared to vehicle traffic on state roads (FDOT ) from 998 to in Florida Figure. Bear Management Units and occupied bear range in Florida Figure. Bear range (Simek et al. 5) and Conserved Lands (FNAI 9) in the West Panhandle Bear Management Unit Figure. Bear-related reports received by FWC in the West Panhandle Bear Management Unit between 99 and (n = 3,584) Figure 3. Bear-related report types received by FWC in the West Panhandle Bear Management Unit between 99 and (n = 3,584) Figure 4. Number of bears killed by vehicles, or euthanized due to vehicle injuries, documented each year in the West Panhandle Bear Management Unit between 99 and (n = 98) xi
13 Preface Figure 5. Bear range (Simek et al. 5) and Conserved Lands (FNAI 9) in the East Panhandle Bear Management Unit.... Figure 6. Bear-related reports received by FWC in the East Panhandle Bear Management Unit between 99 and (n = 3,75).... Figure 7. Bear-related report types received by FWC in the East Panhandle Bear Management Unit between 99 and (n = 3,75).... Figure 8. Number of bears killed by vehicles, or euthanized due to vehicle injuries, documented each year in the East Panhandle Bear Management Unit between 99 and (n = 499).... Figure 9. Bear range (Simek et al. 5) and Conserved Lands (FNAI 9) in the Big Bend Bear Management Unit Figure. Bear-related reports received by FWC in the Big Bend Bear Management Unit between 99 and (n = 3) Figure. Bear-related report types received by FWC in the Big Bend Bear Management Unit between 99 and (n = 3) Figure. Number of bears killed by vehicles, or euthanized due to vehicle injuries, documented each year in the Big Bend Bear Management Unit between 99 and (n = 4) Figure 3. Bear range (Simek et al. 5) and Conserved Lands (FNAI 9) in the North Bear Management Unit Figure 4. Bear-related reports received by FWC in the North Bear Management Unit between 99 and (n = 97).... Figure 5. Bear-related report types received by FWC in the North Bear Management Unit between 99 and (n = 97).... Figure 6. Number of bears killed by vehicles, or euthanized due to vehicle injuries, documented each year in the North Bear Management Unit between 99 and (n = 7).... Figure 7. Bear range (Simek et al. 5) and Conserved Lands (FNAI 9) in the Central Bear Management Unit Figure 8. Bear-related reports received by FWC in the Central Bear Management Unit between 99 and (n = 5,558) Figure 9. Bear-related report types received by FWC in the Central Bear Management Unit between 99 and (n = 5,558) Figure 3. Number of bears killed by vehicles, or euthanized due to vehicle injuries, documented each year in the Central Bear Management Unit between 99 and (n =,46) Figure 3. Bear range (Simek et al. 5) and Conserved Lands (FNAI 9) in the South Central Bear Management Unit xii
14 Preface Figure 3. Bear-related reports received by FWC in the South Central Bear Management Unit between 99 and (n = 43).... Figure 33. Bear-related report types received by FWC in the South Central Bear Management Unit between 99 and (n = 43).... Figure 34. Number of bears killed by vehicles, or euthanized due to vehicle injuries, documented each year in the South Central Bear Management Unit between 99 and (n = 78).... Figure 35. Bear range (Simek et al. 5) and Conserved Lands (FNAI 9) in the South Bear Management Unit Figure 36. Bear-related reports received by FWC in the South Bear Management Unit between 99 and (n =,444) Figure 37. Bear-related report types received by FWC in the South Bear Management Unit between 99 and (n =,444) Figure 38. Number of bears killed by vehicles, or euthanized due to vehicle injuries, documented each year in the South Bear Management Unit between 99 and (n = 47) xiii
15 Preface LIST OF ACRONYMS BBAG: Black Bear Assistance Group BMU: Bear Management Unit BRP: Bear Response Program BSC: Bear Smart Community DOT: Florida Department of Transportation FWC: Florida Fish and Wildlife Conservation Commission GFC: Florida Game and Fresh Water Fish Commission (predecessor to FWC) LAP: Landowner Assistance Program NF: National Forest NWR: National Wildlife Refuge TAG: Technical Assistance Group USFS: U.S. Forest Service USFWS: U.S. Fish and Wildlife Service WMA: Wildlife Management Area 48 xiv
16 Preface GLOSSARY OF TERMS Black Bear Assistance Group (BBAG): A group of stakeholders solicited by FWC to provide local input on issues related to managing bears in Florida. This plan envisions one local group per Bear Management Unit (BMU). Bear Management Unit (BMU): These areas are geographically delineated by county borders and divide the entire state (and subsequently the group of bears living there) into smaller areas to more appropriately manage and conserve bears in Florida based on the following criteria: ) Commonality of geography and population dynamics for bears; ) Human social components related to interactions and management; 3) Shared management characteristics, objectives, and response; 4) Logistics in oversight and management; and 5) Balance of geographic and issue scale not so broad that the whole state is included, not so fine that every bear is treated differently. Bear Smart Community (BSC): An area of human habitation (such as a subdivision, a municipality or a rural collective) within occupied bear range where the residents, businesses and government act to prevent human-bear conflicts and reduce risks to human safety and private property by eliminating access to human food sources, encouraging education and using appropriate waste management. Biological Carrying Capacity: The maximum number of animals that a habitat in a specific area can sustain without negative impacts. Carbon Banking: Carbon banking is the process of growing trees to capture and store carbon dioxide from the atmosphere. Energy companies pay money to landowners to create carbon banks so they can receive carbon credits that are traded on the open market. Carnivore:. A species placed in the Order Carnivora by taxonomy, based on dentition and other skeletal characteristics. Although black bears are behaviorally omnivores, they are taxonomically classified as Carnivores. Note: references to the taxonomic order are always capitalized.. An animal whose diet consists almost entirely of meat. Note: references to the dietary term carnivore are not capitalized. Conservation Lands: Long term stability in habitat quantity or quality, regardless of whether publicly or privately owned, as measured by the managed lands category of the Florida Natural Areas Inventory in xv
17 Preface Core Complaints: A subset of the all bear-related calls received by FWC that are thought to be complaints, used in this plan to measure change in complaint levels. Core complaints will consist of the following categories: Apiary, Attacked animal, In building, In crops, In feed, In feeder, In garbage, Killed animal, Property damage, Threatened animal, and Threatened humans. Categories of human-bear interactions not included as core complaints include: Dead bear, In area, In tree, In yard, Sick/injured bear, and Other. Food Conditioned: The term describes the behavior of a bear which indicates it has had previous contact with people and was rewarded with food, resulting in the bear seeking human-sources of food. Habitat: An area with sufficient food, water, cover, and security to support wildlife, including bears. Habituated: The term describes the behavior of a bear which tolerates close proximity to people and has apparently lost its natural fear of humans. Landscape Connection/Connectivity: Lands that allow several biological processes to occur, including movements among disjunct subpopulations that allow for genetic interchange as well as the necessities of finding food, cover, and mates. Mast: A general term for edible fruit when eaten by wildlife. Hard mast includes acorn, hickory, pecan and other nuts while soft mast includes fleshy berries such as palmetto berries, blueberries, and grapes. Metapopulation: A group of subpopulations that are separated from one another geographically but still interact at some level. Occupied Range: The area of Florida where bears consistently occur, mapped at a state-wide scale as primary or secondary range. These areas have sufficient food, water, and cover to support bears but having bears in this location may not be desirable to people (i.e., Suitable). For example, bears live in neighborhoods with wooded areas scattered throughout towns close to Wekiva State Park, because they have access to trash and other human-provided foods. Normally such areas would not be considered bear habitat, but maps of occupied range may include some portions of it. Omnivore: An animal whose diet consists of a mix of plant material and animals (i.e., insects or meat). Phenology: The time when plants flower and bear fruit in response to climate and local weather patterns. Because Florida has highly variable seasonal and annual rainfall, the amount and distribution of fruiting plants is also highly variable. xvi
18 Preface Population: In this plan, the term population refers to all black bears living in Florida, as opposed to subpopulation, which are smaller groups of bears living and interacting in specific areas that, combined, make up the statewide population (see Subpopulation definition below). Potential Bear Habitat: Areas with characteristics that make them more likely to have bears living there. As the name implies, however, potential bear habitat is not necessarily occupied by bears. The four characteristics of potential bear habitat are: ) land cover type, ) habitat size, 3) distance from high quality habitats, and 4) connectivity and size of large habitats across the landscape (see Appendix V). Primary Bear Range: The portion of occupied range within Florida representing breeding range; containing documented evidence of consistent reproduction or the presence of female bears or cubs (mapped at the statewide scale). Project WILD: An interdisciplinary conservation and environmental education program emphasizing wildlife. The program is designed for educators of kindergarten through th grade students. It capitalizes on the natural interest children and adults have in wildlife by providing hands-on activities that enhance student learning in all subject and skill areas. Secondary Bear Range: The portion of occupied range in Florida where bears occur outside primary bear range; bears can be found consistently in secondary range but sightings of females or cubs are infrequent/inconsistent (mapped at the statewide scale). Social Carrying Capacity: The upper limit of a population of wildlife based upon human society s tolerance and acceptance of conflicts with wildlife. Subpopulation: A grouping of wild black bears living in a specific area, often named for the large block of public land in which they live. For example, the Eglin subpopulation is named after Eglin Air Force Base, which comprises the main area on which most bears in the West Panhandle BMU reside. There are seven black bear subpopulations in Florida: Eglin, Apalachicola, Osceola, Ocala/St. Johns, Chassahowitzka, Glades/Highlands, and Big Cypress. Successional Sere: Plant succession is the characteristic sequence of developmental stages in the composition of plant communities following a natural or human disturbance. A sere is one of those developmental stages. Suitable Habitat: Habitat capable and large enough to support bears that is outside of towns or dense developments. Habitat patches surrounded by development that are so small as to preclude management would not be considered suitable habitat. xvii
19 Preface Sustainable: A statewide bear population that is healthy and able to persist over the long-term without the need for frequent intensive management actions. Traversable: Lands with characteristics that allow movement of bears through them, but do not, in and of themselves, provide adequate habitat to sustain bears. Umbrella Species: A species of animal that uses large natural areas of habitat containing many different kinds of plant and animal species. Thus, if habitat for the umbrella species is protected, habitat for the other species is protected as well. Viable: Refers to either a population or subpopulation that contains an adequate number of individuals appropriately distributed to ensure a high probability of longterm survival, in spite of natural fluctuations in numbers, without significant human intervention. xviii
20 Chapter : Introduction CHAPTER : INTRODUCTION The Florida black bear (Ursus americanus floridanus) is a unique subspecies of the American black bear (Ursus americanus) that historically ranged throughout Florida and the southern portions of adjoining states (Hall 98, pg 45). Today, black bears occupy only a portion of their historic range in Florida (Figure ). The State listed the black bear as Threatened in 974. Past and present human activity has impacted the Florida black bear population 3 and the habitats upon which it depends. Black bear management has become increasingly complex with contentious issues surrounding human-bear interactions such as garbage and other human food attractants, feeding, and hunting. Human-bear encounters will likely continue to increase in number and intensity as both Florida s human and bear populations grow and expand. Therefore, managing bears requires understanding the interaction of biological and social components. A plan is needed to systematically address those concerns so that Florida s citizens can live with and enjoy a healthy, sustainable bear population. The large spatial requirements of bears, fragmented nature of the bear population, and increasing human development that leads to conflicts will play significant roles in the future of bears in Florida. In order to maintain a sustainable population of bears throughout Florida, we must provide adequate habitats, promote viable subpopulations, provide connections among subpopulations, manage human impacts, and influence human behavior. If a subpopulation drops below a certain level, it becomes increasingly susceptible to negative effects like inbreeding and environmental variability. Low bear subpopulations also reduce opportunities for people to enjoy observing them or their sign (i.e., tracks, scat). Therefore, staying above a certain lower population level is important from a biological, as well as a social perspective. There are also negative impacts if a population rises above a certain level. Increased negative human- 3 Bolded terms are defined in the glossary.
21 Chapter : Introduction Figure. Historic (pre-8) and 5 occupied bear range in Florida (from Simek et al. 5). bear interactions can result in a lower social acceptance of bears. This level of tolerance, or social carrying capacity, refers to the maximum number of bears that people will tolerate in an area (see Chapter 7: Social Impacts). In addition, there is also a biological carrying capacity (see Chapter 7: Social Impacts), which is the maximum number of bears that an area can support without experiencing detrimental effects. High density deer populations can over-browse their habitat; however, habitat quality is not strongly influenced by high bear numbers. Rather, high bear densities can reduce litter size and cub survival and displace bears into neighborhoods, increasing the likelihood of human-bear conflicts. The exact point at which black bear populations reach biological and social carrying capacity can vary by time and location depending on habitat availability and quality, as well as public understanding and perception of bears. This level of tolerance can be different for each year, region, and constituency. The impacts of
22 Chapter : Introduction bears (both positive and negative) on humans and the benefits derived by people from bears results in the human tolerance of bears. Negative human-bear interactions still occur where bear populations are at low density; therefore, biological carrying capacity for bear populations may exceed the social carrying capacity. It is important to consider both the biological and social carrying capacity of an area when managing bears. Determining social carrying capacity will involve economic, political, social, and biological input. Homeowners experiencing property damage from bears, for example, may conclude that bears have exceeded their social carrying capacity and therefore desire fewer bears. However, for the visitor traveling to Chassahowitzka Wildlife Management Area (WMA) hoping to see a bear, the current population level may be too low to provide sufficient viewing opportunities. Management responsibility for Florida black bears falls largely on the Florida Fish and Wildlife Conservation Commission (FWC), but numerous agencies, organizations and individuals share responsibility for various aspects, such as habitat protection and management, resolution of human-bear conflicts, and education and outreach. While FWC may have much of the responsibility, many activities in this plan cannot be successfully accomplished without strong input and participation from partners. Developing an integrated and comprehensive management plan requires broad thinking from several disciplines within the wildlife management field, and it must include input from members of the affected public (stakeholders). Significant stakeholder engagement and interaction has occurred and will continue to occur throughout these efforts. FWC recognized that diverse stakeholder involvement from the outset of the management planning process would provide balance and needed guidance. Given past stakeholder involvement in agency planning efforts, FWC agreed it was appropriate first to produce an internal draft while concurrently engaging with stakeholder groups referred to as the Technical Assistance Group (TAG). With completion of this draft plan, a comprehensive process for review and 3
23 Chapter : Introduction comment was implemented with the public (see Preface: Creation of the Bear Management Plan). This plan follows a format similar to other FWC management plans, including text on life history, population status and trends, and ecology; assessment of threats; conservation goals and objectives with recommended actions; an implementation strategy, and anticipated impacts. While this bear management plan is new, it builds on work others have done over the past few decades and considerable pre-work and scoping had been done through earlier FWC bear program efforts (GFC 993, Eason 3). The final, fully vetted Florida Black Bear Management Plan will serve as the blueprint for statewide black bear management. This plan provides a framework for local stakeholders to provide FWC with their input on managing bear populations, habitat, and human-bear interactions on a regional level. 4
24 Credit: FWC Black Bear Management Plan Chapter : Biological and Management Background CHAPTER : BIOLOGICAL AND MANAGEMENT BACKGROUND Description Merriam (896) first described what he called the Everglades bear as a separate species, and suggested that its long skull and highly arched nasal bones distinguished it from other bears. Subsequent analysis by Hall and Kelson (959) and Harlow (96, 96) identified the Florida black bear (U. a. floridanus) as one of 6 recognized subspecies of the American black bear and as one of three subspecies in the southeastern United States (Hall 98). Although black bears are classified as Carnivores taxonomically because of their teeth and other skeletal characteristics, they are omnivorous in their diet, behavior, and ecological role. Black bears are large-bodied mammals with short tails, prominent canine teeth, and feet with short, curved, non-retractable claws on each of the five digits (Figure ). Black bears walk with the entire sole of their feet touching the ground. Bears use a pacing stride, where both legs on the same side move together so that the hind foot is placed in or slightly in front of the track of the forefoot; the smaller (inner) toe occasionally does not register in the track. Eyes are small, and ears are round and erect. Pelage color is consistently black in Florida, but summer molting of guard hair may cause them to look brown. The muzzle is usually tan but may be darker; 5 to 33 percent of individuals in Florida possess a white chest blaze (FWC, unpublished data, 4). Figure. The relative importance of vision, hearing and smell to bears is implied by the animal s relatively small eyes, large ears and very long snout. 5
25 Chapter : Biological and Management Background Adult (> three years old) male bears in Florida typically weigh 5 to 35 lbs (average = 7) and adult females weigh 3 to 8 lbs (average = 66) although with Florida s long growing season and availability of calorie-rich human foods, bears can become larger. The largest bears on record in Florida are a 64 lb. male killed on a county road in Collier County and a 383 lb. female killed on a roadway in Liberty County. Reproduction Female bears in Florida become sexually mature at three to four years of age (Garrison 4). Breeding occurs from mid-june to mid-august (Garrison 4, Land et al. 994) and coital stimulation is required in order to induce ovulation (Pelton 98). Black bears experience delayed implantation, where fertilized eggs temporarily cease development after a few divisions, float free in the uterus and do not implant until late November or December (Pelton 98). This adaptation allows bears to synchronize reproduction with annual food cycles. Lowered nutritional levels caused by poor acorn or berry production can result in delayed first breeding, decreased litter sizes, and increased incidence of barren females (Pelton 98). Reproductive females enter winter dens in mid- to late December and emerge in early to mid-april after a mean denning period of to 3 days (Garrison 4, Dobey et al. 5). Actual gestation is 6 days, and cubs are born in late January to mid-february. Most studies in Florida (Dobey et al. 5, Garrison 4, Land et al. 994) have documented an average litter size of approximately two cubs, although Garrison et al. (7) documented greater productivity in Ocala National Forest (NF) in older females and females with previous litters. At birth, cubs weigh approximately ounces and are partially furred but blind and toothless. Neonatal growth is rapid and cubs weigh six to eight pounds by the time they leave the den at about ten weeks of age. Cubs stay with their mother and may den with her the following year. Family dissolution usually occurs between May to July when cubs are 5 to 7 months old. Females generally form a home range overlapping their natal range (Moyer et al. 6) while young males disperse to new areas. 6
26 Chapter : Biological and Management Background Subpopulation Density and Abundance Bears are solitary, reclusive and live at relatively low densities over large landscapes characteristics that make a direct count of bears infeasible. However, mark-recapture techniques to estimate subpopulation abundance do not require direct counts, and are reliable and scientifically sound (Williams et al. ). Simek et al. (5) used these techniques to estimate the densities of six bear subpopulations in Florida (Eglin, Apalachicola, Osceola, Ocala, St. Johns and Big Cypress). Based on genetic analyses (Dixon et al. 7), this plan combined the Ocala and St. Johns subpopulations into one subpopulation (Ocala/St. Johns). The density estimate from each subpopulation was then extrapolated across the primary ranges of that subpopulation to estimate bear abundance in the primary range. Subpopulation abundance estimates ranged from 8 bears in Eglin to,5 bears in Ocala/St. Johns (Simek et. al. 5; Table ). The estimate of bear abundance in the five subpopulations, with 95% statistical confidence, was,68 bears (+ 8). Chassahowitzka and Glades/Highlands subpopulations may be too low to estimate based on mark-recapture models, but long-term research suggests that the Chassahowitzka subpopulation has about bears (Orlando 3, Brown 4) and that the Glades/Highlands subpopulation contains approximately 75 bears (J. Cox, University of Kentucky, 9, personal communication). Adding these approximations to the Simek et al. (5) estimates provided a statewide estimate of,75 to,94 bears in. This estimate was for bears in primary range only; it does not include bears in secondary range. Bears consistently occupy secondary range, but at a lower and more variable density than primary range, which makes estimating their abundance difficult. Population estimates of Florida black bears outside the state are 5 to for Alabama (Hristienko et al. ) and 7 to 8 for southern Georgia (Greg Nelms, Georgia Department of Natural Resources, 9, personal communication). 7
27 Chapter : Biological and Management Background Table. Estimates of density and abundance for five Florida black bear subpopulations in primary range in extrapolated from bear density estimates (from Simek et al. 5). Subpopulation Density (acres/bear) Abundance Estimate (Mean) Abundance Estimate (Range) Apalachicola 4, Big Cypress, Eglin 5, Ocala/St. Johns,9/3,699,5 85,5 Osceola, Habitat Use and Home Range Black bears are adaptable and inhabit a variety of forested habitats. Habitat selection by bears is a function of nutritional needs and spatially fluctuating food sources. The Florida black bear thrives in habitats that provide an annual supply of seasonally available foods, secluded areas for denning, and some degree of protection from humans. Harlow (96) described optimal bear habitat in Florida as a mixture of flatwoods, swamps, scrub oak ridges, bayheads and hammock habitats, thoroughly interspersed. Self-sustaining and secure subpopulations of bears in Florida are typically found within large contiguous forested tracts that contain understories of mast or berry-producing shrubs or trees. Large parcels of public land with habitats as diverse as the seasonally inundated pine flatwoods, tropical hammocks and hardwood swamps of the Big Cypress National Preserve (Maehr et al. ) and the xeric sand pine-scrub oak community growing on relic sea dunes in Ocala NF (McCown et al. 9) support large and healthy subpopulations of bears. Smaller subpopulations are associated with less expansive habitats that tend to be highly fragmented and tightly bound by urban areas and highways (Larkin et al. 4). Variation in home range size and shape is influenced by the timing and location of nutritional resources, subpopulation density, reproductive status, as well as human influences such as habitat fragmentation. Female black bears select a home range based on availability of resources with smaller home ranges found in more 8
28 Chapter : Biological and Management Background optimal habitat. Male black bears establish a home range in relation to the presence of females (Sandell 989) and their home ranges are usually three to eight times larger than those of females (Pelton 98). Florida black bears exhibit a wide variety of home range sizes based on the diversity of habitats and habitat quality found in their location (Table ). Female bears with cubs have smaller summer home ranges than females without cubs but much larger fall home ranges than females without cubs (Moyer et al. 7). The larger fall home range is a response to the nutritional needs of rapidly growing cubs. Genetically related females establish annual and seasonal home ranges closer to each other than do unrelated females, and females with overlapping home range cores are more closely related than females without overlapping home range cores (Moyer et al. 6). Bears in natural habitats are generally most active at dawn and dusk but occasionally make extensive movements during daylight hours, especially during fall when bears consume large quantities of food. Black bears daily caloric intake can increase from an average of 5,/day to,/day in fall (Jonkel and Cowan 97). Bears that live close to urban and suburban areas tend to be more active at night. Dispersing males and bears seeking food may travel extensively. A twoyear-old male bear was documented moving a minimum of 87 miles from the vicinity of Naples to Lake Placid, Florida (Maehr et al. 988). Maehr et al. (988) and Moyer et al. (7) noted enlarged home ranges and more extensive movements by females during a year in which severe drought significantly limited the availability of food. Food Habits Although members of the Order Carnivora, black bears evolved as omnivores at latitudes and under climate regimes that caused dramatic fluctuations in the seasonal availability of food. As a result, even bears in Florida exhibit an annual cycle of feasting and fasting. In fall, bears wander widely and forage extensively in order to accumulate enough energy in the form of fat to survive the winter. Adult 9
29 Chapter : Biological and Management Background Table. Annual home ranges of female Florida black bears within the range of the subspecies. Location Annual Home Range (acres) Mobile, AL a,989 Ocala NF, FL b 5,6 Wekiva River Basin, FL c 6,78 Chassahowitzka NWR, FL d, e 6,78 Osceola NF, FL f 7,488 Okefenokee NWR, GA g 3,8 Big Cypress National Preserve, FL h 4,6 Eglin Air Force Base, FL i,69 a. Edwards f. Scheick 999 b. McCown et al. 4 g. Dobey et al. 5 c. Roof and Wooding 996 h. Land et al. 994 d. NWR = National Wildlife Refuge i. Stratman 998 e. Orlando 3 bears may increase their body weight by 5 to 4 percent in fall (Jonkel and Cowan 97). In winter, the consumption of food by bears is greatly reduced and reproductive females may spend many weeks in the natal den with little or no additional nutrition. Bears are opportunistic foragers, taking advantage of seasonally abundant/available fruits, nuts (especially acorns), insects, and increasingly, anthropogenic (produced by humans) foods such as garbage and pet, bird and livestock feed. Because of natural fluctuations in phenology, a food item that is very abundant one year may not be available at all the following year. Given the nonspecific food habits of the Florida black bear and the diversity of habitats in the state, the list of food items consumed is lengthy (Maehr and DeFazio 985). However, approximately 8 percent of the natural bear foods in Florida are plant material (Maehr and DeFazio 985). Although 66 different plant species have been identified in bear diets, the fruits and fiber of saw palmetto are important throughout Florida and throughout the year (Maehr et al. ). Insects make up around 5 percent of Florida black bear diets, usually in the form of colonial insects
30 Chapter : Biological and Management Background (e.g., ants, termites) and beetles (Maehr and Brady 984). The remaining five percent of a typical bear diet in Florida is animal matter, which includes mediumsized mammals like raccoons, opossums, and armadillos as well as small livestock and white-tailed deer. Deer in Florida black bear diets ranges between zero and three percent (Land et al. 994, Maehr and Brady 98, Maehr and Brady 984, Maehr and DeFazio 985, Roof 997, Dobey et al. 5). While black bears will prey on deer fawns, most studies have shown bears are opportunistic rather than active predators and that animal matter in their diet typically comes from scavenging dead animals (Pelton 98). Mortality Aside from other bears, adult Florida black bears have few natural predators. Adult males opportunistically kill cubs and occasionally kill and eat denning adult females and their young (Garrison et al. 7). Most mortality occurs from birth to age one year and can exceed 6 percent (Garrison et al. 7). Annual female survivorship typically exceeds 9 percent while that of males is 5 to percent lower (Hostetler et al. 9, Wooding and Hardisky 99). Males experience lower survival rates because they have larger home ranges and are more mobile which exposes them to greater risks especially to collisions with vehicles (McCown et al. 9). The oldest wild bear documented in Florida was a 4-year-old female from the Apalachicola subpopulation. Known mortality of adult bears is caused largely by humans (i.e., vehicle collisions, illegal kill, euthanasia). In highly fragmented habitat, bears have more frequent interactions with humans and human-related sources of mortality can be significant. Bears living near towns bordering Ocala NF experienced anthropogenic mortality of adult females at a level that would be unsustainable if the subpopulation was isolated (McCown et al. 4). A similar rate would be catastrophic to the smaller, isolated subpopulations like Chassahowitzka or Eglin. Vehicle collisions are the leading known cause of death for bears in Florida (McCown et al. ). From to, FWC documented an average of 36
31 Chapter : Biological and Management Background bears hit and killed by vehicles each year. In, vehicle collisions resulted in an annual mortality rate of 4.8 percent on the overall statewide bear population. Although vehicle collisions are a significant source of mortality, subpopulations above individuals with the reproductive characteristics common to most subpopulations of Florida black bears (e.g., females reproduce at three years old and produce two cubs every two years) can sustain a maximum annual mortality of up to 3 percent (Bunnell and Tait 98) without experiencing a decline. Many bears survive collisions with vehicles but sustain significant injuries. Out of 9 juvenile and adult bears captured in Ocala NF, twelve (3%) had one or more healed skeletal injuries and/or primarily limb fractures that were likely a result of vehicular collision (McCown et al. ). Illegal killing (i.e., poaching) of bears is a regular, though relatively low, mortality factor. Bears are illegally killed because of conflicts with livestock or other property damage and for sale of bear parts on the black market. However, the number of documented bears killed illegally in Florida each year is fairly low. From 99 to, FWC documented 47 illegally killed bears. Most studies involving radio-collared bears in Florida (Wooding and Hardisky 99, Land et al. 994, McCown et al. 4) have reported the incidence of illegally killed bears to be relatively low within large contiguous land parcels and substantially higher within the fragmented habitats bordering urban and suburban areas. FWC attempts to capture and euthanize any bears that could be a threat to public safety. Between 7 and, FWC euthanized an average of 5 bears per year due to the bear s conflict behavior. Of the bears euthanized during that time period, 68% were associated with seeking out unsecured garbage or other humanprovided food sources. Bears that are euthanized have typically lost all their instinctive fear of people and in some cases approached people for food. Serious diseases are uncommon in black bears. There are no reports of rabid black bears in Florida and few from elsewhere. Demodetic mange resulting in generalized hair loss to adult females is relatively common (78%; McCown et al. ) in one locale on the western border of Ocala NF. Few cases have been
32 Chapter : Biological and Management Background observed in any other subpopulation in Florida although one case has been reported from outside of Florida (Foster et al. 998). Demodetic mange is transmitted from sow to cub but males recover by their second year (Cunningham et al. 7). Twenty-five other species of parasites have been reported from Florida black bears including 7 nematodes, two trematodes, one protozoan, and five arthropods; however mortality caused by parasites has not been documented (Forrester 99). Distribution Historically, black bears ranged throughout the southeastern United States with the Florida subspecies inhabiting all of Florida (except the lower Keys) and southern portions of Georgia and Alabama (Hall 98). However, the distribution of the subspecies has been significantly reduced and fragmented to one subpopulation each in Alabama (near Mobile) and Georgia (in and around the Okefenokee National Wildlife Refuge [NWR]), and in Florida to seven subpopulations (Eglin, Apalachicola, Osceola, Ocala/St. Johns, Chassahowitzka, Glades/Highlands and Big Cypress; Figure 3). Occupied range occurs in 48 of the 67 Florida counties (Appendix I, Table 5) and covers approximately 7,5 square miles (, square miles of primary range and 7,5 square miles of secondary range). Bears currently occupy 3 percent of their historic range in Florida, an expansion from the 7 percent occupied almost years ago (GFC 993). Early range maps were based on the subjective opinion of experienced biologists. Bear ranges were difficult to estimate with accuracy, as evidenced by the production of three differing bear range maps within a four year period (GFC 975, GFC 977, Brady and McDaniel 978). Modern genetic analyses indicate that some individual bears must have persisted in the Eglin and Glades/Highlands subpopulations in the late 97 s (Dixon et al. 7), although perhaps there were so few that their range could not be mapped at that time. Despite the challenges in mapping historical bear distribution, all accounts support bears have been expanding their range since the mid- th century (Frye et al. 95, GFC 975, GFC 977, Brady and McDaniel 978, Maehr and Brady 985; Figure 4). 3
33 Chapter : Biological and Management Background Figure 3. The range of the Florida black bear subspecies. Primary range is a contiguous area that has documented evidence of female bears and reproduction; whereas secondary range includes areas where bears consistently occur but has infrequent evidence of females or reproduction (Florida range map produced by FWC [Simek et al 5]; Alabama and Georgia range maps by Clark et al. 6). 4
34 Chapter : Biological and Management Background Figure 4. Changes in black bear distribution in Florida from before 8, 978 (Brady and Maehr 985), and 5 (Simek et al. 5). Genetic Profile Bears are particularly vulnerable to habitat loss and fragmentation because of their low numbers, low densities, large home ranges, low productivity, poor colonization abilities, and increased interactions with humans brought about by habitat alterations. Habitat fragmentation and degradation in Florida reduced what was once a single large population of bears that roamed virtually the entire state into several smaller, largely isolated subpopulations. Habitat fragmentation can lead to isolation of subpopulations and reduction of subpopulation size which may cause a decrease in genetic variation (Frankham 996). Loss of genetic variation may reduce the ability of individuals to adapt to changes in the environment, cause inbreeding depression (Ebert et al. ), and increase the probability of extinction (Westemeier et al. 998). Small, isolated subpopulations are at a higher risk of extinction than large, genetically-connected subpopulations 5
35 Chapter : Biological and Management Background (Frankham et al. ). The impacts of inbreeding caused by small subpopulation size have been documented in black bears in Alabama, including kinked tail vertebrae, lack of external tails, cryptochidism (lack of external scrotum or testes or descended testicle), and a prolapsed rectum (Kasbohm and Bentzien 998). Florida panthers (Puma concolor coryi) suffered similar defects prior to the release of eight Texas puma (Puma concolor) females into the Florida panther population. The symptoms of panther inbreeding included such congenital abnormalities as lethal heart defects, cryptorchidism, sperm malformation and lack of sperm motility. Subsequent to the genetic rescue efforts for the Florida panther, congenital abnormalities have decreased significantly (Mansfield and Land ; D. Onorato, FWC, personal communication, ). An analysis of the genetic structure of Florida s black bears indicated that many of the state s bear subpopulations have been isolated from one another long and completely enough that genetic differentiation between them is measurable (Dixon et al. 7). This plan combined the former Ocala and St. Johns subpopulations because the genetic analysis found the subpopulations to be genetically indistinguishable. Although the analysis treated Aucilla as a separate subpopulation, it is considered a part of the Apalachicola subpopulation in this document because the ranges are contiguous. Genetic differentiation was most evident in the Chassahowitzka, Glades/Highlands, and Eglin subpopulations (Figure 5). Because the degree of genetic differentiation exceeded that which would be explained by distance alone, it was thought that isolation was caused by people (i.e., major highways block movements). Additionally, the genetic variation within the Chassahowitzka and Glades/Highlands subpopulations are among the lowest reported for any bear population (Dixon et al. 7). These two smaller subpopulations were apparently so small that they were not mapped in 978 (Brady and McDaniel 978). 98 6
36 Chapter : Biological and Management Background Figure 5. An unrooted phylogenetic tree depicting the genetic relationships among Florida black bear populations (from Dixon et al. 7). Branch lengths correspond to genetic distance. Subpopulations are Eglin (EG), Apalachicola (AP), Aucilla (AU), Osceola (OS), Ocala (OC), St. Johns (SJ), Chassahowitzka (CH), Highlands/Glades (HG), and Big Cypress (BC). Ecological Significance of Bears Black bears are recognized as an umbrella species, a species whose habitat requirements encompass those of many other species. Given the large area requirements of bears and the diversity of habitats they use, many species are protected under the umbrella of bear conservation. The black bear has been an instrumental species in conserving natural habitats; the presence of bears is occasionally cited as justification for land protection efforts in Florida. Although land management activities specifically targeted to benefit bears are uncommon, such efforts would benefit many other species. Additionally, because bears are seed dispersers, they may have a significant impact on plant distribution, particularly for large-seeded species such as saw palmetto (Maehr 984, Auger et al. ). Land Use and Bear Populations At the time of the first European contact in what is now Florida, it was estimated there could have been over, bears sharing their space with 35, native inhabitants (GFC 993, Milanich 995). With such low numbers, it is unlikely that humans had significant direct impacts on bears. Native Americans cleared forests for villages and agriculture and set fires to improve hunting and 7
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About Devin Lindsey
I graduated from Grinnell College with a degree in Computer Science. In college, I researched ways to three dimensionally model multi-variate data (specifically data representing student's web usage in classrooms). I interned at IBM Extreme Blue in Austin, TX, working on a way to shorten the deployment time of Tivoli Identity Manager (TIM). I currently work at IBM in Westford, MA on the Common PIM Porltets (CPP) which are a mail and calendar portlet that run on WebSphere Portal. <br/>
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Grealish latest young player to be allegedly snapped using 'hippy crack'
Jack Grealish has been in the news incessantly since his sparkling performance in the FA Cup semi-final clash against an admittedly beleaguered Liverpool side.
The young star has shown real promise and countless column inches have been dedicated to his precarious international career in recent weeks.
Grealish, however, could be in for some disciplinary action at his club over an alleged image of him inhaling what appears to be the legal high 'hippy crack'.
The Sun has published pictures that appear to show the star taking the legal high that anti-drug campaigners have warned can be fatal.
The newspaper says the image - which shows Grealish with another man - was taken approximately six months ago in a hotel room.
Nitrous Oxide, when inhaled from a balloon or similar paraphernalia, can induce a felling of euphoria and leads to the 'giggles'.
Earlier this month, Liverpool's Raheem Sterling was snapped inhaling 'hippy crack' before apparently passing out temporarily. He was cautioned by his club.


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Terrorism scare rattles residents in Old Saybrook
Old Saybrook — A police dispatcher sent out a prerecorded, loudspeaker message Sunday afternoon telling residents to seek shelter because of a terrorist attack. Shortly after, the police department sent out a mass telephone message to 5,000 residents that said there was no emergency or homeland security crisis.
Police Chief Michael A. Spera said that the department received a few calls but that there wasn't panic in town.
Jim Reck, who lives near the fire department where the initial announcement was made, said the experience was "unsettling."
"I looked at my wife and my wife was like, 'Oh my God, did that just say what I think it said?'"
He said he initially looked outside and there seemed to be a sudden stream of cars in the street. Then he checked Twitter, Facebook and the television, he said.
"There was nothing, which made it even more, I think that kind of magnified the uncertainty, so I was like, OK let's go," Reck said.
He and his wife jumped in the car and drove to Main Street where they saw people sitting around outside at Penny Lane Pub.
"We figured they thought everything was safe or that they didn't care — one last meal," Reck said.
There was also no activity at the firehouse, he said.
So they decided to go back home. Shortly afterward he saw that Fire Chief JT Dunn had responded to a Facebook message Reck had posted. Dunn asked Reck to call him.
Reck called and found out that the message had gone out by mistake. Dunn also informed Reck about the mass-calling emergency system, Everbridge, which Reck had not signed up for.
The mass-calling system reaches residents' home phones, but if someone has a cell phone they need to sign up for the service at ctalerts.gov, Spera said.
Spera said the dispatcher was trying to send out a message to the fire department to clean up Fireman's Field after a fundraising event Saturday for returning U.S. Marine Sgt. David Tupper.
When the dispatcher did not see the button he was looking for on the computer screen, he went to a second window labeled emergency management, Spera said.
"He thought he did his job when in fact what he did was send out that we are under terrorist attack message," Spera said.
The chief said his options were to ignore the message, send out another loudspeaker message or use the mass-calling system, which he chose to use because of how quickly information travels these days on social media sites.
"I thought the best thing I could do is alert all our citizens that a mistake was made and that there was no active emergency," he said.
The three areas where the loudspeaker message was broadcast were the fire department, Fenwick and Saybrook Point, he said.
There is an internal review underway and some sort of corrective action will be taken, Spera said. It may or may not be discipline with the employee or procedural corrective action, he added.
He said there hasn't been a problem in the 10 years the loudspeaker system has been used. In the past, the loudspeaker system has been used to warn residents about tropical storms and hurricanes.
"We will not let yesterday's mistake cloud the future of communicating with our residents during a crisis," Spera said Monday.
First Selectman Carl Fortuna said the matter was dealt with appropriately.
"It was clearly a mistake," he said. "As soon as he (Spera) realized there was a mistake, he took corrective action."
Any follow-up response will be handled by Spera, who is the dispatcher's supervisor, Fortuna said.
"It's an internal matter," he said.
Reck said he thought most people's first reaction would be "How can someone make such a horrifying mistake, but at the same time we all make mistakes every day."
He added that he would be OK, "as long as they address it, whether it is more training or more oversight."
Newington beats Waterford in state Section 3 LL baseball final
Judge delays decision on affordable-housing plan for Edgerton School property
Friday 'quiet' in New London after 14 K2 overdoses in 48 hours
Jeff Sessions just got in more trouble — and now he's put Trump in a box, too


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As India Goes Cashless, its Central Bank Researches Blockchain
Could blockchain take India cashless?
As India's government pushes ahead with a controversial plan to move the country away from physical cash, a group of researchers backed by its central bank has called for investigating how blockchain could achieve that goal.
The Institute for Development and Research in Banking Technology (IDRBT) was founded in the 1990s by the Reserve Bank of India (RBI), and last week, it released its first major white paper focused on blockchain (which includes details of a test related to trade finance applications).
In addition to providing a broad overview of the tech's mechanics and potential uses in the Indian banking sector, the white paper posits that the time is right to begin assessing how the rupee, India's national currency, could be digitized through the use of a distributed ledger.
The Indian government, led by Prime Minister Narendra Modi, sparked broad criticism for its move in early November to withdraw high-value banknotes of the Indian rupee, the country's currency. Modi would later double-down on his plan, calling for India to embrace digital money later that month, and the government went on to begin amending legislation to further those plans.
According to IDRBT, blockchain could help achieve that goal, highlighting work by central banks in countries like Canada and the United Kingdom, among others.
The paper's authors wrote:
"From a technological perspective, we feel that [blockchain] has matured enough and there is sufficient awareness among the stakeholders which makes this an appropriate time for initiating suitable efforts towards digitizing the Indian Rupee through [blockchain].â€
Roadmap call
The authors also suggested other avenues for India's broader banking sector to experiment with the tech.
To start, banks may want to consider standing up their own internal blockchain networks, both as a boon for training purposes as well as seeing what, if any, benefits the tech could bring to their institutions.
"Banks may setup a private blockchain for their internal purposes,†the authors wrote. "This not only helps them to train human resources in the technology, but also benefits by enabling efficient asset management, opportunities for cross-selling, etc.â€
From there, IDRBT goes on to say, banks could work cooperatively in the areas of AML/KYC, loan syndication and trade finance.
"Further areas where BCT can be applied advantageously in BFSI sector would be supply chain finance, bill discounting, monitoring of consortium accounts, servicing of securities and mandate management system,†the authors added.
Growing footprint in India
That the research group would call for broader use of blockchain within the Indian financial sector is perhaps unsurprising, given recent developments.
It was only last summer that the RBI itself called for domestic banks to pursue research into the tech, calling for institutions to work in conjunction with the IDRBT on possible applications.
"Cloud-based computing, blockchain processing technologies and virtualization of IT systems are a few examples which hold potential for being used in a big way,†RBI deputy governor Rama Gandhi said during a speech in July. "Banks and IDRBT can work together to study these, test them out and adapt for best use."
In mid-2015, officials from the central bank posited that while digital currencies could fuel money laundering efforts, they could also improve financial inclusion and reduce payments friction.
Since then, a number of financial institutions – as well as private sector stakeholders beyond the banking world – have moved explore use cases and develop products using the tech.
Image via Shutterstock


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Sports Illustrated has named the winningest coaches in men's and women's college basketball its Sportsman and Sportswoman of the Year.
Together, Mike Krzyzewski and Pat Summitt have combined for 1,982 wins (1,075 for her, 907 for him). According to SI's release, the two coaches will be honored in Manhattan Tuesday at a red-carpet gala featuring such previous winners as Chris Evert, Sugar Ray Leonard and Wayne Gretzky.
The magazine presents this award annually, but there's usually an element of "lifetime achievement" involved.
In Summitt's case, she's been a pioneer for women's sports, helping elevate the sport of women's basketball for 38 seasons. Over that time period, she has won eight national titles and has graduating every young woman who has played four years for her.
Coach K is four years away from 40 years of coaching, and he's won four national titles, the latest coming in 2010. At the 2008 Olympics and 2010 World Championships, he coached the U.S. national team program to two gold medals. No other coach has ever won the Olympics, the NCAAs and the Worlds -- and Krzyzewski did it in a span of 26 months.
The 2011 part of the equation?
Krzyzewski passed his college coach and mentor Bob Knight's mark and set the all-time Division I men's victory mark with his 903th win in November.
Summitt's year featured the heartbreaking diagnosis of early-onset dementia in August. But she hasn't let the diagnosis take her away from the court -- or the public. Last month, she launched the Pat Summitt Foundation to raise funds and awareness about Alzheimer's.
Krzyzewski and Summitt join John Wooden and Dean Smith as the only college basketball coaches to receive SI's Sportsman of the Year honor.
First-place votes in parentheses.
Football coaches' poll
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