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North American Pollinator Protection Campaign

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The North American Pollinator Protection Campaign (NAPPC) is an organization of academics, government officials, policy makers, and industry stakeholders working towards pollinator conservation in North America.

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29-692: NAPPC works in coordination with local, national, and international pollinator protection plans that focus on species, genera, families, or classes of animals. The campaign coordinates with existing projects that address pollinator habitats or migratory corridors. Such plans include Bat Conservation International ’s Management Plan, the Plant Conservation Alliance’s Plan, and the São Paulo Declaration on Pollinators [1] . NAPPC complements these and other pollinator conservation efforts in that it focuses on pollinator protection in

58-461: A colony to survive ( obligate ). For example, some carpenter bees will form colonies when a dominant hierarchy is formed between two or more nest foundresses (facultative colony), while corals are animals that are physically connected by living tissue (the coenosarc ) that contains a shared gastrovascular cavity . Unicellular and multicellular unitary organisms may aggregate to form colonies. For example, Modular organisms are those in which

87-684: A concentrated focus of research and conservation efforts to hopefully prevent their extinction . BCI is also a member of the Alliance for Zero Extinction , which seeks to safeguard the last habitats of critically endangered species. In 2022, Bat Conservation International (BCI) has employed the use of high accuracy workflow via GIS (Global Information System) to survey abandoned mines in New Mexico. They survey habitats that can support favorable conditions (right moisture and temperature, absence of predators, and other factors); protecting habitats helps

116-405: A genet (or genetic individual formed from a sexually-produced zygote ) asexually reproduces to form genetically identical clones called ramets . A clonal colony is when the ramets of a genet live in close proximity or are physically connected. Ramets may have all of the functions needed to survive on their own or be interdependent on other ramets. For example, some sea anemones go through

145-573: A virgin queen of the colony replaces the dead queen as the primary reproductive) or colony inheritance (when a worker takes over as primary reproductive). Individuals in social colonies and modular organisms receive benefit to such a lifestyle. For example, it may be easier to seek out food, defend a nesting site, or increase competitive ability against other species. Modular organisms' ability to reproduce asexually in addition to sexually allows them unique benefits that social colonies do not have. The energy required for sexual reproduction varies based on

174-457: Is a colony of microorganisms often comprising several species, with properties and capabilities greater than the aggregate of capabilities of the individual organisms. Colony ontogeny refers to the developmental process and progression of a colony. It describes the various stages and changes that occur within a colony from its initial formation to its mature state. The exact duration and dynamics of colony ontogeny can vary greatly depending on

203-489: The United States , Canada , and Mexico , and addresses species including invertebrates, birds, and mammals. NAPPC coordinates with existing pollinator protection plans to avoid duplication, use resources effectively and replicate proposals in new venues. The NAPPC Action Plan builds on scientific research concerning pollinators and pollinator habitats and promotes and supports pollinator research. Possible declines in

232-515: The ArcNews Winter 2022 issue, BCI has completed evaluating about 308 sites that yielded 8 habitats with evidence of bat activity. In addition to promoting scientific research on bats and their conservation, BCI is also involved in public policy. BCI announces opposition to legislation to mobilize its members against it, such as with Pennsylvania House Bill 1576, which would have changed how threatened and endangered species are protected in

261-864: The NAPPC has focused attention on the plight of pollinators and the need to protect them throughout the U.S., Canada, and Mexico. Two such efforts were the NAPPC Strategic Planning Conferences at the National Academy of Sciences in Washington, DC. These two conferences resulted in a blueprint for pollinator protection. Each year, NAPPC and the Pollinator Partnership present awards to individuals whose actions have made them notable as pollinators in Canada,

290-474: The U.S. each year. Bee poisonings from pesticides result in annual losses of $ 14.3 million. Pollinators support biodiversity, as there is a positive correlation between plant diversity and pollinator diversity. The elimination, replacement or reduction of a pollinator may result in the decline of a plant species, which in turn may affect plant abundance, and hence community dynamics and impact wild animals and humans that depend on those plants. The major goal of

319-541: The United States, and Mexico. Past awardees include: 2011 2010 2009 2008 2007 2006 2005 Bat Conservation International Bat Conservation International ( BCI ) is an international nongovernmental organization working to conserve bats and their habitats through conservation , education, and research efforts. BCI was founded in 1982 by bat biologist Merlin Tuttle , who led

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348-461: The alga Volvox (a coenobium ), or multicellular, as in the phylum Bryozoa . Colonial organisms may have been the first step toward multicellular organisms . Individuals within a multicellular colonial organism may be called ramets , modules , or zooids . Structural and functional variation ( polymorphism ), when present, designates ramet responsibilities such as feeding, reproduction, and defense. To that end, being physically connected allows

377-782: The alliance of pollinator researchers, conservation and environmental groups, private industry, and state and federal agencies, is to implement an action plan to: In recognition of the significance of a stable pollinator population, the Pollinator Partnership (formerly the Coevolution Institute) collaborating with the National Fish & Wildlife Foundation established the North American Pollinator Protection Campaign (NAPPC) in 1999. Since its founding,

406-462: The bat populations. Sites are then evaluated by using Survey123 ( a data collection application) to analyze and disseminate data (temperature, humidity, guano concentrations that determines concentration of food sources, etc.). 785 mines in the vicinity of Palomas Gap, Timber Mountain, Rincon Basin, Burbank Canyon, and Brushy Mountain have been selected by the BCI team as candidate locations. As reported from

435-405: The colonial organism to distribute nutrients and energy obtained by feeding zooids throughout the colony. The hydrozoan Portuguese man o' war is a classic example of a colonial organism, one of many in the taxonomic class. A microbial colony is defined as a visible cluster of microorganisms growing on the surface of or within a solid medium, presumably cultured from a single cell. Because

464-448: The colony as a whole and the modules within. In the latter case, modules may have specific functions within the colony. In contrast, solitary organisms do not associate with colonies; they are ones in which all individuals live independently and have all of the functions needed to survive and reproduce. Some organisms are primarily independent and form facultative colonies in reply to environmental conditions while others must live in

493-415: The colony is clonal , with all organisms in it descending from a single ancestor (assuming no contamination ), they are genetically identical, except for any mutations (which occur at low frequencies). Obtaining such genetically identical organisms (or pure strains ) can be useful; this is done by spreading organisms on a culture plate and starting a new stock from a single resulting colony. A biofilm

522-466: The division of labor becomes more pronounced. Some individuals may specialise in tasks like foraging, defense, or tending to the brood, while others may take on general tasks within the nest. These specialised tasks can change throughout the life of a worker. At a certain point in the colony ontogeny, usually after a period of growth and maturation, the colony produces reproductives, including new virgin queens (princesses) and males. These individuals have

551-545: The exact details can vary depending on the species, the general progression typically involves a number of well-defined stages, detailed below. In this initial stage, a single female individual or small group of female individuals, often called the foundress(es), queen(s) (and kings for termites) or primary reproductive(s), establish a new colony. The foundresses build a basic nest structure and begin to lay eggs. The foundresses can also perform non-reproductive tasks at this early stage, such as nursing these first eggs and leaving

580-467: The health and population of pollinators pose a threat to the integrity of biodiversity, to global food webs, and to human health. Factors which could contribute to declines include: The importance of pollinator services to ecosystem and economic health is well documented. Animal pollinators are needed for the reproduction of 90% of flowering plants and one third of human food crops Domestic honeybees pollinate approximately $ 10 billion worth of crops in

609-716: The native population of bats to avoid extinction. BCI has a team of 30 employees who manages the preservation of 35 endangered bat species with 3 species endemic to the United States. In conjunction with the Bureau of Land Management (BLM) and other government regional land management organizations, BCI collects data to locate these sites. Moreover, topographical maps provided by the USGS ( United States Geological Service ) and two Arrow 100 Global Navigation satellites System (GNSS) have been used to navigate terrains and locate entrances or gateways to prospective abandon mines that can be used by

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638-403: The nest to gather resources. This is also known as the ergonomic stage. As the eggs laid by the foundresses develop, they give rise to the first generation of workers. These workers can assume various tasks, such as foraging, brood care, and nest maintenance. Initially, the worker population is relatively small, and their tasks are not as specialised. As the colony grows, more workers emerge, and

667-730: The organism involved. For instance, the bacterial colony is a cluster of identical cells (clones). These colonies often form and grow on the surface of (or within) a solid medium, usually derived from a single parent cell. Colonies, in the context of development, may be composed of two or more unitary (or solitary) organisms or be modular organisms. Unitary organisms have determinate development (set life stages) from zygote to adult form and individuals or groups of individuals (colonies) are visually distinct. Modular organisms have indeterminate growth forms (life stages not set) through repeated iteration of genetically identical modules (or individuals), and it can be difficult to distinguish between

696-1103: The organization until his retirement in 2009. Since its establishment, BCI has formed partnerships with the U.S. Fish and Wildlife Service and many national and international agencies and nonprofits, and has produced publications, workshops, scholarships, and research, and site-specific projects in the US and internationally. BCI employs a staff of 30 biologists, educators, and administrators and has members in 60 countries. BCI operates by its "10 critical conservation strategies": 1) Accelerating scientific research 2) Preventing extinction 3) Protecting intact areas with highly diverse bat communities 4) Preserving megapopulations of bats 5) Creating global and regional partnerships 6) Addressing threats impacting multiple species at multiple sites 7) Promoting community-based bat conservation 8) Creating and enforcing legal and policy frameworks 9) Developing and perfecting important technology 10) Investing in future conservation leadership BCI funds and participates in research to mitigate damage to bat populations. Some of

725-471: The potential to leave the nest and start new colonies, ensuring the transmission of the gene pool of its natal colony. Over time, colonies may go through a senescence phase where the reproductive output declines, and the colony's overall vitality diminishes. Eventually, the colony may die off or be replaced by a new generation of reproductives. After the death of the queen in a monogyne colony, possible fates other than colony death include serial polygyny (when

754-452: The process of pedal laceration in which a genetically identical individual is asexually produced from tissue broken off from the anemone's pedal disc. In plants, clonal colonies are created through the propagation of genetically identical individuals by stolons or rhizomes . Colonial organisms are clonal colonies composed of many physically connected, interdependent individuals. The subunits of colonial organisms can be unicellular, as in

783-409: The species and environmental conditions. Factors such as resource availability, competition, and environmental cues can influence the progression and outcome of colony development. During colony ontogeny for eusocial insects such as ants and bees, a colony goes through several distinct phases, each characterised by specific behavioural patterns, division of labor, and structural modifications. While

812-457: The state. In the future, BCI plans to increase its engagement in legislative and policy efforts to conserve bats. Colony (biology) In biology , a colony is composed of two or more conspecific individuals living in close association with, or connected to, one another. This association is usually for mutual benefit such as stronger defense or the ability to attack bigger prey. Colonies can form in various shapes and ways depending on

841-563: The threats previously or currently addressed include: Being colonial , many bat species form colonies that can consist of millions of individuals. Because some bat species are highly aggregated, entire species can be threatened by disturbance to a small number of roosts. BCI seeks to protect these roosts of high aggregations, or "mega-populations." Some ways that BCI works to protect megapopulations are: In their 2014–2018 Strategic Plan, BCI identified 35 critically endangered or endangered species of bats as priority species that will receive

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