THE ECOLOGY OF CULTURE
© 2021 VOL2
ISBN978-976-96689-2-8
PART A
William Anderson Gittens
Author, Cinematographer,Dip., Com., Arts. B.A. Media Arts Specialists’ License Cultural Practitioner, Publisher, CEO and Editor-in-Chief
Devgro Media Arts Services Publishing ®2015
CLICK THE LINKS
https://youtu.be/dYIOdYzifq8
https://www.buzzsprout.com/429292/episodes/8826195
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FOREWORD
According to Wikipedia Ecology (from Greek: ο!κος, "house" and -λογία, "study of")1 is the study of the relationships between living organisms, including humans, and their physical environment 2 Ecology considers organisms at the individual, population, community, ecosystems, and biosphere level. Ecology overlaps with the
closely related sciences of biogeography, evolutionary biology, genetics, ethology and natural history. Ecology is
a branch of knowledge, and it is not synonymous with environmentalism. Among other things, ecology is the
study of:
Life processes, interactions, and adaptations
The movement of materials and energy through living communities
1 In Ernst Haeckel's (1866) footnote where the term ecology originates, he also gives attribute to Ancient Greek: χώρας, romanized: khōrā, lit.'χωρα', meaning "dwelling place, distributional area" —quoted from Stauffer (1957).
2Stadler, B.; Michalzik, B.; Müller, T. (1998). "Linking aphid ecology with nutrient fluxes in a coniferous forest". Ecology. 79 (5): 1514–1525. doi:10.1890/0012-9658(1998)079[1514:LAEWNF]2.0.CO;2. ISSN 0012-9658.
^ Humphreys, N. J.; Douglas, A. E. (1997). "Partitioning of symbiotic bacteria between generations of an insect: a quantitative study of a Buchnera sp. in the pea aphid (Acyrthosiphon pisum) reared at different temperatures". Applied and
Environmental Microbiology. 63 (8): 3294–3296. doi:10.1128/AEM.63.8.3294-3296.1997. PMC 1389233. PMID 16535678.
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The successional development of ecosystems
Cooperation, competition and predation within and between species.
The abundance, biomass, and distribution of organisms in the context of the environment.Patterns of biodiversity and its effect on ecosystem processes. Ecology has practical applications in conservation biology, wetland
management, natural resource management (agroecology, agriculture, forestry, agroforestry, fisheries), city planning (urban ecology), community health, economics, basic and applied science, and human social interaction
(human ecology). The word "ecology" ("Ökologie") was coined in 1866 by the German scientist Ernst Haeckel,
and it became a rigorous science in the late 19th century. Evolutionary concepts relating to adaptation and natural selection are cornerstones of modern ecological theory.Ecosystems are dynamically interacting systems of
organisms, the communities they make up, and the non-living components of their environment. Ecosystem
processes, such as primary production, nutrient cycling, and niche construction, regulate the flux of energy and
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matter through an environment. Ecosystems have biophysical feedback mechanisms that moderate processes
acting on living (biotic) and non-living (abiotic) components of the planet. Ecosystems sustain life-supporting
functions and provide ecosystem services like biomass production (food, fuel, fiber, and medicine), the regulation of climate, global biogeochemical cycles, water filtration, soil formation, erosion control, flood protection,
and many other natural features of scientific, historical, economic, or intrinsic value.3
William Anderson Gittens,
Author, Cinematographer Dip.Com., Arts. B.A. Media Arts Specialists’ License Cultural Practitioner, Publisher,CEO Devgro Media Arts Services®2015,Editor in Chief of Devgro Media Arts Services Publishing®2015
3 https://en.wikipedia.org/wiki/Ecology
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COPYRIGHT
The Ecology of Culture© 2021 VOL2 978-976-96689-2-8 A,B,C,D
William Anderson Gittens, Author, Cinematographer Dip.Com., Arts. B.A. Media Arts Specialists’ License Cultural Practitioner, Publisher,CEO Devgro Media Arts Services®2015,Editor in Chief of Devgro Media Arts
Services Publishing®2015
First Edition © 2021 All rights reserved.
No part of this publication may be reproduced, stored in retrieval system, or transmitted in any form or by any
means, electronic, mechanical, photocopying, recording or otherwise, without the prior written permission of
William Anderson Gittens the copyright owner. Typesetting, Layout Design, Illustrations, and Photography by
William Anderson Gittens
Published by Devgro Media Arts Services ® 2015
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Email address wgittens11@gmail.com
Twitter account William Gittens @lisalaron
https://www.facebook.com/wgittens2
https://www.linkedin.com/in/williamandersongittensauthormediaartsspecialistb1886b26
https://www.youtube.com/channel/UCxYWov8tzbe5rHzik528dAw
William Anderson Gittens
Bridgetown Barbados
https://independent.academia.edu/WilliamGittens
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RECOGNITIONS
Special thanks to the Creator for his guidance and choosing me as a conduit to express the creative gifts he has
given me and my late parents Charles and Ira Gittens.
Thanks to those who assisted me along this journey namely my Beloved wife Magnola Gittens, my Brothers
Shurland, Charles, Ricardo, Arnott, Stephen, Sisters Emerald, Marcella, Cheryl, Cousins Joy Mayers, Kevin and
Ernest Mayers, Donna Archer, Avis Dyer, Jackie Clarke, Uncles Clifford, Leonard Mayers, David Bruce, Collin
Rock.
My children Laron and Lisa. Well-wishers Mr.and Mrs. Andrew Platizky, Mr. Matthew Sutton, Mr.& Mrs. Gordon Alleyne, Mr. Juan Arroyo, Mr. and Mrs. David Lavine, Mrs. Ellen Gordon, Dr.Nicholas Gordon, the late
Dr.Joseph Drew, Merline Mayers, Mr. and Mrs. Trevor Millington, Rev. Dr. Scofield Eversley and Rev. Dr. Margaret Eversley, Rev. & Mrs. Donavon Shoemaker, Rev. & Mrs. Clayton Spriger, Ms. Geraldine Davis, Rev.Carl
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and Rev Angie Dixon, Mr. David Brathwaite,Mrs. Zenda Phillips,Mrs. Gloria Rock, Rev.Pauline Harewood, Mr.
and Mrs. Stewart Russell, Mrs. Shirley Smith, Mr. and Mrs. Felton Ince, Mr. and Mrs. David Brathwaite, Mr.and
Mrs. Ryan Miller Mr.and Mrs. Neilo Mascoll, Rev. Zenda Phillips, Mr. and Mrs. Robert Quintyne, Special mentioned is given to Dr. Joseph Drew was my advisor, mentor, and teacher during my academic tenure as a Media
Arts Major at Jersey City State College now New Jersey City University (NJCU). The focus of our parting conversation was about me honing my writing skills after I had graduated and returned to Barbados. Between the
period 1995 to 2016, I have discovered that the more that I practice this leisure pursuit profession it seemed to
be infectious among other nuances.
The other elements such as being passionate and prolific combined together with the Creator’s help, made me a
productive writer to the extent that I have now published 229e-books.In light of the aforesaid, I have decided to
dedicate my 66 Th publication “A Tribute to Culture” Vol 1 in memory of Dr. Joseph Drew.
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All of the above information contributed to my academic developmental journey.
William Anderson Gittens
Author, Cinematographer, Dip., Com., Arts. B.A. Media Arts Specialists’ Editor-in-Chief Devgro Media Arts Services Publishing®2015 License Cultural Practitioner, Publisher, Student of Film,
CEO Devgro Media Arts Services®2015
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TABLE OF CONTENTS
PART A
FOREWORD
3
COPYRIGHT
6
RECOGNITIONS
8
TABLE OF CONTENTS
11
ABSTRACT
16
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HISTORY
21
OVERVIEW
34
CHAPTER 1 HUMMINGBIRDS
48
CHAPTER2 BEES
67
CHAPTER3 PARROT
81
CHAPTER 4 TREES
86
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PART B
CHAPTER5ORCHIDS
3
CHAPTER 6 MONKEYS
15
CHAPTER 7 MARINE ECOSYSTEM
19
CHAPTER 8 LEAVES
25
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CHAPTER 9 BUILDINGS
40
PART D
CHAPTER10 DRAGONFLY
50
CHAPTER 11SOIL
57
CHAPTER 12 GULLY
66
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PART C
CHAPTER 13 SUNLIGHT
73
CHAPTER 14 PERSONAL CONCLUSIONS
8
CHAPTER 15 CONCLUSIONS
9
WORKS CITED
21
ABOUT THE AUTHOR WILLIAM ANDERSON GITTENS
31
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ABSTRACT
Just as Contours show distinct characteristic features of the terrain, through a Civil Engineering lens; likewise
metaphorically through my lens as an Author, Cinematographer, Media Arts Specialist, License Cultural Practitioner and Publisher my lens captures and frames Cultural ecology. This theoretical approach draws attention
to similarities and differences in culture as it relates to the environment as developed by Julian Steward in the
1930s and 1940s, cultural ecology became an influential approach within anthropology, particularly archaeology
4the
Cultural ecology or the study of how humans adapt to physical and social environments..5
4 Cultural ecology is a theoretical approach that attempts to explain similarities and differences in culture in relation to the environment. ... Developed by Julian Steward in the 1930s and 1940s, cultural ecology became an influential approach within anthropology, particularly archaeology.
5https://www.quora.com/What-is-cultural-ecology-and-what-is-an-example
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I Composed and framed The Ecology of Culture© 20216 so as to activate readers cognition to the various elements of this conversation within this space. Biotic Components7of an ecosystem are living creatures such as
plants, animals and microbes. The abiotic components of an ecosystem are the climate, soil, water, minerals,
sunlight, precipitation and other non-living elements that sustain life in the ecosystem.Which includes Energy
Flow. Material Flow. Importantly, an ecosystem consists of all of the organisms living within an area and the interactions between them and the physical environment.8
Ostensibly for my reasoned explication of the aforesaid impute ecology as punctuating the precincts of culture.
In this context ecology becomes a useful tool in shaping my analysis since the same is part of the objective de6
Gittens,William
Anderson,Author, Cinematographer Dip.Com., Arts. B.A. Media Arts Specialists’ License Cultural
Practitioner, Publisher,CEO Devgro Media Arts Services®2015,Editor in Chief of Devgro Media Arts Services
Publishing®2015
7 https://sciencing.com/elements-ecosystem-8071086.html
8 https://www.sciencelearn.org.nz/resources/1163-birds-roles-in-ecosystems
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tection and recognition of this discourse. Therefore my actions in capturing with the macro lens certainly helped
me to get a close up view. This scenario reminded me of reading glasses, hence allowing a primary lens to focus
more closely. Bringing the focus closer which gave me more possibilities. This view provided explicit detail so
that I could clearly articulate the posited the abstract The Ecology of Culture© 20219 .
The rational for the aforesaid thinking has to do with the fact that just as members of a society work together to
fulfil a society's needs, likewise culture also exists to meet its members' basic needs. One of the ways to achieve
this is through imply The Ecology of Culture© 2021 lens. Now that I have composed and framed the aforesaid argument for discourse ostensibly the contours of the Biotic Components10of an ecosystem are living creatures such as plants, animals and microbes whereas the abiotic components of an ecosystem are the climate, soil,
9
Gittens,William
Anderson,Author, Cinematographer Dip.Com., Arts. B.A. Media Arts Specialists’ License Cultural
Practitioner, Publisher,CEO Devgro Media Arts Services®2015,Editor in Chief of Devgro Media Arts Services
Publishing®2015
10 https://sciencing.com/elements-ecosystem-8071086.html
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water, minerals, sunlight, precipitation and other non-living elements that sustain life in the ecosystem includes
Energy Flow and Material Flow. An ecosystem consists of all of the organisms living within an area and the interactions between them and the physical environment.11 Now that I have set the one and the tenor for this
conversation metaphorically and philosophically speaking when I analysed this conversation with the macro lens
it certainly helped me to clearly articulate the posited abstract The Ecology of Culture© 202112
After careful analysis I believe that since The Ecology of Culture© 202113 consists of all of the organisms living
including bees, orchid, monkey, parrots, soil, sunlight and water within an area and the interactions between
them and the physical environment14 it is highly probable that without the ecological culture there is no culture.
11 https://www.sciencelearn.org.nz/resources/1163-birds-roles-in-ecosystems
12
Gittens,William
Anderson,Author, Cinematographer Dip.Com., Arts. B.A. Media Arts Specialists’ License Cultural
Practitioner, Publisher,CEO Devgro Media Arts Services®2015,Editor in Chief of Devgro Media Arts Services
Publishing®2015
13 Gittens,William Anderson, Author, Cinematographer,Dip., Com., Arts. B.A. Media Arts Specialists’ License Cultural Practitioner, Publisher, CEO and Editor-in-Chief Devgro
Media Arts Services Publishing ®2015
14 https://www.sciencelearn.org.nz/resources/1163-birds-roles-in-ecosystems
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It is because of this analytical scholarly cultural conversation which occupies the precincts of culture will be
captured in ISBN978-976-96689-0-4, framed in 15 chapters and verbalised in publication 229. The Ecology of
Culture© 2021 is an ethos articulated and evolves around ecosystem and culture. Simply put an ecosystem consists of all of the organisms living including bees, orchid, monkey, parrots, soil, sunlight and water within an area
and the interactions between them and the physical environment15and without the ecology there is no culture.
15 https://www.sciencelearn.org.nz/resources/1163-birds-roles-in-ecosystems
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HISTORY
Ecology had no firm beginnings16. It evolved from the natural history of the ancient Greeks, particularly
Theophrastus, a friend and associate of Aristotle. Theophrastus first described the interrelationships between
organisms and between organisms and their nonliving environment.According to Britannica Julian Steward, in
full Julian Haynes Steward, (born January 31, 1902, Washington, D.C., U.S.—died February 6, 1972, Urbana, Illinois), American anthropologist best known as one of the leading neoevolutionists of the mid-20th century and
as the founder of the theory of cultural ecology. He also did studies of the social organization of peasant villages, conducted ethnographic research among the North American Shoshone Indians and various South American Indians, and was an early proponent of area studies.
16 Ecology | Britannicahttps://www.britannica.com › science › ecology
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Steward received a B.A. from Cornell University in 1925 and a Ph.D. from the University of California, Berkeley,
in 1929. He was affiliated with several universities before joining the Bureau of American Ethnology of the
Smithsonian Institution in 1935. He became successively the senior anthropologist (1938) and director of the
Institute of Social Anthropology (1943–46). After teaching at Columbia University (1946–52), Steward joined
the faculty of the University of Illinois and became professor emeritus in 1967.
Steward’s work drew on several disciplines, including anthropology, archaeology, history, ecology, and ethnography. He was editor of the massive ethnographic study Handbook of South American Indians, 7 vol. (1946–59),
a survey of cultures published by the Bureau of American Ethnology in cooperation with the U.S. Department
of State.
Steward’s chief theoretical work was anthologized in Theory of Culture Change: The Methodology of Multilinear Evolution (1955), in which he attempted to show that social systems arise out of patterns of resource ex-
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ploitation which, in turn, are determined by the technological adaptation of a people to their natural environment. Although there are cross-cultural similarities of social change, the exigencies of differing physical and historical settings produce different social manifestations in each case, resulting in what Steward called “multilinear
evolution.” Similarly, his book Irrigation Civilizations (1955) illustrates how the collective labour and centralized
authority required for irrigation in an arid climate resulted in increased social stratification and, ultimately, in the
development of the state in various areas of the world.Ethnographic fieldwork had been undertaken mainly in
colonial situations characterized by contact between conquering and conquered cultures. This experience produced a theory of cultural cross-fertilization (acculturation) and culture change. A legacy of colonialism was the
great differential between wealthy and less wealthy parts of the world. The “development project” undertaken
by the wealthier nations after World War II to relieve colonial poverty and diminish global inequities produced
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various cultural theories of development based on continuing anthropological research as well as strong critiques
of the discipline’s role in development.
Cultural anthropology has maintained its concern for the history of change in particular cultures. Kroeber was
the most notable cultural historian among Boas’s students, examining change over the long term on a scale that
connected easily with the historical sociology of Max Weber and the social history of Fernand Braudel. The last
two decades of the 20th century witnessed a striking invigoration of historical anthropology that took issue with
utilitarian and materialist interpretations of cultural stability and change, emphasizing the importance of symbols and their meaning for all human action. Marshall Sahlins was a leading proponent of this school of “historical anthropology.”
Cultural ecology also has its roots in an earlier cultural anthropology, particularly the study of the geographic
and environmental context of culture change. The neo-evolutionist Leslie White reacted to the idealism of the
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cultural approach, turning his attention to the progress of technology in harnessing energy to serve the survival
and subsistence needs of cultures. Cultural ecology has sought to produce a more quantitative discipline than is
characteristic of most cultural anthropology, which has remained rooted in the humanities.17
Cultural ecology as developed by Steward is a major subdiscipline of anthropology. It derives from the work of
Franz Boas and has branched out to cover a number of aspects of human society, in particular the distribution
of wealth and power in a society, and how that affects such behaviour as hoarding or gifting (e.g. the tradition of
the potlatch on the Northwest North American coast).18
The interrelatedness between culture and nature has been a special focus of literary culture from its archaic beginnings in myth, ritual, and oral story-telling, in legends and fairy tales, in the genres of pastoral literature, nature poetry. Important texts in this tradition include the stories of mutual transformations between human and
17 https://www.britannica.com/science/anthropology/Cultural-change-and-adaptation#ref840352
18 https://en.wikipedia.org/wiki/Cultural_ecology
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nonhuman life, most famously collected in Ovid’s Metamorphoses, which became a highly influential text
throughout literary history and across different cultures. This attention to culture-nature interaction became especially prominent in the era of romanticism, but continues to be characteristic of literary stagings of human
experience up to the present. The mutual opening and symbolic reconnection of culture and nature, mind and
body, human and nonhuman life in a holistic and yet radically pluralistic way seems to be one significant mode in
which literature functions and in which literary knowledge is produced. From this perspective, literature can itself be described as the symbolic medium of a particularly powerful form of "cultural ecology" (Zapf 2002).
Literary texts have staged and explored, in ever new scenarios, the complex feedback relationship of prevailing
cultural systems with the needs and manifestations of human and nonhuman "nature." From this paradoxical act
of creative regression they have derived their specific power of innovation and cultural self-renewal.In geography, cultural ecology developed in response to the "landscape morphology" approach of Carl O. Sauer. Sauer's
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school was criticized for being unscientific and later for holding a "reified" or "superorganic" conception of culture.19Cultural ecology applied ideas from ecology and systems theory to understand the adaptation of humans
to their environment. These cultural ecologists focused on flows of energy and materials, examining how beliefs
and institutions in a culture regulated its interchanges with the natural ecology that surrounded it. In this perspective humans were as much a part of the ecology as any other organism. Important practitioners of this
form of cultural ecology include Karl Butzer and David Stoddart.20
The second form of cultural ecology introduced decision theory from agricultural economics, particularly inspired by the works of Alexander Chayanov and Ester Boserup. These cultural ecologists were concerned with
how human groups made decisions about how they use their natural environment. They were particularly concerned with the question of agricultural intensification, refining the competing models of Thomas Malthus and
19 Duncan, James (2007). A Companion to Cultural Geography. Wiley-Blackwell. pp. 14–22. ISBN 978-1405175654.
20 https://en.wikipedia.org/wiki/Cultural_ecology
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Boserup. Notable cultural ecologists in this second tradition include Harold Brookfield and Billie Lee Turner II.
Starting in the 1980s, cultural ecology came under criticism from political ecology. Political ecologists charged
that cultural ecology ignored the connections between the local-scale systems they studied and the global political economy. Today few geographers self-identify as cultural ecologists, but ideas from cultural ecology have
been adopted and built on by political ecology, land change science, and sustainability science. Books about culture and ecology began to emerge in the 1950s and 1960s. One of the first to be published in the United Kingdom was The Human Species by a zoologist, Anthony Barnett. It came out in 1950-subtitled The biology of
man but was about a much narrower subset of topics. It dealt with the cultural bearing of some outstanding areas of environmental knowledge about health and disease, food, the sizes and quality of human populations,
and the diversity of human types and their abilities. Barnett's view was that his selected areas of information
"....are all topics on which knowledge is not only desirable, but for a twentieth-century adult, necessary". He
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went on to point out some of the concepts underpinning human ecology towards the social problems facing his
readers in the 1950s as well as the assertion that human nature cannot change, what this statement could mean,
and whether it is true. The third chapter deals in more detail with some aspects of human genetics.21
Then come five chapters on the evolution of man, and the differences between groups of men (or races) and
between individual men and women today in relation to population growth (the topic of 'human diversity'). Finally, there is a series of chapters on various aspects of human populations (the topic of "life and death"). Like
other animals man must, in order to survive, overcome the dangers of starvation and infection; at the same time
he must be fertile. Four chapters therefore deal with food, disease and the growth and decline of human populations.
Barnett anticipated that his personal scheme might be criticized on the grounds that it omits an account of
those human characteristics, which distinguish humankind most clearly, and sharply from other animals. That is
21 Barnett, Anthony (2016). The human species. Penguin Books Limited (1957).
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to say, the point might be expressed by saying that human behaviour is ignored; or some might say that human
psychology is left out, or that no account is taken of the human mind. He justified his limited view, not because
little importance was attached to what was left out, but because the omitted topics were so important that each
needed a book of similar size even for a summary account. In other words, the author was embedded in a world
of academic specialists and therefore somewhat worried about taking a partial conceptual, and idiosyncratic view
of the zoology of Homo sapiens.Moves to produce prescriptions for adjusting human culture to ecological realities were also afoot in North America. Paul Sears, in his 1957 Condon Lecture at the University of Oregon, titled "The Ecology of Man," he mandated "serious attention to the ecology of man" and demanded "its skillful
application to human affairs." Sears was one of the few prominent ecologists to successfully write for popular
audiences. Sears documents the mistakes American farmers made in creating conditions that led to the disastrous Dust Bowl. This book gave momentum to the soil conservation movement in the United States.During
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this same time was J.A. Lauwery's Man's Impact on Nature, which was part of a series on 'Interdependence in
Nature' published in 1969. Both Russel's and Lauwerys' books were about cultural ecology, although not titled as
such. People still had difficulty in escaping from their labels. Even Beginnings and Blunders, produced in 1970
by the polymath zoologist Lancelot Hogben, with the subtitle Before Science Began, clung to anthropology as a
traditional reference point. However, its slant makes it clear that 'cultural ecology' would be a more apt title to
cover his wide-ranging description of how early societies adapted to environment with tools, technologies and
social groupings. In 1973 the physicist Jacob Bronowski produced The Ascent of Man, which summarised a
magnificent thirteen part BBC television series about all the ways in which humans have moulded the Earth and
its future.By the 1980s the human ecological-functional view had prevailed. It had become a conventional way to
present scientific concepts in the ecological perspective of human animals dominating an overpopulated world,
with the practical aim of producing a greener culture. This is exemplified by I. G. Simmons' book Changing the
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Face of the Earth, with its telling subtitle "Culture, Environment History" which was published in 1989. Simmons was a geographer, and his book was a tribute to the influence of W.L Thomas' edited collection, Man's
role in 'Changing the Face of the Earth that came out in 1956. Simmons' book was one of many interdisciplinary culture/environment publications of the 1970s and 1980s, which triggered a crisis in geography
with regards its subject matter, academic sub-divisions, and boundaries. This was resolved by officially adopting
conceptual frameworks as an approach to facilitate the organisation of research and teaching that cuts cross old
subject divisions. Cultural ecology is in fact a conceptual arena that has, over the past six decades allowed sociologists, physicists, zoologists and geographers to enter common intellectual ground from the sidelines of their
specialist subjects.In the first decade of the 21st century, there are publications dealing with the ways in which
humans can develop a more acceptable cultural relationship with the environment. An example is sacred ecology, a sub-topic of cultural ecology, produced by Fikret Berkes in 1999. It seeks lessons from traditional ways of
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life in Northern Canada to shape a new environmental perception for urban dwellers. This particular conceptualisation of people and environment comes from various cultural levels of local knowledge about species and
place, resource management systems using local experience, social institutions with their rules and codes of behaviour, and a world view through religion, ethics and broadly defined belief systems. Despite the differences in
information concepts, all of the publications carry the message that culture is a balancing act between the mindset devoted to the exploitation of natural resources and that, which conserves them. Perhaps the best model of
cultural ecology in this context is, paradoxically, the mismatch of culture and ecology that have occurred when
Europeans suppressed the age-old native methods of land use and have tried to settle European farming cultures on soils manifestly incapable of supporting them. There is a sacred ecology associated with environmental
awareness, and the task of cultural ecology is to inspire urban dwellers to develop a more acceptable sustainable
cultural relationship with the environment that supports them.
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OVERVIEW
Simply put an ecosystem consists of all of the organisms living within an area and the interactions between
them and the physical environment.22 According to Britannica Encyclopaedia Ecology had no firm
beginnings23. It is reported that the ecosystem has evolved from the natural history of the ancient Greeks, particularly Theophrastus, a friend and associate of Aristotle. Theophrastus first described the interrelationships
between organisms and between organisms and their nonliving environment. Now that I have established context and so as not to conflate this issue through my lens as an Author, Cinematographer, Media Arts Specialist,
License Cultural License Practitioner and Publisher abstractly speaking I have composed and framed The
22 https://www.sciencelearn.org.nz/resources/1163-birds-roles-in-ecosystems
23 Ecology | Britannicahttps://www.britannica.com › science › ecology
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Ecology of Culture© 202124 so as to activate readers cognition to the various elements of this conversation
namely Biotic Components25. The biotic components of an ecosystem are living creatures such as plants, animals and microbes. The abiotic components of an ecosystem are the climate, soil, water, minerals, sunlight, precipitation and other non-living elements that sustain life in the ecosystem.
Now that I have established some context ostensibly ecology becomes a useful conversation for me in shaping
my analysis which is part of the objective detection and recognition of this discourse. A case in point Biotic
Components26of an ecosystem are living creatures such as plants. An ecosystem consists of all of the organisms living within an area and the interactions between them and the physical environment.27
24
Gittens,William
Anderson,Author, Cinematographer Dip.Com., Arts. B.A. Media Arts Specialists’ License Cultural
There is a
Practitioner, Publisher,CEO Devgro Media Arts Services®2015,Editor in Chief of Devgro Media Arts Services
Publishing®2015
25 https://sciencing.com/elements-ecosystem-8071086.html
26 https://sciencing.com/elements-ecosystem-8071086.html
27 https://www.sciencelearn.org.nz/resources/1163-birds-roles-in-ecosystems
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school of thought which suggests that just as Contours show distinct characteristic features of the terrain,
through a Civil Engineering lens; metaphorically the macro lens in this context frames and captures an extreme
close up view of Cultural ecology. This theoretical approach provides the scope to analyse similarities and differences in culture in relation to the environment which was developed by Julian Steward in the 1930s and
1940s, cultural ecology became an influential approach within anthropology, particularly archaeology. 28
The Hummingbird-pollinated flowers are most commonly found in the understory of lowland rainforests and
in the cloudy forest of tropical mountains. Plausibly it is because of the aforesaid point that Scientists believe
that many plants in these regions rely on hummingbirds as pollinators because bees and other flying insects do
not thrive well in the very rainy conditions. For protein, they eat insects caught on the fly drink up to two times
28 Cultural ecology is a theoretical approach that attempts to explain similarities and differences in culture in relation to the environment. ... Developed by Julian Steward in the 1930s and 1940s, cultural ecology became an influential approach within anthropology, particularly archaeology.
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their body weight per day move from plant to plant carrying pollen adding a splash of colour to every cultural
geographical landscape are amazingly adapted pollinators use their long, slender bills and tube-like tongues to
drink nectar from brightly-coloured flowers and get energy they need to fuel their high metabolism and eat insects caught on the fly for protein. In ecology, a niche is a term describing the relational position of a species or
population in its ecosystem to each other. Importantly in this conversation there is an ecological niche that
draws our attention to how an organism or population responds to the distribution of resources and competitors and how it in turn alters those same factors. A niche is a role an animal’s job in an environment and keeping the community healthy on the other hand how an organism makes a living.29 For example A bee's niche is
making honey, pollinating flowers, and drinking nectar and its habitat is a forest or a field. Bees are vital for the
29 https://ecologyhelp.weebly.com/habitat--niche.html
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preservation of ecological balance and biodiversity in nature. They provide one of the most recognizable
ecosystem services, i.e. pollination, which is what makes food production possible.30
The aforesaid information becomes critical to this discourse because in order to be able to feed the world’s
growing population, we need ever more food, which must be diverse, balanced and of good quality to ensure
the progress and well-being of humankind. One of the ways this event happens has to do with Bees way of life
because they are renowned for their role in providing high-quality food (honey, royal jelly and pollen) and other
products used in healthcare and other sectors (beeswax, propolis, honey bee venom). But the work of bees entails much more! The greatest contribution of bees and other pollinators is the pollination of nearly three quarters of the plants that produce 90% of the world’s food. A third of the world’s food production depends on
bees, i.e. every third spoonful of food depends on pollination. Trees are equally important to the ecosystem for
several reasons. Without trees, human life could not exist on Earth. According to the Community Forest
30 https://www.worldbeeday.org/en/about/the-importance-of-bees.html
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Guidebook, 100 trees remove about five tons of CO2, and 1000 pounds of other pollutants within their lifetime. CO2 is toxic to the human body so it is important for trees to remove it.31According to the Community
Forest Guidebook, 100 trees remove about five tons of CO2, and 1000 pounds of other pollutants within their
lifetime. CO2 is toxic to the human body so it is important for trees to remove it. The pollutants that 100 trees
remove in their lifetime also include 400 pounds of ozone and 300 pounds of particulates. This is crucial for
those people who suffer from respiratory disease. Especially in urban areas, trees are able to reduce ambient
temperatures. Carbon dioxide, nitrogen and other pollutants can cause a “heat-island effect.” However, trees are
able to reduce the heat by 5 to 8 degrees. After storms, trees are able to trap large amounts of water in their
leaves, trunks and branches. Monkeys move around their home range a great deal. They travel daily to look for
food. They won’t stay in a nest for very long so they don’t create anything elaborate. They use their bodies to
help them move rapidly around looking for sources of food. As they do so they spread seeds from plants, flow31 https://sciencing.com/trees-important-ecosystem-5895158.html
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ers, and fruits. This enables their environment and natural habitat to continue rejuvenating. The evergreen
forests are home to a variety of different species of Monkeys. The Mangrove forest regions can also be where
they are found. Studies have shown that the amount of habitat that these animals have has been cut by at least
30% in the past 25 years. That is an alarming rate and means that they really have nowhere to go.32Parrots
(Psittaciformes) have been viewed as efficient consumers of the reproductive structures of plants. Through
both antagonistic and mutualistic interactions with their food plants, parrots can exert cascading effects on the
plants' life cycles and shape the structure and functioning of ecosystems.33According to Mongabay One of the
most recognizable bird groups in the world is the parrot (about 315 species) with their bright colors, distinctive
loud calls, powerful beaks, and feet with two toes facing forward and two facing rearward. Parrots are most
prominent in the rainforest, although they are found in countless other tropical habitats around the world. Par32 https://www.monkeyworlds.com/monkey-habitat/
33 https://www.tandfonline.com/doi/abs/10.1080/01584197.2017.1387031?journalCode=temu20
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rots feed on seeds, fruits, grass, leaves, and plant shoots and use their strong beaks to crack hard shells, grind
their food, and as a third limb for climbing. Another sphere of ecology is the economic value of the orchids as
cut flowers and potted plants which run into multibillion-dollar in the international trade is well known. This
has been on the rise in the last decade or so. The ecological role of orchids in the ecosystem has not drawn the
attention which it deserves and is often undermined. Orchids are known to be highly advanced plants, developing various contrivances to attract pollinators. Orchids are the indicators of the health of the ecosystem and
their presence signifies that the ecosystem is vibrant and lively. The dependence of orchids on mycorrhiza for
germination and pollinators (mainly insects) for their propagation are classic cases of interaction with other
biotas in nature. It is observed that Euglossine bees, which are native to Central and South America, pollinate as
many as 700 species of orchids. Without these pollinators, it would be difficult for the orchids to reproduce in
nature. This sensitive interaction in nature has been very well documented by various studies with classic exam-
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ples. In some cases, the emergence of bees from hibernation and opening of the orchid flower is so well-timed
that if there is a delay in the opening of the orchid flower, the emergence of the bees also gets delayed. Orchids
are slow-growing, and in an ecosystem, they are the last to perish. And once they are gone, their vanishing indicates that the process has reached a stage of irreversibility.34One of the main threats or reasons for the declining population of orchids is habitat destruction and fragmentation. This happens due to land-use changes for
various activities (including jhum or shifting cultivation practices in NE India), and it is not only the orchids
which are threatened here, the associated flora and fauna are also in decline. Marine ecosystems35 are the largest
of Earth's aquatic ecosystems and are distinguished by waters that have a high salt content. These systems contrast with freshwater ecosystems, which have a lower salt content. Marine waters cover more than 70% of the
34 h t t p s : / / i n d i a . w c s . o r g / N e w s r o o m / B l o g / I D / 1 5 0 7 2 / O r c h i d s - E x q u i s i t e l y - V i b r a n t - a n d - E c o l o g i c a l l y Vital#:~:text=Orchids%20are%20the%20indicators%20of%20the%20health%20of,cases%20of%20interaction%20with%20other%20biotas%20in%20nature.
35 https://en.wikipedia.org/wiki/Marine_ecosystem
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surface of the Earth and account for more than 97% of Earth's water supply36and 90% of habitable space on
Earth.37 Marine ecosystems include nearshore systems, such as the salt marshes, mudflats, seagrass meadows,
mangroves, rocky intertidal systems and coral reefs. They also extend outwards from the coast to include offshore systems, such as the surface ocean, pelagic ocean waters, the deep sea, oceanic hydrothermal vents, and
the sea floor. Marine ecosystems are important sources of ecosystem services and food and jobs for significant
portions of the global population. Human uses of marine ecosystems and pollution in marine ecosystems are
significantly threats to the stability of these ecosystems. According to Kevin Lin, Leaves,38 twigs and pieces of
bark that have fallen to the ground make up leaf litter. Leaf litter is an important component of healthy soil.
Decomposing leaf litter releases nutrients into the soil and also keeps it moist. It also serves as great nesting
36 Oceanic Institute". www.oceanicinstitute.org. Retrieved 2018-12-01.
^ "Ocean Habitats and Information". 2017-01-05. Retrieved 2018-12-01.
37 "Facts and figures on marine biodiversity | United Nations Educational, Scientific and Cultural Organization". www.unesco.org. Retrieved
2018-12-01.
38 https://www.scientificamerican.com/article/bring-science-home-leaf-litter-biodiversity/
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material, hiding places and protected spots for animals. This dead organic material provides the perfect habitat
for a plethora of organisms, including worms, snails, spiders, and microscopic decomposers like fungi and bacteria. For this reason, leaf litter is considered very biodiverse.
"Biodiversity" is a concept that refers to the variety of different life forms, from the genetic level to the species
level. Species diversity in particular is a subcategory of biodiversity that refers to the number of different
species represented in a set. Where can biodiversity be seen in your everyday life? Just look outside your window! The different types of trees, flowers and insects are all examples of a biodiverse community. Every abandoned building has a story about how it got that way, whether it's an urban legend or the truth.Rotting, crumbling, or completely invaded by nature, abandoned buildings can be as creepy as they are fascinating.From ancient ruins uncovered underneath ash to hospitals that have been left to rot, there are a many abandoned buildings around the world and the history behind them included Barbados .39The 98-year-old Empire Theatre on
39 https://www.insider.com/abandoned-buildings-from-around-the-world-2017-9
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Probyn Street, The City, which had been closed since 1975,The Barbados National Trust, the body incorporated
by an Act of Parliament to be involved in the preservation of places of historic, architectural and archaeological
interest and of ecological importance or natural beauty, has been doing its best to stay true to its mission. Of
late, the Preservation (Barbados) Foundation Trust, has been doing its part to raise funds for the preservation
of the built heritage of Barbados. On Government’s part, we have heard of efforts to be made to restore the
historic Empire Theatre building, in historic Bridgetown, our capital, that is now a UNESCO World
Heritage.40Like all insects and creatures, a dragonfly plays a vital role in the planet's ecosystem. Dragonflies are
especially important because their lives affect both water and land ecosystems. Dragonfly eggs are laid on or
near water, so when they hatch, the nymphs are able to not only breath underwater but also to propel themselves through it.41This allows them to feed on the organisms that also live underwater such as mosquito larvae
40 https://www.barbadosadvocate.com/columns/preserving-our-built-heritage
41 https://pets-animals.blurtit.com/1189703/what-does-the-dragonfly-do-in-the-ecosystem#:~:text=Like%20all%20insects%20and%20creatures%2C%20a%20dragonfly%20plays,underwater%20but%20also%20to%20propel%20themselves%20through%20it.
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(which can be harmful to humans).This occurs for one to five years until the nymph becomes a fully grown
dragonfly.
According to Victoria Picking An adult dragonfly42 contributes to the environment in two ways. Firstly by eating insects from the air to stop over population of certain species, similar to the nymph. Secondly the dragonfly
is prey to other creatures such as birds and frogs, playing a vital role in the food chain. The presence of a dragon fly is also an indicator of fresh water. Interestingly, scientists also use dragonflies as an indication to how
healthy a water ecosystem is. As dragonflies are low in the food chain, studying their numbers can quickly reveal
a water systems health. Soil is the link between the air, water, rocks, and organisms, and is responsible for many different functions in the natural world that we call ecosystem services. These soil functions include: air quality and composition, temperature regulation, carbon and nutrient cycling, water cycling and quality, natural "waste" (decomposition)
treatment and recycling, and habitat for most living things and their food. We could not survive without these
42 https://pets-animals.blurtit.com/u/1667684/
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soil functions.43Soils are the environment in which seeds grow. They provide heat, nutrients, and water that are
available for use to nurture plants to maturity. These plants form together with other plants and organisms to
create ecosystems. Ecosystems depend on the soil, and soils can help determine where ecosystems are located
(check out the Around the World page for more examples.) These plants then provide valuable habitat and food
sources for animals, bacteria, and other things.A well covered soil prevents erosion. Barbados celebrated "gully
biodiversity" because gullies are the main local forested areas.Gullies in Barbados are homes to wild vegetation
and animals. A gully is a winding ravine approximately 20 meters deep, which runs from elevated inland areas to
the coast. They were originally underground caves and developed when the roofs of these caves collapsed over
time creating a valley-like formation.44
43 https://www.soils4teachers.org/soil-and-environment/
44 http://nhdbdos.com/index.php/nhd/gullies
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CHAPTER 1 HUMMINGBIRDS
According to Wikipedia Ecology (from Greek: ο!κος, "house" and -λογία, "study of")45 is the study of the relationships between living organisms, including humans, and their physical environment
46
Ecology considers or-
ganisms at the individual, population, community, ecosystems, and biosphere level. Ecology overlaps with the
closely related sciences of biogeography, evolutionary biology, genetics, ethology and natural history. Ecology is
a branch of knowledge, and it is not synonymous with environmentalism.
Hummingbird-pollinated flowers are most commonly found in the understory of lowland rainforests and in the
cloudy forest of tropical mountains. Scientists believe that many plants in these regions rely on hummingbirds as
pollinators because bees and other flying insects do not thrive well in the very rainy conditions.
45 In Ernst Haeckel's (1866) footnote where the term ecology originates, he also gives attribute to Ancient Greek: χώρας, romanized: khōrā, lit.'χωρα', meaning "dwelling place, distributional area" —quoted from Stauffer (1957).
46Stadler, B.; Michalzik, B.; Müller, T. (1998). "Linking aphid ecology with nutrient fluxes in a coniferous forest". Ecology. 79 (5): 1514–1525. doi:10.1890/0012-9658(1998)079[1514:LAEWNF]2.0.CO;2. ISSN 0012-9658.
^ Humphreys, N. J.; Douglas, A. E. (1997). "Partitioning of symbiotic bacteria between generations of an insect: a quantitative study of a Buchnera sp. in the pea aphid (Acyrthosiphon pisum) reared at different temperatures". Applied and
Environmental Microbiology. 63 (8): 3294–3296. doi:10.1128/AEM.63.8.3294-3296.1997. PMC 1389233. PMID 16535678.
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For protein, they eat insects caught on the fly. Hummingbirds drink up to two times their body weight per day.
As they move from plant to plant, they carry pollen. As they pollinate the native wildflowers in parks and the
plants in your garden, hummingbirds add a splash of color to our landscapes Hummingbirds (family Trochilidae) are amazingly adapted pollinators. They have long, slender bills and tube-like tongues that they use to drink
nectar from brightly-colored flowers; this gives them the energy they need to fuel their high metabolism. For
protein, they eat insects caught on the fly. Hummingbirds drink up to two times their body weight per day. As
they move from plant to plant, they carry pollen. As they pollinate the native wildflowers in parks and the plants
in your garden, hummingbirds add a splash of color to our landscapes.
Hummingbirds are only found in the western hemisphere. Most of the more than 300 species of hummers live
in Central and South America. About 26 species visit the United States during part of the year and 17 breed
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here. In North America, ruby-throated hummingbirds populate the eastern United States; common species in
the west include broad-tailed, rufus, and black-chinned.
Hummingbirds that breed in North America overwinter in Mexico, though migration corridors vary by species.
Hummingbirds take epic flights that follow the coasts, the spine of the Rockies, or even across the Gulf of
Mexico in a long-distance 18-to 22-hour, non-stop flight. Their migration flights to the north in the spring correspond to flowering times of native plants at their destination. Climate change may affect this
synchronization.47. In addition to nectar from flowers and feeders, these birds eat small insects, beetles, ants,
aphids, gnats, mosquitoes, and wasp. So, hummingbirds are great to have in your backyard!
47https://www.nps.gov/articles/hummingbirds.htm
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According to Lisa M. Genier - Adirondack Council Program Analyst Hummingbirds are interesting creatures
and have many unique qualities. Some of these qualities are physical features, others are quirky behaviors. I bet
you know a few of these, but others may surprise you.48
1. Many Species
I once saw a National Geographic television special on hummingbirds that said that there are over 330 species
of hummingbirds! I was shocked. I had no idea, since I was only familiar with one species, as I’m sure you are as
well, the Ruby-Throated Hummingbird.
The Male Ruby-Throated Hummingbird
48 https://www.adirondackcouncil.org/page/blog-139/news/10-facts-about-hummingbirds--and-other-interesting-tidbits-1101.html
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The Female Ruby-Throated Hummingbird
Surprisingly, hummingbirds are only found in the Western Hemisphere, with almost half the species living around the equator. About five percent of hummingbird species live primarily north of Mexico, and only about two
dozen species visit the U.S. and Canada. A few species remain year-round in the U.S. along the Pacific coast.
2. They Eat A lot
Hummingbirds have a very high metabolism and must eat all day long just to survive. They consume about half
their body weight in bugs and nectar, feeding every 10-15 minutes and visiting 1,000-2,000 flowers throughout
the day. In addition to nectar from flowers and feeders, these birds eat small insects, beetles, ants, aphids, gnats,
mosquitoes, and wasp. So, hummingbirds are great to have in your backyard!
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3. They’re the Smallest
Hummingbirds are the smallest of all bird species. The bee hummingbird of Cuba weighs only 1.95 grams or
about as much as a ¼ teaspoon of sugar!
It would be logical that if hummingbirds are the smallest birds, they would also have the tiniest eggs of any bird.
For reference, a Ruby-throated hummingbird’s egg is about the size of a pea and its nest is roughly the size of
half a walnut shell. And they love to make their homes in gardens because they are secluded and quiet. So please
make sure to check branches before you do your spring cleaning in your yard.
4. Female Builders
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Interestingly, only female hummingbirds build nests and will lay only two eggs. The male hummingbird is not involved in raising young, and will often find another mate after the young are hatched. After hatching, baby
hummingbirds will stay in the nest for approximately three weeks.
5. They Travel
One thing that surprised me about hummingbirds is that they migrate. In fact, some travel over 2,000 miles twice a year. They winter in Central America or Mexico and migrate north to their breeding grounds in the U.S.
during late winter and early spring. Hummingbirds will typically gain 25-40 percent of their body weight before
they start migration in order to make their trip. They generally fly alone, often on the same path they’ve flown
earlier in their life.
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Hummingbirds fly by day when sources of nectar are the most abundant. They also fly low, which allows the
birds to see, and stop at, food supplies along the way. Research indicates a hummingbird can travel as much as
23 miles in one day.
6. They've Got the Moves
No other birds can fly like hummingbirds. They can fly forward, backward, and even upside down! Hummingbirds are also the only vertebrae capable of hovering for a period of time during flight.
7. And They’re Fast
Along with being agile, hummingbirds have speed and stamina. They have been clocked at nearly 30 mph in direct flight and more than 45 mph during courtship dives.
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Not only do hummingbirds move from place to place quickly, but their body parts also move rather fast as well.
A hummingbird's heart beats from 225 times per minute when it’s at rest and more than 1,200 times per minute
when it is flying. Its wings beat about 70 times per second in regular flight and more than 200 times per second
while diving.
8. But They Rest Too
Hummingbirds are one of the few groups of birds that go into torpor - a very deep, sleep-like state in which
metabolic functions are slowed to a minimum and a very low body temperature is maintained. Hummingbirds
have high metabolic demands and their feathers are poor insulators, so going into torpor allows them to survive
when conditions make it impossible to maintain their normal 105 degrees Fahrenheit body temperature.
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Male Ruby-Throated Hummingbird in Torpor"
Hummingbirds can go into torpor any time of the year when temperature and food conditions demand it. (If
torpor lasted for long periods, we would call it hibernation.)
9. They Are Anti-Social (and can be mean!)
Hummingbirds are, for the most part, unsocial creatures. They compete for food sources and often when more
than one hummingbird is around, it ends up in a series of high-speed chases. Mating season can get a bit competitive as well, and male hummingbirds get mean. To prove their dominance, male hummingbirds will bob and
weave and then use their needle-like beaks like knives and stab each other in the throat. A violent way to get his
mate.
10. Big-Brained Bird
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A hummingbird’s brain makes up 4.2 percent of its weight; proportionally, that’s the largest of any bird’s. By
comparison, our brains are two percent of our body weight. Studies have shown that hummingbirds can remember migration routes and every flower they’ve ever visited. They can also figure out how long to wait between visits so the flowers have time to generate more nectar. They can even recognize humans! 49
Threats
The average life span of a hummingbird is five years, but they have been known to live for more than 10 years.
As with any creature, there are threats to the hummingbirds’ survival…some natural and some man-made.
Climate Change: Unfortunately, hummingbirds are being affected by the earth's changing temperatures due to
climate change. Their migratory patterns are changing which is causing different species to be spotted in loca49 https://www.adirondackcouncil.org/page/blog-139/news/10-facts-about-hummingbirds--and-other-interesting-tidbits-1101.html
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tions well outside their normal range. This may make it more difficult for them to find food, which may lead to a
populations’ decline.
Habitat Loss: Urbanization, agriculture, logging, and development in tropical areas threaten many hummingbird
species. Since hummingbirds are so small, even minor development can have a tragic impact on them.
Praying Mantis: Yes, you read it correctly, praying mantis can kill hummingbirds. Even though hummingbirds are
about eight times larger than the mantis’ usual meal, they will wait at feeders and launch a sneak attack using
their rapid reflexes. So, if you find a praying mantis at your hummingbird feeder, gently remove it and place it at
another location. Please don’t kill the praying mantis, they eat bugs and are beneficial to your backyard ecosystems.50
50 https://www.adirondackcouncil.org/page/blog-139/news/10-facts-about-hummingbirds--and-other-interesting-tidbits-1101.html
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According to Danit Brown A common way to think about species going extinct is to think of them as functioning completely separately from other species. It can be easier to think of the animal as existing in a vacuum
rather than an ecosystem.51
For example, think about a poster encouraging people to donate to help preserve whales. The posters usually
provide information about how beautiful or smart whales are, but rarely discuss how the whales' roles in an
ecosystem can help preserve other plants and animals. A study published in Science is a reminder that extinction
is actually very complication. Extinction of one species can cause a domino effect of extinction in its ecosystem.
Scientists call this process coextinction.52 Hummingbirds And Army Ants For example, take hummingbird
flower mites. If hummingbirds went extinct, the mites could go extinct too because they would have no way of
getting from flower to flower. Then the flowers, because they depend on the hummingbirds and mites to spread
51 https://indianapublicmedia.org/amomentofscience/coextinction.php
52 https://indianapublicmedia.org/amomentofscience/coextinction.php
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pollen, also go extinct. The army ant, for example, is host to over one hundred affiliate organisms, ranging from
beetles and mites to ant birds. These kinds of species are keystone species in an evolutionary sense, and so are
extremely important from a conservation standpoint. In fact, according to this study, if all the affiliate species
that are expected to go extinct on the endangered list are not saved, an additional 6300 species become, at least,
endangered53. Even if coextinction isn't the main reason for species extinction, it's incredibly helpful to remember. Efforts that seem as if they're focused on one particular animal are actually helping several others.54
An ecosystem consists of all of the organisms living within an area and the interactions between them and the
physical environment.55
Among other things, ecology is the study of:
53 https://indianapublicmedia.org/amomentofscience/coextinction.php
54 https://indianapublicmedia.org/amomentofscience/coextinction.php
55 https://www.sciencelearn.org.nz/
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Life processes, interactions, and adaptations
The movement of materials and energy through living communities
The successional development of ecosystems
Cooperation, competition and predation within and between species.
The abundance, biomass, and distribution of organisms in the context of the environment.
As the second largest family of birds in the world with more than 300 distinct species, these small birds pollinate
numerous types of flowers. They are most attracted to red, yellow, and orange blooms like petunias and zinnias.
However, as the world warms from the increasing greenhouse gases in the atmosphere, the warming temperatures make it harder for these birds to eat, rest, and even reproduce. Rather than search for food in the increasingly
hotter summers, some hummingbirds simply seek shade to remain cool. They are also less social during the hotter weather, suggesting they are not as likely to mate. The hotter days are not the only problem for these birds
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— warm nights can also be problematic. Hummingbirds go into a slower state at night called torpor, when their
body temperatures can drop by more than half, so warming nights will limit how much energy they can save. Suitable habitats for hummingbirds are also starting to shrink as the climate changes. Spring blooms are occurring
earlier in the year, affecting the timing between blooming plants and hummingbirds’ return from their tropical
winter retreat. This can leave the flowering blooms without their necessary pollinators, and at the same time
birds have less food, which puts both plants and animals at risk. Glacier lilies in the West are one example. Male
hummingbirds typically look for seasonal locations to settle before these first flowers bloom, but the time between their first arrival and the first flowering has shrunk by 13 days over the last 40 years, giving the birds less
time to prepare a location before food is available. At this pace, two decades from now, the birds will miss the
first flowers by the time they return in the spring. Pollinators are important not just for flowers, but for agriculture in general. And large farming operations have an impact on the climate. Large-scale farming may be respon-
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sible for masking the trend of warming summers in parts of the U.S. Tremendous amounts of water are released
by the leaves in mature corn fields, and the evaporation of that water into the atmosphere has a cooling effect.
The only location where a cooling trend has been observed in summertime high temperatures has been in the
Midwest, where most of the U.S. corn is grown. But even there, the nights are continuing to warm.56#
56 https://climatechange.lta.org/risks-to-hummingbirds-an-important-pollinator/
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CHAPTER 2 BEES
In ecology, a niche is a term describing the relational position of a species or population in its ecosystem to each
other. The ecological niche describes how an organism or population responds to the distribution of resources
and competitors and how it in turn alters those same factors. A niche is a role an animal fills to keep the community healthy. A niche is how an organism makes a living. A niche is an animal’s job in an environment. 57 For
example A giraffe's niche is feeding on the canopy on trees and its habitat is the Savannah.
A squirrel's niche is eating acorns and its habitat is the forest
A bee's niche is making honey, pollinating flowers, and drinking nectar and its habitat is a forest or a field.Bees
are vital for the preservation of ecological balance and biodiversity in nature. They provide one of the most
57 https://ecologyhelp.weebly.com/habitat--niche.html
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recognisable ecosystem services, i.e. pollination, which is what makes food production possible.58 The aforesaid
expression is critical because In order to be able to feed the world’s growing population, we need ever more
food, which must be diverse, balanced and of good quality to ensure the progress and well-being of humankind.
Bees are renowned for their role in providing high-quality food (honey, royal jelly and pollen) and other products
used in healthcare and other sectors (beeswax, propolis, honey bee venom). But the work of bees entails much
more!
The greatest contribution of bees and other pollinators is the pollination of nearly three quarters of the plants
that produce 90% of the world’s food. A third of the world’s food production depends on bees, i.e. every third
spoonful of food depends on pollination.Over the past 50 years, the amount of crops that depend on pollinators (i.e. fruit, vegetables, seeds, nuts and oilseeds) has tripled. Bees play an important role in relation to the
58 https://www.worldbeeday.org/en/about/the-importance-of-bees.html
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scope of agricultural production. Effective pollination increases the amount of agricultural produce, improves
their quality and enhances plants’ resistance to pests.
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Cultivated plants that depend on pollination are an important source of income to farmers, especially smaller
farmers and family-owned farms in developing countries.59
5 Ways Bees are Important to the Environment
1. Biodiversity
As pollinators, bees play a part in every aspect of the ecosystem. They support the growth of trees, flowers, and
other plants, which serve as food and shelter for creatures large and small. Bees contribute to complex, interconnected ecosystems that allow a diverse number of different species to co-exist.
There is no doubting the importance of bees to our food supply. Without them, our gardens would be bare and
our plates empty. But we should also remember the other reasons bees are important to the environment.
Let us know how you plan to help bee populations in your own garden!.
2. Wildlife Habitats
59 https://www.worldbeeday.org/en/about/the-importance-of-bees.html
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Bees are known for their elaborate hives, but they also help build homes for millions of other insects and animals. Their role as pollinators is vital in the growth of tropical forests, savannah woodlands, and temperate deciduous forests. Many tree species, like willows and poplars, couldn’t grow without pollinators like bees.
Even your own garden serves as a home for hundreds of tiny creatures, from birds and squirrels to thousands
of tiny insects. If bees disappeared, the animals that depend on these plants for survival would vanish as well.
3. Food Source
Bees produce honey to feed their colonies during the cold winter months. Humans have harvested honey for
thousands of years, but we aren’t the only ones who consider it a sweet snack. Critters like birds, racoons, opossums, and insects will raid beehives for a taste of nutritious honey (and bee larvae).
Bees themselves are also a part of the food chain. At least 24 species of bird, including the blackbird, rubythroated hummingbird, and starling, prey on bees. Many spiders and insects, like dragonflies and praying mantis-
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es, eat bees as well.
Bees produce honey to feed their colonies during the cold winter months. ...
4. Wild Plant Growth
It’s not just farm-grown fruits and vegetables that rely on pollinators to thrive. Many species of wild plants depend on insect pollinators as well. Bees are responsible for the production of many seeds, nuts, berries, and
fruit, which serve as a vital food source for wild animals.
5. Pollination
What’s your favourite summer crop? If you love apples, melons, cranberries, asparagus, or broccoli, you should
tip your sun hat to our fuzzy, insect friends.
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To germinate, these plants require the transfer of pollen from the male part of the flower (the anther) to the
female part (the stigma). As bees move from flower to flower in search of nectar, they leave behind grains of
pollen on the sticky surface, allowing plants to grow and produce food.
Bees earn their reputation as busy workers by pollinating billions of plants each year, including millions of agricultural crops. In fact, pollinators like bees play a key role in one out of every three bites of food we eat. Without them, many plants we rely on for food would die off.60…
Globally there are more honey bees than other types of bee and pollinating insects, so it is the world’s most important pollinator of food crops. It is estimated that one third of the food that we consume each day relies on
pollination mainly by bees, but also by other insects, birds and bats.61Many domestic and imported fruits and
vegetables require pollination. Examples include avocados, soybeans, asparagus, broccoli, celery, squash, and
60 http://www.pthomeandgarden.com/5-ways-bees-are-important-to-the-environment/
61 https://www.sustainweb.org/foodfacts/bees_are_important/
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sunflowers for oil, cucumbers, citrus fruit, peaches, kiwis, cherries, cranberries and melons. For crops such as
blueberries and almonds, the honey bee plays an essential role in pollination of commercial crops, with around
80% of the US crop said to be dependent on honey bees. Honey bees can also pollinate clover and alfalfa, which
are fed to cattle, so there are implications for the meat and dairy industry too. And that is not to mention the
huge range of manufactured food products made from all these ingredients.In addition, honey bees play a significant role in the pollination of other important crops such as cotton and flax. And there are also a number of
valuable non-food products produced by the honey bee, such as beeswax used in cleaning and beauty products.
Importantly, it should be noted that In 2008, the British Bee Keepers Association estimates that honey bees
make a significant contribution to the £165 million annually generated for the UK economy through pollination
by insects, with the figure put at £200 million in 2009 by the UK’s Public Accounts Committee. Many flowering
food crops in the UK rely on honey bees for this service, for example: apples, pears, field beans, runner and
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dwarf beans, broad beans, strawberries, blueberries, raspberries, blackberries and oil seed rape, with 39 commercial crops reliant on bees in total. Even if a crop is not directly pollinated by a honey bee, the crop still benefits indirectly from being in an environment in which honey bees are working, due to the increased biodiversity
in the area which stimulates the crop.
At the end of the day The bumble bee is also used commercially in the UK as a pollinator of food crops, in particular for tomatoes and soft fruits such as strawberries. Due to their size, shape and ability to vibrate vigorously
they are more effective at pollinating certain crops. In the UK we have 25 native species of bumble bee. This
may seem like a healthy number but unfortunately three species are already extinct, two are critically endangered
and many more are seriously declining in numbers.62 Overall They have special features to collect it - like branched hairs called 'scopae' or combs of bristles called pollen baskets on their legs. ... Because they gather pollen to
stock their nests, bees are generally the most effective pollinators since they visit many more flowers and carry
62 https://www.sustainweb.org/foodfacts/bees_are_important/
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more pollen between them.63#
63 https://friendsoftheearth.uk/nature/why-do-we-need-bees
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CHAPTER 3 PARROT
Parrots (Psittaciformes) have been viewed as efficient consumers of the reproductive structures of plants. ...
Through both antagonistic and mutualistic interactions with their food plants, parrots can exert cascading effects
on the plants' life cycles and shape the structure and functioning of ecosystems.64
According to Mongabay One of the most recognizable bird groups in the world is the parrots (about 315
species) with their bright colors, distinctive loud calls, powerful beaks, and feet with two toes facing forward and
two facing rearward. Parrots are most prominent in the rainforest, although they are found in countless other
tropical habitats around the world. Parrots feed on seeds, fruits, grass, leaves, and plant shoots and use their
strong beaks to crack hard shells, grind their food, and as a third limb for climbing. Parrots come in a range of
64 https://www.tandfonline.com/doi/abs/10.1080/01584197.2017.1387031?journalCode=temu20
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sizes from the 39-inch (1 m), three-pound (1.4 kg) hyacinthine macaw of Brazil to the pygmy parrot which rarely
reaches three and a half inches (9 cm) and weighs only about half an ounce (15 g).
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Besides size variation, some parrots have very unusual habits, like the Southeast Asian hanging parrots which
sleep hanging upside down like bats. Many parrots live in flocks or in life-long partnerships with a single mate.
When one member of the pair dies, the other mate either lives out its life in lonely solitude or joins another pair
to make a triple. Many parrots show marked sexual dimorphism with males usually more strikingly colored than
females. Due to their attractive coloration, many parrots are threatened by over-collecting for the pet trade in
addition to threats from loss of habitat.65$
65 https://rainforests.mongabay.com/0411.htm
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CHAPTER 4 TREES
Trees are important to the ecosystem for several reasons. Without trees, human life could not exist on Earth.
According to the Community Forest Guidebook, 100 trees remove about five tons of CO2, and 1000 pounds of
other pollutants within their lifetime. CO2 is toxic to the human body so it is important for trees to remove
it.66According to the Community Forest Guidebook, 100 trees remove about five tons of CO2, and 1000
pounds of other pollutants within their lifetime. CO2 is toxic to the human body so it is important for trees to
remove it.The pollutants that 100 trees remove in their lifetime also include 400 pounds of ozone and 300
pounds of particulates. This is crucial for those people who suffer from respiratory disease. Especially in urban
areas, trees are able to reduce ambient temperatures. Carbon dioxide, nitrogen and other pollutants can cause a
“heat-island effect.” However, trees are able to reduce the heat by 5 to 8 degrees.After storms, trees are able to
66 https://sciencing.com/trees-important-ecosystem-5895158.html
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trap large amounts of water in their leaves, trunks and branches. The Community Forest Guidebook says that
for every 1,000 trees, storm water run-off is reduced by one million gallons.Trees provide shade that is necessary
for keeping animals from the heat outdoors. Trees also provide a home for many types of animals.67
67 https://sciencing.com/deforestation-affect-air-10632.html
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Cutting down trees is necessary to produce wood for construction, paper and other applications, but logging and
other activities that kill trees can potentially lead to negative impacts on ecosystems and the environment as a
whole.Large scale tree cutting can lead to deforestation, a transformation of an area from forest to terrain with
little vegetation. Plants create oxygen and absorb greenhouse gases. The destruction of trees may, therefore, encourage global warming. Changing temperatures can alter which organisms can survive in an ecosystem.Cutting
trees can result in the loss of habitat for animal species, which can harm ecosystems. According to National
Geographic, "70 percent of Earth’s land animals and plants live in forests, and many cannot survive the deforestation that destroys their homes."Tropical forests like the Amazon rain forest promote a cycle of evaporation
and rainfall. Loss of the rain forests could result in warmer and drier climates near the tropics, according to
NASA, which could destroy ecosystems that many animal and plants depend on.68
68 https://sciencing.com/biomass-calculated-5526995.html
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Published
Devgro Media Arts Services
Publishing ®2015
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