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This editors' introduction describes the rationale behind the development of the Research in a Connected World resource and the history of its development.

The massive availability of networked information and communications technologies today allows us to change the ways we go about our dailyworking lives as well as the way we spend out leisure time. New ways of shopping, of staying in touch with colleagues and friends, of learningor of navigating places have emerged that are enabled by the ubiquitous electronic devices and networked services that have become availableover the past few years. Similarly, as researchers we are today utilising computers in many ways, be it through the use of basicservices such as email or the utilisation of the most advanced digital technologies enabling new research methods. No matter what discipline wework in, there are legitimate questions about what potential use we might make of these technologies and what the implications of such usemight be.

Over the past decade, funding organisations such as the UK's research councils have funded efforts to make the most advanced information andcommunications technologies available to researchers and investments are made to develop persistent and sustainable infrastructures to underpin awidespread uptake of digital methods – the development of e-Research. What has been lacking, however, is the development of appropriatelearning material such as textbooks that would teach the basics of advanced information systems and digital methods in a way that isaccessible to researchers from a wide range of disciplines. This book is an attempt to fill this gap. Its aim is to fill the gap between theinitial interest generated by presentations of the potential of e-Research and the various training courses that convey the skillsnecessary to use specific technologies.

Chapter outline

The book is divided into four main sections. The first two chapters provide a general introduction to the principles behing e-Research and introduce distributed systems, showing how they differ from single-user desktop systems. The second section discusses a number of different examples of e-Research from a range of disciplines, demonstrating how research can benefit from and be driven forward by the use of advanced information and communications technologies. The third section outlines a number of infrastructures for research that are available to researchers today and discusses the strategies behind the development of European grid initiatives that aim to provide a sustainable environment for the development of e-Research practices. Next, we discuss the role of data and its management over the research lifecycle as well as a number of relevant technologies. The fifth section discusses different ways that researchers can access infrastructure services and the ways they can be factored into actual everyday research practices. Finally, we conclude the book with a collection of resources that we hope will help the reader explore the field of e-Research further and make informed choices about the adoption of the technologies and methods described in this book.

Acknowledgements

First of all, we would like to thank our colleagues who have contributed chapters to this collection. They have given generously of their time and the essential input of expertise without which this book could not have come into existence. We would also like to thank the organisations that have provided support in cash or in kind:

JISC logo
The UK's JISC has provided financial support through the funding for the e-Infrastructure Use cases and service usage models project.

SICSA logo
The Scottish Informatics and Computer Science Alliance has supported the editing process by funding contributions made by Alex Voss.

NeSC logo
The National e-Science Centre has supported the editing process by funding the contributions made by David Fergusson and Elizabeth Vander Meer.

MeRC logo
The Manchester e-Research Centre has supported the editing process by funding contributions made by Alex Voss and by administering the production process of the first edition of the book.

Questions & Answers

how does Neisseria cause meningitis
Nyibol Reply
what is microbiologist
Muhammad Reply
what is errata
Muhammad
is the branch of biology that deals with the study of microorganisms.
Ntefuni Reply
What is microbiology
Mercy Reply
studies of microbes
Louisiaste
when we takee the specimen which lumbar,spin,
Ziyad Reply
How bacteria create energy to survive?
Muhamad Reply
Bacteria doesn't produce energy they are dependent upon their substrate in case of lack of nutrients they are able to make spores which helps them to sustain in harsh environments
_Adnan
But not all bacteria make spores, l mean Eukaryotic cells have Mitochondria which acts as powerhouse for them, since bacteria don't have it, what is the substitution for it?
Muhamad
they make spores
Louisiaste
what is sporadic nd endemic, epidemic
Aminu Reply
the significance of food webs for disease transmission
Abreham
food webs brings about an infection as an individual depends on number of diseased foods or carriers dully.
Mark
explain assimilatory nitrate reduction
Esinniobiwa Reply
Assimilatory nitrate reduction is a process that occurs in some microorganisms, such as bacteria and archaea, in which nitrate (NO3-) is reduced to nitrite (NO2-), and then further reduced to ammonia (NH3).
Elkana
This process is called assimilatory nitrate reduction because the nitrogen that is produced is incorporated in the cells of microorganisms where it can be used in the synthesis of amino acids and other nitrogen products
Elkana
Examples of thermophilic organisms
Shu Reply
Give Examples of thermophilic organisms
Shu
advantages of normal Flora to the host
Micheal Reply
Prevent foreign microbes to the host
Abubakar
they provide healthier benefits to their hosts
ayesha
They are friends to host only when Host immune system is strong and become enemies when the host immune system is weakened . very bad relationship!
Mark
what is cell
faisal Reply
cell is the smallest unit of life
Fauziya
cell is the smallest unit of life
Akanni
ok
Innocent
cell is the structural and functional unit of life
Hasan
is the fundamental units of Life
Musa
what are emergency diseases
Micheal Reply
There are nothing like emergency disease but there are some common medical emergency which can occur simultaneously like Bleeding,heart attack,Breathing difficulties,severe pain heart stock.Hope you will get my point .Have a nice day ❣️
_Adnan
define infection ,prevention and control
Innocent
I think infection prevention and control is the avoidance of all things we do that gives out break of infections and promotion of health practices that promote life
Lubega
Heyy Lubega hussein where are u from?
_Adnan
en français
Adama
which site have a normal flora
ESTHER Reply
Many sites of the body have it Skin Nasal cavity Oral cavity Gastro intestinal tract
Safaa
skin
Asiina
skin,Oral,Nasal,GIt
Sadik
How can Commensal can Bacteria change into pathogen?
Sadik
How can Commensal Bacteria change into pathogen?
Sadik
all
Tesfaye
by fussion
Asiina
what are the advantages of normal Flora to the host
Micheal
what are the ways of control and prevention of nosocomial infection in the hospital
Micheal
what is inflammation
Shelly Reply
part of a tissue or an organ being wounded or bruised.
Wilfred
what term is used to name and classify microorganisms?
Micheal Reply
Binomial nomenclature
adeolu
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Source:  OpenStax, Research in a connected world. OpenStax CNX. Nov 22, 2009 Download for free at http://cnx.org/content/col10677/1.12
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