Rick Houser's Book Counseling and Educational Research

RICK HOUSER'S BOOK COUNSELING AND EDUCATIONAL RESEARCH Rick Houser's book "Counseling and Educational Research" Rick Houser's book "Counseling and Educational Research" Why is it important to acquire necessary skills in research for a counselor? Clinical counselors are doctoral-level providers of health services skilled in counseling clients while evaluating and treating emotional and mental disorders utilizing scientific theories and methods. Adequate interpersonal correspondence skills are imperative.

A clinical counselor must have the ability to listen eagerly and understand what customers communicate with them, and have the capacity to talk clearly with customers about sensitive issues. This occupation also requires basic thinking skills, as clinical therapists must have the capacity to utilize logic and reason to solve and interpret complex issues.

Houser writes: "… but I believe acquiring the skill to evaluate how knowledge was generated is a key skill in functioning as a professional and dissociates those with advanced graduate degrees from those who are not so trained" (p.9) Clinical counselors interact with customers and use interview methods to collect data used to diagnose mental disorders and illness. They also counsel customers, participate in interactive treatments, and produce detailed notes or reports after every session.

Thus, the clinical therapist must comprehend socio-cultural standards and communicate effectively with a different populace while securing the customer's security and holding fast to moral standards. Clinical counselors interpret the data they get from their customers from assessments, interviews, and records. The data is assessed against criteria that help them recognize and diagnose disorders. They should also be educated on treatments and skilled in generating a viable need-based medication plans. For this to be realized, clinical counselors must show solid analytical skills.

They must be great at tackling issues, applying theories, assessing choices, settling on steady choices and executing solutions. Clinical counselors use objective examination and strategies that are deductively supported when diagnosing and treating mental illness. While they do not have to retain each study or theory, they have to be aware about general theories and grasp how to translate research and its discoveries. To translate information and assess it objectively, clinical counselors ought to be capable of utilizing scientific thinking and reasoning when taking care of issues (Houser, 2009).

Purposes of Rick Houser's book Counseling and educational research Rick Houser's book seeks to reveal the importance of being a good research consumer and trains practitioners how to best conduct research. The author uses concrete illustrations to show how to interpret and evaluate research articles effectively. The book also desires to give the reader an opportunity to see how an article should be evaluated from top to bottom. It equips the reader and practitioner with various evaluation and interpretation methods.

This book is intended primarily for graduate and undergraduate levels in the areas of social work, counseling, psychology, and education. Houser asserts, "A major purpose of this text is to provide a framework for practitioners in the fields of counseling and education to use in systematically evaluating the efficacy of scientific studies reported in professional journals so that the information may be used in practice" (p.10) What does Houser truly believes in relation to research and counselors? Houser believes that this is a thorough and concentrated read for counselors.

He argues that the methodical and systematic approaches to describing the processes of research are excellent. His belief gives us a chance to fill gaps during training that commonly ignores both. Houser belies that counselors must assume active responsibility in their practice by evaluating evidence and hence attain maximum effectiveness (Houser, 2009, p.9). What are the two advances that science and scientific advances have led to? The progression of technology and science is likely one of the most organized innovative activities of humanity today.

The material world that we see around us, and the current functions of the society; are direct indications of these developments. In the range of information technology, it has shifted to a point that the entire world is a global village. Unlike previously when people advanced as individuals, family units, minor tribes and groups, they have currently become part of the worldwide connectivity. The impacts of this on the individual human mind are not yet comprehended. In material ways, it would unquestionably be exceedingly productive.

As far as thought processes, and particularly those that identify with the internal core of the person, there could be tremendous benefits through this association; generating a feeling of the correct unity of humanity (Houser, 2009, p.3). On the other hand, has not yet advanced along the pathways of development on the premise of such connectivity; and we will ask ourselves if the regular framework that we have inherited can embrace itself to such a function change.

The advancement of modern science speaks to revolutionary exploratory developments as well as provisions with boundless societal implications. It holds extraordinary guarantee in different fields, like health, food production, and health industry. However, this is not without fears and concerns. In the agricultural field, enhancements have been effected on a gradual groundwork. Case in point, animal husbandry has gone from crossing and selecting, to embryo transplant and artificial insemination technologies. Not any of these have offered ascent to fear. Genetic engineering stirs fears since researchers move across species borders.

Mutations and multiplications have advanced and developed quickly in biological frameworks. Risk appraisal is considerably more uncertain and difficult, contrasted with physical engineering frameworks. In science, one also manages frameworks interactions like in biology that are unpredictable. It is essential to screen what is going on in the field consistently utilizing the same compelling procedures of biotechnology. Explain the love-hate relationship with science that is present in our society The utilization of science has both positive and negative outcomes.

The headway of science has no doubt controlled the advancement of humankind over the long run, as is obvious by the present lengths of individuals' lives. The progression of science has created extraordinary changes in the advancement of humankind. Today, individuals can live any longer than they had previously. The once deadly sicknesses are currently treatable, and a few diseases have been eliminated. Science has changed the way humanity advances and lives (Houser, 2009, p.2).

On the contrary, the progression of science has not controlled the advancement of humankind adversely because the right progressions have been gainful. Mechanical and investigative progressions will be advantageous if utilized capably. Specialized mechanisms like cell phones have progressed in ways that unite individuals closer; medicinal progressions have drawn out and safeguarded lives. In the same way, masterful progressions have expanded our psyches and changed the way we suppose and take a gander at the planet. The planet is continually advancing.

If certain assemblies of individuals cannot handle that or grip deductive movement under control with humanity's movement, then they are bound to fail in a Darwinian perspective (Houser, 2009, p.1). How does Moore define research? Moore defines research as a systematic ordering of concepts about a phenomenon being studied. Moore is concerned with the grasping and the prediction of a phenomenon. Moore's theory regards distance education as one of the industrialized form of learning and teaching.

He demonstrates that research is characterized by division of duties among cooperating people, rationalization, planning and understanding a phenomenon. His theory is of a different kind. It infers that the use of a methodological approach results in motivation to learn (McLeod, 2003). His predictive theory triggers an inter-subjective testable hypothesis. This does not imply that his approach is based is devoid of predictive attributes. However, it puts other theoretical approaches in their common categories.

What are the common elements of science according to Moore? Moore has identified over ninety elements occurring naturally. Most of these elements are metals. Metal uranium is the heaviest natural elements. Moore argues that Helium and Hydrogen are the most common elements of science across the world. These elements compose a huge portion of stars. What is the ultimate goal of science? The ultimate goal of science is to explain effect and cause relationships. Real experiments enable researchers to explain the effect and cause relationships.

When using real experiments, researchers can only suggest effect and cause relationship based on probability. Scientific information cannot be absolute as it is naturally tentative. A real experiment is defined as the use of random assignments of samples to diverse groups allowing researchers to establish cause and effect association by manipulation and control of variables (Houser, 2009, p.4). What are the different approaches to obtain knowledge? Various authors are focusing on the fact that science is one of the approaches to acquire knowledge.

What we frequently neglect to see is that this is evolving knowledge. Every development is treated as last by the common individual. Yet, we have seen the hypotheses of even the best of researchers refuted by further developments. Information with respect to the material world is just a stepping-stone for advanced knowledge. Theosophical students may also recollect that that there are the extraordinary scientists who for eras have tried and confirmed the customs of old by their own observations and encounters.

They are men who have improved and consummated their physical, mental, spiritual, and psychic organizations to the extreme conceivable degree. With the vision they have picked up, have contemplated, and recorded the accurate Science of the Universe. In fact, present-day science tries to get closer and closer to this Knowledge. However, that Knowledge as of recently exists. It gave us a chance to recall that that this aged Knowledge can never show signs of change any more than immaculate math can change, in any event for our present earth-cycle.

Current science must be judged with all considerations of Theosophy and not the other way round because science changes with time while Theosophy like everlasting truth is constant. What is of true worth to us is the deductive state of mind; accepting nothing unless it might be demonstrated by us. This occurs via rational and sound judgment as demonstrated by others in such a path that we can also demonstrate it for ourselves when we have picked the important information.

Meanwhile, we can acknowledge such realities, practice them, and prove them for ourselves. What does Salkind suggest for quality research? From Salkind's perspective, quality research must show a causal association between the variables. It must also employ words such as populations, variables and result as part of its common vocabulary. He contends that this is one aspect of conducting a research. Broadly, Salkind claims that the focus of quality is about the validity of analytical instruments. The most important aspect of quality research is validity and reliability.

This means that a research will only have quality if its findings are consistent over a period and its results are an accurate representation of the larger population under investigation. He further argues that a research must generate reliable findings meaning that the results can be regenerated under similar approach. Therefore, such a research will be viewed as quality research.

Houser supports this premise when he writes, "There are different degrees to which a researcher can manipulate or control an event, and this affects the quality of the study…" (p.18) How do we make decisions in our daily lives? Decision-making might be viewed as the cognitive process bringing about the determination of a course of action around numerous elective situations. Each decision-making process produces a final decision. The yield could be an opinion of decision or an action.

Every step in the process of making decisions might incorporate cultural, cognitive, and social deterrents to effectively negotiating dilemmas. It has been prescribed that becoming aware of these deterrents permits people to foresee and overcome them easily. The Arkansas Program presents seven steps of ethical decision making depend on the work of James Rest: I. Creating a community-, this step involves making and nurturing the relationships, standards, and methodology that will shape how issues are comprehended and imparted. This stage happens before and during an ethical dilemma II.

Recognition: establishing that an issue exists III. Translation: distinguishing contending explanations for the issue, and assessing the drivers behind those translations IV. Judgment: filtering through different conceivable activities or responses and verifying which is more reasonable V. Motivation: analyzing the contending commitments which might divert from a more ethical course of action and afterward prioritizing and devoting to ethical values over other social, institutional or personal values VI. Action: embracing action that underpins the more justified decision.

Honesty is underpinned by the capability to overcome impediments and distractions, improving executing skills, and conscience quality VII. Reflecting on the action What are the sources of knowledge? Instinct - When an ant craws on a person's right arm, the left hand immediately moves towards the right arm to push the ant away. In this case, there is no mind reasoning. When a person sees a scorpion close to his own leg, he withdraws the leg immediately. This is called automatic or instinctive movement.

As a person crosses a road, how instinctually he moves his body away from cars. There is no thought in the course of such a mechanical development. This is known as instinct. Reason - Reason tends to be higher than instinct and it exists only in people. It gathers certainties, reasons out from cause to effect, generalizes, from premises to conclusions, from recommendations for evidence. It decides, concludes, and arrives to final judgment. It takes a person securely to the gate of intuition and abandons the person there (Houser, 2009, p.200).

Intuition - Intuition refers to an individual's spiritual experience. The skills acquired through the working of the causal body are intuited. It involves direct recognition of truth, or prompt information through the super cognizant State. In intuition, there is no thinking process whatsoever. It is immediate perception. Intuition transcends reasons and it does not disaffirm it. Intellect takes a person to the gate of intuition and returns. Intuition is the eye of wisdom. Spiritual sights and flashes of truth, revelation, inspiration, and spiritual understanding pass through intuition.

The brain must be pure for an individual to realize that it is the intuition that is working at a specific moment. What are the four types of knowledge according to Gall, Gall, and Borg? According to Gall, Gall, and Borg, the four types of knowledge include: 1. Description - research studies describes the social or natural phenomena. It is imperative to have reliable and valid observation and instruments. 2. Prediction: researchers seek to predict a phenomenon that may occur at a given time using previous information. 3.

Improvement -- improvement knowledge is whereby a researcher seeks to identify the usefulness of interventions (McLeod, 2003). 4. Explanation -- explanation knowledge refers to the explanation given about a phenomenon. This is vital in the long-term over the other types of knowledge. It enables researchers to explain educational phenomena, describe, predict, and identify interventions to improve it (Houser, 2009, p.4-5). Explain knowledge from a descriptive approach Descriptive knowledge also known as propositional knowledge is the form of knowledge that is communicated in definitive sentences or demonstrative propositions by its extreme nature.

This recognizes descriptive knowledge from what is ordinarily regarded as knowhow, or procedural information and "knowing of," or knowledge by acquaintance. The distinction between beliefs and knowledge is that: A belief is an inner thought or memory, which exists in one's personality. Most individuals acknowledge that for a belief to be knowledge it must be, at any rate, accurate and supported. The Gettier issue in reasoning is the inquiry of if there are possible necessities before a belief can be accepted as knowledge (Houser, 2009, p.4-5).

Explain knowledge from a predictive approach A predictive approach is a forecast of how things will occur in future. This is not always based on knowledge or experience. It is composed of statements suggesting an expected outcome. Although it guarantees information about the future, predictive approach enables researchers to plan about possible developments. Explain knowledge from an improvement approach Knowledge is an interior, unobservable methodology that brings about progressions of skills, attitude, and beliefs. By difference, Knowledge building is seen as making or adjusting open information.

Knowledge building alludes to the methodology of making new cognitive antiquities because of normal objectives, team discussions, and amalgamation of thoughts. These endeavors may as well develop the present comprehension of people in a group, at a level past their initial level of knowledge, and ought to be regulated towards continuing the comprehension of what is known about the theme or thought.

The hypothesis "includes the foundational studying, sub-skills, and socio-cognitive flow sought after in different approaches, on top of the extra profit of development along the trajectory to develop instruction. Knowledge building is acknowledged as profound constructivism that includes making an aggregate request into a given subject and going to a deeper comprehension through intuitive addressing, discourse, and proceeding change of plans (McLeod, 2003).

The instructor turns into a guide as opposed to a director, and permits learners to assume control over a noteworthy partition of the authority regarding their own particular studying, incorporating arranging, execution, and evaluation. Explain knowledge from an explanation approach Knowledge is characterized as "looking for truth or information - looking for data by questioning." Individuals conduct the procedure of analysis from the time they are conceived until they pass on. This is accurate although they may not reflect upon the methodology. Children start to comprehend the planet by asking.

From conception, infants watch faces that draw close, they get a handle on the items, they put things in their mouths, and they respond to voices. The procedure of asking starts with assembling data and information through applying the human faculties - seeing, listening to, touching, tasting, and smelling (Houser, 2009). Through the inquiry process, people develop much of their comprehension of the common and human-designed planets. Inquiries infer a "need or need to know" preface.

Analysis is less looking for the right response - because regularly there is none - yet rather looking for fitting resolutions to inquiries and issues. For instructors, request suggests attention on the improvement of analytical abilities and the nurturing of asking mentality or propensities of the psyche that will empower people to continue the pursuit for knowledge all through their life. What are the eight types of errors that Babbie describes? The eight types of errors as described by Babbie include: 1. Something is going on concurrently with an investigation.

As such, something changes along the setup that influences the statistical contrasts. 2. Maturation: something happens in the setup due to the natural growth and development such as the subject capability matures 3. Testing: students become wise in conducting tests: Pretest can incite some individual to enhance their capability 4. Instrumentation: separate instruments utilized as a part of pretest and posttest 5. Experimental Mortality: Attrition 6. Regression to the mean: This concern with the inclination of flotation: low capacity tends to go up, and high capability tends to go down. 7.

Selection: the impact is credited to the way those diverse sorts of people are chosen for two aggregations. Randomization is the best safe graduate against distinctive choice. 8. Maturation / selection Interaction: one team is evolving naturally, or two teams have diverse maturity rates (Houser, 2009). What error do Gall, Gall, and Borg suggest? Gall, Gall, and Borg suggest that a research paradigm comes with its set of errors and assumptions.

It endeavors to grasp that the causes or facts of a phenomena while disregarding the subjective condition of a situation or a person. They advocate for positivism and argue that hypothetical deductive processes have benefits. Gall, Gall, and Borg suggest that research is rooted in objective verification even though it disregards the steps of a research process. Additionally, they presume that positivistic inquiry of what happens in one environment can be generalized to future environments. Further, they suggest that research studies must not regard situations and experiments as measurable.

Things that are not measured do not merit be reporting, generalizing and validating (Houser, 2009). What tendency do we have as researchers that may affect our outcomes according to Pottick, Kirk, & Hsieh, 2007; Strohmer, Pellrin, & Davidson, 1995)? Researchers have a tendency of confirmation bias where they favor information, which confirms their hypothesis or belief. They tend to show this bias when they collect or recall information in a selective manner or even interpret data in a selective manner. The impact is stronger for issues pertaining to emotions or deeply entrenched beliefs.

As such, they proceed with a tendency to interpret ambiguous evidence to support their current position. Explain the misleading notion of a good scientist in relation to a humanistic perspective opposite to psychology from a scientific approach? The normal characterization of science as quality free or unbiased might be misleading. In fact, researchers positively disvalue error, fraud, and "pseudoscience." In the meantime, researchers normally value testability, reliability, accuracy, precision, simplicity of ideas and heuristic force. Researchers additionally value variety exemplified in the expert credit given for huge new disclosures.

The hunt for science as an action is itself understood as an implicit endorsement of improving information of the material world. While few might have a tendency to contradict these points, they can get essential in the setting of expenses and elective qualities. Space science, the human genome activity, dismemberment of subatomic matter through expansive accelerators, or enhanced comprehension of Aids is not freely available.

Particularly where science is freely financed, the qualities of exploratory information might well be acknowledged in the connection of the qualities of other social projects (Houser, 2009p.6). Houser confirms, "A major tenet of psychology is that we as human beings inherently like to predict and control. Scientific research methods may ultimately provide one of the better ways to be good scientists and make good predictions about events in our lives… it is important to be a good scientist and make good predictions" (p.6).

Explain the scientist-practitioner method? The scientific practitioner's method refers to a training method that integrates practice and science in psychology. Here, each constantly informs the other. This method was created in 1949 for the training of counseling and clinical psychologists. It emerged because of the rising demand mental health experts after world war two. The essence of this model is to equip practitioners studying psychology to acquire both clinical skills and research skills. It adheres to the scientifically-based protocols of conveying psychological evaluations and measure of psychological intervention (Houser, 2009, p.14).

What are the scientist and fractioned according Manicas and Secord? Manicas and Secord argue that scientist and fractioned build reliable knowledge in terms of the natural world. This is demonstrated in daily products stemming from scientific knowledge from batteries to bridges and airplanes. According to Manicas and Secord theory, these technologies function only because science does. The procedures of developing scientific knowledge depend on the fractioned assumptions that are worth acknowledging.

Manicas and Secord believe that scientists operate on the assumption that there are natural reasons for situations happening around the world. To see the evidence, this reliability has been fractioned into everyday products resulting from scientific knowledge. Name and explain the three theoretical orientations in research explanation according to Gall ET all. a) Mechanistic From this perspective, organizations function objectively and have adapted to doing so in global deterministic ways. This leads to the identification of a cause and effect relationship. In this view, managers are perceived as rational actors.

b) Post-positivistic From this perspective, organizations are currently operating in a subjective world. Organizations are viewed as creating their subjective world from the frames and metaphors of reference allowing them and their environment to be grasped by organizational stakeholders. Since the members of certain organizations create the subjective world, the association between cause and effect appears to be idiosyncratic. c) Scientific realism This approach lacks organizational context in its depiction of the construct of market orientation. It suggests that organizations create their own environments.

As such, it exceeds the notion that organizations view their environment in subjective pattern. Members of the organization combine action and attention on the part of the organization. Attention is always subjective because managers guide the members' understanding of the values, beliefs and the entire world (McLeod, 2003). What is evidence-based practice? Evidence-based practice (EBP) is an interdisciplinary approach to clinical practice that has been making progress based on its formal introduction in 1992.

It began in healthcare as evidence-based medicine and spread to different fields, like psychology, education, nursing, dentistry, and information science, as well as different fields (Houser, 2009, p.77). The essential standards are that all reasonable decisions made must: 1) Be based upon exploration studies and that, 2) These exploration studies are chosen and deciphered as per some particular standard attributes for EBP Commonly such standards neglect hypothetical and qualitative studies and factor in quantitative studies as per a tight set of criteria of what considers the evidence.

In case the restricted set of methodological criteria is not connected, it is appropriate to discuss study-based practice. Evidence-based behavioral practice involves settling on decisions about how to support health or give health care by mixing the best accessible evidence with expert finesse and different assets, and with the aspects, state, needs, qualities and inclination of the aforementioned who will be influenced. This is carried out in a way that is perfect with the organizational and environmental connection.

Evidence is composed of research discoveries inferred from the systematic gathering of information through experiment and observation and the definition of inquiries and testing of hypothesis. What are the steps for the scientific process? Step 1: Making an observation Nearly all-scientific process starts with an observation that provokes interest or raises an inquiry. For instance, when Charles Darwin (1809-1882) went to the Galapagos Islands, he observed some types of finches each uniquely acclimated to a particular habitat.

Specifically, the noses of the finches were truly variable and appeared to assume essential parts in how the birds acquired food. Darwin was captivated by these creatures. He needed to comprehend the powers that permitted such a large number of distinctive mixed bags of finch to coexist solidly in the little geographic zone. The observations made him wonder; this elicited the posing of a question that could be tried.

Step 2: Asking a question The motivation behind the question endeavors to narrow the center of the question and recognize the issue in specific terms. Generating a scientific question is not challenging and does not presuppose training as a researcher. In the event that a person at any point is curious about something, in the event that a person needs to understand what initiated something to happen, then he most likely as of recently posed a question that could start a scientific examination (Houser, 2009, p.9).

Step 3: Formulation of a hypothesis The extraordinary thing about an inquiry is that it longs for an answer, and the next phase in the scientific process is to recommend a conceivable answer as a theory. A theory is frequently characterized as a well-versed guess since it is just about dependably informed by what a person knows about a theme. For instance, if a person needed to study the air-safety issue rampant today, he may already be having an instinctive sense he could shape to formulate his hypothesis.

Step 4: Testing the theory through an experiment Here, the researcher leads the experiment. He can involve samples and encourage them to record any observations they make. Discuss the steps of the experiment. Step 5: Analyzing the information and drawing a conclusion This step concentrates on outcome. It involves asking questions like, "What happened in the investigation? "Did the foil float or sink? "Which container held the most water?" At this stage, the researcher helps samples respond to the inquiry created in the first step.

Step 6: Sharing outcomes The researcher urges the sample to discuss with their peers regarding the experiment. Have them discuss the steps used to direct the trial and what they have learned. What are the traditional 3 sections of an article? The Introduction - The article opens with an introduction. It is a short piece with a concise and a brief description of the author's intent. It normally summarizes or describes both sides of the current scenario and says what the writer is set to do in the article.

The Body - The Body is the primary part of the article. Sometimes, it is divided into a few sections, giving the writer's reasons and opinions. Every paragraph in the body is between five and seven sentences in length. Conclusion - The Conclusion is the end of the article. It is a short piece -- around the range of three sentences. It frequently has the same thought as the Introduction, just in distinctive statements. Some individuals think about the article as a sandwich.

The Introduction and Conclusion are the bread, and the Body is the central filing. Given that the introduction looks great, individuals will progress to the body. What are the traditional 8 subdivisions of an article? An article will have varying numbers of subdivisions depending whether the article is about a person or an animal. For a person, the subdivisions may include Date of Birth, Major Achievements, Family Backgrounds, Major Events,.