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How to Write Recommendations in Research | Examples & Tips

Published on September 15, 2022 by Tegan George . Revised on July 18, 2023.

Recommendations in research are a crucial component of your discussion section and the conclusion of your thesis , dissertation , or research paper .

As you conduct your research and analyze the data you collected , perhaps there are ideas or results that don’t quite fit the scope of your research topic. Or, maybe your results suggest that there are further implications of your results or the causal relationships between previously-studied variables than covered in extant research.

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Table of contents

What should recommendations look like, building your research recommendation, how should your recommendations be written, recommendation in research example, other interesting articles, frequently asked questions about recommendations.

Recommendations for future research should be:

• Concrete and specific
• Supported with a clear rationale
• Directly connected to your research

Overall, strive to highlight ways other researchers can reproduce or replicate your results to draw further conclusions, and suggest different directions that future research can take, if applicable.

Relatedly, when making these recommendations, avoid:

• Undermining your own work, but rather offer suggestions on how future studies can build upon it
• Suggesting recommendations actually needed to complete your argument, but rather ensure that your research stands alone on its own merits
• Using recommendations as a place for self-criticism, but rather as a natural extension point for your work

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There are many different ways to frame recommendations, but the easiest is perhaps to follow the formula of research question   conclusion  recommendation. Here’s an example.

Conclusion An important condition for controlling many social skills is mastering language. If children have a better command of language, they can express themselves better and are better able to understand their peers. Opportunities to practice social skills are thus dependent on the development of language skills.

As a rule of thumb, try to limit yourself to only the most relevant future recommendations: ones that stem directly from your work. While you can have multiple recommendations for each research conclusion, it is also acceptable to have one recommendation that is connected to more than one conclusion.

These recommendations should be targeted at your audience, specifically toward peers or colleagues in your field that work on similar subjects to your paper or dissertation topic . They can flow directly from any limitations you found while conducting your work, offering concrete and actionable possibilities for how future research can build on anything that your own work was unable to address at the time of your writing.

See below for a full research recommendation example that you can use as a template to write your own.

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While it may be tempting to present new arguments or evidence in your thesis or disseration conclusion , especially if you have a particularly striking argument you’d like to finish your analysis with, you shouldn’t. Theses and dissertations follow a more formal structure than this.

All your findings and arguments should be presented in the body of the text (more specifically in the discussion section and results section .) The conclusion is meant to summarize and reflect on the evidence and arguments you have already presented, not introduce new ones.

The conclusion of your thesis or dissertation should include the following:

• A restatement of your research question
• A summary of your key arguments and/or results
• A short discussion of the implications of your research

For a stronger dissertation conclusion , avoid including:

• Important evidence or analysis that wasn’t mentioned in the discussion section and results section
• Generic concluding phrases (e.g. “In conclusion …”)
• Weak statements that undermine your argument (e.g., “There are good points on both sides of this issue.”)

Your conclusion should leave the reader with a strong, decisive impression of your work.

In a thesis or dissertation, the discussion is an in-depth exploration of the results, going into detail about the meaning of your findings and citing relevant sources to put them in context.

The conclusion is more shorter and more general: it concisely answers your main research question and makes recommendations based on your overall findings.

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Improved Surface Drainage of Pavements: Final Report (1998)

Chapter: chapter 5 summary, findings, and recommendations.

Below is the uncorrected machine-read text of this chapter, intended to provide our own search engines and external engines with highly rich, chapter-representative searchable text of each book. Because it is UNCORRECTED material, please consider the following text as a useful but insufficient proxy for the authoritative book pages.

CHAPIER 5 SI~MARY, FINDINGS, AND RECOMMENDATIONS SUGARY The primary objective of this research was to identify unproved methods for draining rainwater from the surface of multi-lane pavements and to develop guidelines for their use. The guidelines, along with details on the rationale for their development, are presented in a separate document' "Proposed Design Guidelines for Improving Pavement Surface Drainage" (2J. The guidelines support an interactive computer program, PAVDRN, that can be used by practicing engineers In the process of designing new pavements or rehabilitating old pavements' is outlined In figure 39. The intended audience for the guidelines is practicing highway design engineers that work for transportation agencies or consulting firms. Improved pavement surface drainage is needed for two reasons: (~) to minimize splash and spray and (2) to control the tendency for hydroplaning. Both issues are primary safety concerns. At the request of the advisory panel for the project, the main focus of this study was on ~mprov~g surface drainage to mammae the tendency for hydroplaning. In terms of reducing the tendency for hydroplaTuT g, the needed level of drainage is defined in terms of the thickness of the film of water on the pavement. Therefore, the guidelines were developed within the context of reducing the thickness of the water film on pavement surfaces to the extent that hydroplaning is unlikely at highway design speeds. Since hydroplaning is ~7

DESIGN CRITERIA Pavement Geometry Number of lanes Section type - Tangent - Horizontal curve - Transition - Vertical crest curve - Vertical sag curve Enviromnental oramaters Rainfall intensity ~ Temperature Pavement Tvpe Dense-graded asphalt Porous asphalt Portland cement concrete ~ Grooved Portland cement concrete Desion Soeed Allowable speed for onset of hydroplaning Recommend Desion Changes Alter geometry Alter pavement surface Add appurtenances Groove (Portland cement concrete) CALCULATIONS Lenoth of flow path Calculate on basis of pavement geometry IT Hydraulic Analvses .  No? Water film thickness Equation No. 10 Equation No.'s. 16-19 1 Hvdroolanino Analvsis Hydroplaning speed Equation No.'s 21-24 Rainfall Intensity Equation No. 25 -A I / Meet Design ~ \ Cntena? / \<es? Accent Desinn | Figure 39. Flow diagram representing PAVI)RN design process In "Proposed Guidelines for Improving Pavement Surface DrmT~age" (2). 118

controlled primarily by the thickness of the water film on the pavement surface, the design guidelines focus on the prediction and control of ache depth of water flowing across the pavement surface as a result of rainfall, often referred to as sheet flow. Water film thickness on highway pavements can be controlled In three fundamental ways, by: I. Minimizing the length of the longest flow path of the water over We pavement and thereby the distance over which the flow can develop; 2. Increasing the texture of the pavement surface; and 3. Removing water from the pavement's surface. In the process of using PAVDRN to implement the design guidelines, the designer is guided to (~) minimize the longest drainage path length of the section under design by altering the pavement geometry and (2) reduce the resultant water film thickness that will develop along that drainage path length by increasing the mean texture depth, choosing a surface that maximizes texture, or using permeable pavements, grooving, and appurtenances to remove water from the surface. Through the course of a typical design project, four key areas need to be considered in order to analyze and eventually reduce the potential for hydroplaning. These areas are: ~9

I. Environmental conditions: 2. Geometry of the roadway surface; 3. Pavement surface (texture) properties; and 4. Appurtenances. Each of these areas and their influence on the resulting hydroplaning speed of the designed section are discussed In detail In the guidelines (21. The environmental conditions considered are rainfall ~ntensibr and water temperature, which determines the kinematic viscosity of the water. The designer has no real control over these environmental factors but needs to select appropriate values when analyzing the effect of flow over the pavement surface and hydroplaning potential. Five section types, one for each of the basic geometric configurations used In highway design, are examined. These section are: 1. TaIlgent; 2. Superelevated curve; 3. Transition; 4. Vertical crest curve; and 5. Vertical sag curve. 120

Pavement properties that affect the water fihn thickness mclude surface characteristics, such as mean texture depth and grooving of Portland cement concrete surfaces, are considered In the process of applying PAVDRN. Porous asphalt pavement surfaces can also reduce He water film thickness and thereby contribute to the reduction of hydroplaning tendency and their presence can also be accounted for when using PAVDRN. Finally, PAVDRN also allows the design engineer to consider the effect of drainage appurtenances, such as slotted drain inlets. A complete description of the various elements that are considered In the PAVDRN program is illustrated In figure 40. A more complete description of the design process, the parameters used in the design process, and typical values for the parameters is presented In the "Proposed Design Guidelines for Improving Pavement Surface Drainage" (2) alla in Appendix A. fIN1)INGS The following findings are based on the research accomplished during the project, a survey of the literature, and a state-of-the-art survey of current practice. I. Model. The one~unensional mode} is adequate as a design tool. The simplicity and stability of the one~imensional mode} offsets any increased accuracy afforded by a two-d~mensional model. The one~mensional model as a predictor of water fiDn thickness and How path length was verified by using data from a previous study (11). 121

No. of Planes Length of Plane Grade Step Increment Wdth of Plane Cross Slope Section T,rne 1) Tangent 2) Honzontal Curare 3) Transition 4) Vertical Crest 5) Vertical Sag U=tS 1)U.S. 2) S. I. Rainfall Intenstity ~ , \ |Kinematic Viscosity |Design Speed Note: PC = Point of Curvature PI. = Point of Tangency PCC = Portland cement concrete WAC = Dense graded asphalt concrete 0GAC = 0pcn~raded asphalt concrete where OGAC includes all types of intentally draining asphalt surfaces GPCC = Grooved Ponland cement concrete Taneent Pavement Type Mean Texture Depth 1) PCC 2) DGAC 3) OGAC 4) GPCC Horizontal Cun~c  Grade Cross Slope Radius of Cunran~re Wdth Pavement Type _ 2) DGAC 3) OGAC 4) GPCC Mean Texture Depth Step Increment _ Transition Length of Plane Super Elevation Tangent Cross Slope Tangent Grade width of Curve Transition Width Pavement Type_ 1) PCC 3) OGAC 4) GPCC Mean Texture Depth Step Increment Horizontal Length Cross slope width PC Grade PI' Grade Elevation: Pr-PC Vertical Crest Flow Direction Step Increment Pavement Type 1) PC Side I 2) PI. Side | 1)PCC 2) DGAC 3) OGAC 4) GPCC Mean Tex~rc Depth _ _ ~ Figure 40. Factors considered in PAVDRN program. 122 ~1 r - . , Vertical Sad | Horizontal Length | Cross slope Wldth PC Grade PI Grade Elevation: PIE Flow Direction  Step Increment / Stored :_ ~ cats ~ 1) PC Side | 2) PI Side | . Pavement Typed 1) PCC 3) OGAC 14) GPCC Mean Texture Depth I I

~ Stored data V ~ 3 L IN1T For use with a second nut using data from the first run.) , 1 EPRINT (Echos input to output ) 1 CONVERT (Converts units to and from SI and English.) ~ , ADVP  (Advances Page of output.) KINW (Calculates Minning's n, Water Film Thickness (WEIR), and Hydroplaning Speed UPS).) , EDGE (Determines if flow has reached the edge of the pavement.) out roar Figure 40. Factors considered in PAVDRN program (continued). 123

2. Occurrence of Hydropl~r g. In general, based on the PAVDRN mode! and the assumptions inherent in its development, hydroplaning can be expected at speeds below roadway design speeds if the length of the flow path exceeds two lane widths. 3. Water Film Thickness. Hydroplaning is initiated primarily by the depth of the water film thickness. Therefore, the primary design objective when controlling hydroplaning must be to limit the depth of the water film. 4. Reducing Water Film Thickness. There are no simple means for controlling water John thickness, but a number of methods can effectively reduce water film thickness and consequently hydroplaning potential. These include: Optimizing pavement geometry, especially cross-slope. Providing some means of additional drainage, such as use of grooved surfaces (PCC) or porous mixtures (HMA). Including slotted drains within the roadway. 5. Tests Needed for Design. The design guidelines require an estimate of the surface texture (MTD) and the coefficient of permeability Porous asphalt only). The sand patch is an acceptable test method for measuring surface texture, except for the more open (20-percent air voids) porous asphalt mixes. In these cases, an estimate of the surface texture, based on tabulated data, is sufficient. As an alternative, 124

sand patch measurements can be made on cast replicas of the surface. For the open mixes, the glass beads flow into the voids within the mixture, giving an inaccurate measure of surface texture. Based on the measurements obtained In the laboratory, the coefficient of permeability for the open-graded asphalt concrete does not exhibit a wide range of values, and values of k may be selected for design purposes from tabulated design data (k versus air voids). Given the uncertainty of this property resulting from compaction under traffic and clogging from contaminants and anti-skid material, a direct measurement (e.g., drainage lag permeameter) of k is not warranted. Based on the previous discussion, no new test procedures are needed to adopt the design guidelines developed during this project. 6. Grooving. Grooving of PCC pavements provides a reservoir for surface water and can facilitate the removal of water if the grooves are placed parallel to the flow oath. Parallel orientation is generally not practical because the flow on highway pavements is typically not transverse to the pavement. Thus, the primary contribution offered by grooving is to provide a surface reservoir unless the grooves comlect with drainage at the edge of the pavement. Once the grooves are filled with water, the tops of the grooves are the datum for the Why and do not contribute to the reduction in the hydroplaning potential. 125

7. Porous Pavements. These mixtures can enhance the water removal and Hereby reduce water film tHch~ess. They merit more consideration by highway agencies In the United States, but they are not a panacea for eliminating hydroplaning. As with grooved PCC pavements, the internal voids do not contribute to the reduction of hydroplaning; based on the field tests done In this study. hv~ronImiina can be if, , , ~ expected on these mixtures given sufficient water fiLn thickness. Other than their ability to conduct water through internal flow, the large MTD offered by porous asphalt is the main contribution offered by the mixtures to the reduction of hydroplaning potential. The high-void ~ > 20 percent), modified binder mixes used In Europe merit further evaluation in the United States. They should be used In areas where damage from freezing water and the problems of black ice are not likely. 8. Slotted Drains. These fixtures, when installed between travel lanes, offer perhaps the most effective means of controlling water film thickness from a hydraulics standpoint. They have not been used extensively In the traveled lanes and questions remain unanswered with respect to their installation (especially in rehabilitation situations) and maintenance. The ability to support traffic loads and still maintain surface smoothness has not been demonstrated and they may be susceptible to clogging from roadway debris, ice, or snow. 126

RECOMMENDATIONS AND CONCLUSIONS The following recommendations are offered based on the work accomplished during this project and on the conclusions given previously: I. Implementation. The PAVDRN program and associated guidelines need to be field tested and revised as needed. The program and the guidelines are sufficiently complete so that they can be used in a design office. Some of the parameters and algorithms will I~ely need to be modified as experience is gained with the program. 2. Database of Material Properties. A database of material properties should be gathered to supplement the information contained in PAVDRN. This information should Include typical values for the permeability of porous asphalt and topical values for the surface texture (MTD) for different pavement surfaces to include toned Portland cement concrete surfaces. A series of photographs of typical pavement sections and their associated texture depths should be considered as an addition to the design guide (21. 3. Pavement Geometry. The AASHTO design guidelines (~) should be re-evaluated In terms of current design criteria to determine if they can be modified to enhance drainage without adversely affecting vehicle handling or safety. ~27

4. Use of appurtenances. Slotted drams should be evaluated In the field to determine if they are practical when Installed In the traveled way. Manufacturers should reconsider the design of slotted drains and their Installation recommendations currently In force to maximize them for use In multi-lane pavements and to determine if slotted drains are suitable for installations In the traveled right of way. 5. Porous Asphalt Mixtures. More use should be made of these mixtures, especially the modified high a~r-void mixtures as used In France. Field trials should be conducted to monitor HPS and the long-term effectiveness of these mixtures and to validate the MPS and WDT predicted by PAVDRN. 6. Two-D~mensional Model. Further work should be done with two~mensional models to determine if they improve accuracy of PAVDRN and to determine if they are practical from a computational standpoint. ADDITIONAL STUDIES On the basis of the work done during this study, a number of additional items warrant furler study. These Include: 1. Full-scale skid resistance studies to validate PAVDRN in general and the relationship between water film thickness and hydroplaning potential in particular are needed in light of the unexpectedly low hvdronlanin~ speeds predicted during 128 , . ~. , ~

this study. The effect of water infiltration into pavement cracks and loss of water by splash and spray need to be accounted for In the prediction of water fihn Sickness. Surface Irregularities, especially rutting, need to be considered in the prediction models. 2. Field trials are needed to confirm the effectiveness of alternative asphalt and Portland cement concrete surfaces. These include porous Portland cement concrete surfaces, porous asphalt concrete, and various asphalt m~cro-surfaces. 3. The permeability of porous surface mixtures needs to be confirmed with samples removed from the field, and the practicality of a simplified method for measuring in-situ permeability must be investigated and compared to alternative measurements, such as the outflow meter. 4. For measuring pavement texture, alternatives to the sand patch method should be investigated, especially for use with porous asphalt mixtures. 129

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Writing dissertation chapter 5: the biggest mistake students make, published by steve tippins on june 4, 2020 june 4, 2020.

Last Updated on: 2nd February 2024, 04:50 am

Chapter 5 of your dissertation is different from all of the previous four chapters.

If you’re beginning to write Chapter 5 of your dissertation, you know that most of the writing you’ve done up until now was fairly formulaic. You’ve probably been following templates with strict requirements about what needs to be included in each section and subsection. Even in Chapter 5, many schools will give you a template. But don’t let that fool you.

Regardless of whether you receive a rubric for it, Chapter 5 of your dissertation is unique. 

Your dissertation’s Chapter 5 is where you get to be more individualistic than in any other chapter and really “sing your song.” Why? It’s where you tell the reader what your results mean. Not just what they are, but what they mean. You tell them what they should take away from your study. You describe how your results can help others in the world or in the field. 

The Most Common Mistake Students Make When Writing Chapter 5 of Their Dissertation

The biggest mistake students make when writing their dissertation’s Chapter 5 is not writing enough. In fact, students often submit an “implications” section that’s only a few paragraphs.

As a committee member , it’s hard to see someone who has spent a year on a research topic and written 100+ pages about it and then get to the implications in Chapter 5 and see two paragraphs. This begs the question, “You mean this is all you have to say?”

Don’t cheat yourself in Chapter 5. Really explain and tell the story of what your results mean.

This is where you get to bring out your intellectual curiosity and help others really understand what you did and why you did it, what it means, and why it’s important. Of course, you’ll need to do this all within the guidelines of what your university will allow you to do. 

Normally Chapter 5 of a dissertation is about 15-20 pages. If it’s under ten pages, you’re really underselling your research. When you get to around 30-40 pages, your committee is going to wonder, “did all this come from your study?” or “couldn’t this have been said more succinctly?” 

Tips for Writing Dissertation Chapter 5

Reference the Literature. If you’re stumped for things to write, look at what you said in Chapter 2 and tell the reader what your results mean in relation to what the researchers you quoted in Chapter 2 were talking about.l How you have added knowledge to the field?

Consider Your Defense. When you do the defense of your final document, Chapter 5 is where you end up at the end of your presentation. This is the last thing you talk about before you get to questions, and it’s where you may be able to answer questions before they come up. 

Address Your Problem and Purpose. Don’t forget to remind the reader what your problem statement and research questions were at the beginning of Chapter 5. Explain how your results apply to the problem and purpose.

Back Everything Up. Also remember that even though it’s your chance to interpret and even express yourself, you still have to back everything up. Use quotes or data points from your results section and relate it to other research.

Use a Bird’s Eye View. This is where you can use graphics, charts, graphs, or other data that are much broader in scope than you might use elsewhere. In Chapter 4, for example, you’re going to use a graph that specifically relates to a statistical test you did. In Chapter 5, you might use one that’s broader in scope if it fits the flow of what you’re writing.

Tell a story. While other chapters might have been written in more of a compartmentalized style because of their formulaic nature, in Chapter 5 you’re really telling the story of your research. In line with that, the writing will need more of a flow. 

Dissertation Chapter 5 Sample Template With Explanations

Introduction 

In the introduction, tell the reader what they’re going to learn in Chapter 5. Reiterate the problem and purpose statements and your research questions and, if appropriate, reference the results from Chapter 4.

Implications

This is where you tell people here’s what the results of your study mean and why they are important. It also acts as a summary or “summing up” of the data. “These people said this,” or “this statistic was significant.” Make sure to support what you say with the research findings and avoid drawing conclusions that are beyond the scope of the study results.

Then discuss the real-world application of your findings. For example, “This is an approach that could be used by schools to help autistic children have better learning outcomes,” or “this is a technique that investors can use to predict valuable stock market returns.” Again, make sure to stay within the scope of your study.

Place your study in context. Describe how the results respond to the study problem, align with the purpose, demonstrate significance, and contribute to the existing literature described in Chapter 2. 

Recommendations

The recommendations section is where you get to say, “and if you want to take this further, here are some suggestions for ways that this could be broadened or enhanced.” Here are some examples of what these suggestions could look like:

• Different samples and populations
• Ways to get at any limitations you reported in your study
• Different approaches: qualitative if your study was quantitative, or quantitative if yours was qualitative, for example. Describe approaches that would be complementary to your study.
• Related research that you’re already working on. Sometimes researchers work on multiple complementary projects simultaneously. Occasionally, they’ll include another related study that they’re working on in their recommendations section. This establishes a clear path of knowledge.
• Practical, real-world suggestions. “Here are some recommendations for how this research could be used in the real world.”

The conclusion of Chapter 5 is where you get to wrap up your story. “And so, boys and girls, this is what all this came down to.” Okay, you might not want to phrase it like that. But that’s essentially what you’re doing.

Don’t try to add new information in the conclusion. Remember, it’s like a speech: tell them what you’re going to tell them, tell them, then tell them what you told them. 

Finishing Your Dissertation

Writing Chapter 5 and defending your dissertation is a big step towards getting your degree. Many students benefit from the support of a coach who is an experienced Dissertation Committee Chair at this point. A coach can conduct a mock defense with you in order to prepare you for the types of questions your committee will ask. Having answers to these questions can determine whether or not you pass your defense.

Check out my dissertation coaching services or contact me to book a free 30-minute consultation.

Steve Tippins

Steve Tippins, PhD, has thrived in academia for over thirty years. He continues to love teaching in addition to coaching recent PhD graduates as well as students writing their dissertations. Learn more about his dissertation coaching and career coaching services. Book a Free Consultation with Steve Tippins

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CHAPTER FIVE Summary, Conclusion and Recommendation

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Chapter 5 SUMMARY OF FINDINGS, CONCLUSION AND RECOMMENDATION

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This paper examined the profile of SDSSU as it takes its journey towards internationalization. It used case study in which documentary analysis of a unit was applied. The profile of the university has potential conformities of high performance, from instruction to extension functions that are essentials for global marketing and competitiveness. Hence, it needs a number of employees, specifically in terms of faculty, as it is seen that the population of students is expecting to be increased due to the free tuition, and availability of grants and scholarship programs. It shows also high performance in terms of program accredited, board programs, and extension services. As to faculty, few meet the educational qualifications but it is evident that majority of them are aiming a highest educational qualifications. Lastly, majority of their level of trainings, conferences, and seminars they attended are in local level.

corazon morilla

The journal issue features qualitative studies using the phenomenological design which explored the lived experiences of the subjects along with an ethnographic approach concentrating on the indigenous people of Pinamalayan. The study delved on the problems and efforts towards cultural preservation of Tau-Buid mangyans with the end in view of localizing and indigenizing education. A pioneering qualitative study on “Labor Management Cooperation (LMC) in the Higher Education Institution (HEIs). Oriental Mindoro unravels the structure, coverage and impact of LMC in the academic setting. In the absence of formal structure, formalization of existing labor-management cooperation is (LMC) is in order to promote industrial peace. Another study also used phenomenology applying the interpretative approach which bordered on the multiple intelligences influencing the leadership practices of school principals to meet the requirements of the 21st century. All other studies are a combination of quantitative using descriptive-correlational design, experimental design and content analysis for studies in Pilipino. The areas investigated include science, language, literature and music. An experimental design was used in a Science research output “Abundance and Distributional Ecology of Coastal Mangrove Forests in Calapan City” aimed at developing a mangrove capital, conservation program using vegetation analysis. In the frequency where research studies are conducted, interventions are in the offing and more initiatives are undertaken for improvement of learning. Research outputs become part of the educational assessment measuring aspects of personality, aptitude, mastery, achievement, and performance. Included in this regard are studies on classroom management practices, motivation, academic performance, mastery of basic mathematics concepts and assessment on Special Program on Foreign Language. Results of the studies will spell the difference between success and failure in any undertaking and for that matter set new directions, policies and programs for high learning outcomes.

The journal issue features dissertations and masteral theses mainly on the teacher’s strategic role in education. These are qualitative studies using the phenomenological approach which delve on continuous professional education which has evolved into what is recently referred to as continuous professional development. There is also a study on the expansion of teacher’s role/responsibilities shared collaboratively with other professionals in the form of ancillary services. Another dissertation made use of Interpretive Phenomenological Approach (IPA) to assess the behavioral, cognitional and pedagogical development of experienced English mentors. It is an inductive and experiential approach to make sense of every day’s experiences in a variety of situations viewed or examined from the individual perspective of a phenomenon which very likely could have multiple meanings. Teachers have defined their role as forerunners of knowledge over time but the 21st century demands new teacher competencies, and adherence to standards. Such necessitates a continuous upgrading of teachers that will provide better opportunities to extract the best learning outcomes. In so doing, they become instrumental in producing a human capital formation through transformative learning that will contribute to societal process. Part of the continuous professionalism of teachers is rethinking educational preferences initiatives to give way to reforms and innovations that will require a good mix of interventions from stakeholder’s teachers and institutions that can be realized through harmonious and effective implementation of educational policies and programs. As it is, teachers of today have graduated into a new set of educators moving out from the old mold to venture on new career expectations and challenges brought about by the changes in the teacher demographics and the need to adjust to the digital-age learners. Along this line, there is the need to update pedagogic practices, apply multiple modalities in teaching to enhance student learning and consequently level up performance. A study on the motivational factors in pursuing Master’s degree would attest to the self-directed communities of teachers to continuously improve if only to maintain the dignity of teaching as a full-fledged profession and address the need for quality teaching. Towards this end the Department of Education (DepEd) evaluates existing systems processes to ensure that excellent prescribed standards are met through motivation policies in the form of salaries and other benefits for improved learning standards and removal of equity gaps in teacher’s access to training, and opportunities for continuing professional growth. Included also in this issue are studies that explored the current issues/ concerns related to energy and the environment. An energy management analysis was ventured to look into the possibility of prepaid electricity in Oriental Mindoro. Another masteral thesis is a vegetation analysis of North Eastern Basal Zone of Mt. Halcon in Mindoro Islands to provide baseline data for a Botanical Conservation Program. More efforts by the Graduate School are underway to encourage more inquiries to include variables in other subject areas to level up research standards and achieve consistency of outputs.

Mary Jean Abello-Camarin

Tourism is said to be a fragmented industry or group of industries, composed primarily of competing businesses which have no collective strategy, leading to a complex and fragmented area for development of government policy (Noel Scott, 2012). Such nature of tourism requires a more focused regional tourism planning approach that significantly responds to sustainable tourism products (Buhalis and Costa, 2006). This study delved into the crafting of a tourism development framework for Caraga Region as a planning approach to ensure sustainability of its predominantly nature-based tourism assets. The five Provincial Local Governments of Caraga were rated through a survey on the implementation level of tourism-related initiatives. Results revealed that the tourism-related initiatives’ implementation has bearing to the tourist arrivals of the provinces from 2010-2014. The problems encountered in the implementation of the initiatives were rooted on balancing market-led and supply-led development approaches that will both deliver satisfying tourist’s experience and preserve the integrity of tourism resources. Tourism therefore must not be done in isolation (United Nations World Tourism Organization, 2011) to achieve this. Patterned to the integrative tourism development model of Getz, the study concluded that Caraga Region’s tourism development framework must be anchored on responsible governance, infrastructure development, green tourism product development, human resource development and peace and security. Key Words: Caraga Region tourism development framework, tourism development, tourism

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