DLIST is a place to learn more about coastal development. Supported by all the information available in the library, links and hotspot sections, as well as the network of partners, DLIST provides an ideal web-based platform for distance learning. Anyone along the coastal areas of Angola, Namibia and South Africa or anywhere in the world can enroll in the accredited courses offered on DLIST to enhance their knowledge.
If you want to know more about your coast and its resources, DLIST-Benguela enables you to study online and interact with students from other places in the BCLME and elsewhere. Key focus areas for DLIST distance learning are coastal development, coastal populations and livelihoods, coastal and marine resources of the BCLME, threats, transboundary problems and solutions, and co-management of coastal and marine resources. All you need is a computer with internet access and to enroll in one of the existing courses.
What courses are available now?
Currently there are two courses available online: Environmental Engineering – Sustainable Development in Coastal Areas , offered by the Cape Peninsula University of Technology (CPUT) in South Africa to both students at the campus and distance learners and Stakeholder Participation – for a better future which is offered only as a non-accredited online course by the DLIST team.
The CPUT Environmental Engineering course was the first course tested on the DLIST portal during the pilot phase and since the start in 2004 more than 60 distance students from different areas of South Africa, Namibia and Tanzania have already graduated. These students have been providing feedback on the course, which has helped improve the course and make it more useful to university students, communities, government staff and any individuals interested in enhancing their skills in coastal development issues. It is being offered every year from January to May.
The Environmental Resource Centre at CPUT and the DLIST team have developed a course in Stakeholder Participation processes. The course is aimed at conducting processes which stakeholders ought to be involved in and at stakeholders themselves. While the basic concepts are general, some of the issues and case studies are oriented for a Southern African audience. The course material is available in English only, but the course moderator can communicate in Portuguese to facilitate for participants from Angola.
The Department of Natural Sciences and Conservation in the Faculty of Agriculture and Natural Resources at the University of Namibia (UNAM) offers a four year Bachelors of Science degree course in Natural Resources, which provides for two specialization options: (a) Fisheries and Aquatic Sciences and (b) Integrated Environmental Science. The Fisheries and Aquatic Sciences option offers a module on Integrated Coastal Zone Management (ICZM) - at the final year level (fourth year). The module was offered on a pilot basis on the DLIST portal in 2008 with the conventional full time students. At the moment there is no distance learning option for this course, but it is still being offered to contact students at UNAM. For more information, please check University of Namibia (UNAM)
And in the near future?
More courses are expected to become available in the future. A Cleaner Production Course is being developed as a partnership between the Polytechnic of Namibia and the Cape Peninsula University of Technology. The course is aimed at engineering students of the Polytechnic and will also be available as a distance learning module on DLIST. The documents are already developed and available on the DLIST site, but it is currently not being offered.
The Cape Peninsula Univeristy of Technology is also in the process of developing a course aiming at introducing environmental issues of the 21st century, which will be offered both as a contact course and as a distance learning course through the DLIST platform.
Environmental engineering is a crucially important field in a world that is beset with social problems and environmental crises. These modern problems and crises are mostly a direct result of bad decisions and harmful actions taken in the course of history by human beings. In a very broad sense of the term, we have “engineered” the problems facing society and nature today, and it is up to us to engineer our way clear of them and into a world that is amenable to a healthy and fulfilling life for all, using better knowledge and wiser judgment.
The course aims to present the subject with a good latitude of coverage, examining its development and practice in a holistic way, so that its place in assisting graduates to deal with environmental problems and offer solutions will be meaningful. Students should come out of the course with:
This section contains any introductory materials, as well as the information literacy module.
The first module on "Our coastal areas" provides an overview of the
West Coast of South Africa and Namibia in terms of what is there and
what activities take place along the coast.
The first lecture on the "General Environment" covers aspects relaing
to oceans and currents and marine and coastal ecosystems, as well as
aspects relating to the history and population of this coast. The
second lecture is dedicated to "Activities" along the coast, such as
tourism, mining and fishing, and their use of resources, while also
providing an overview of the socio-economic lansdcape.
The first module on Tools and Governance provides an understanding of
what good governance is, its characteristics and the rules of good
governance, and what good management is, its importance for coastal
areas, and tools for implementing good management practices.
The first lecture on "Good Governance" covers the characteristics of
good governance, its place in sustainable development and the rules of
good governance seen in coastal legislation and policy. The relevance of
environmental ethics is discussed and students are asked to apply it in
an analysis of the environmental decision making process for the
proposed pebble bed modular reactor on the west coast of South Africa.
The second lecture discusses the essence of good management, management
of coastal resources and gives an introduction to tools for such
management, namely, ICZM, EIA and SIA.
The first lecture in this module (Water Quality) aims to provide first a brief overview of the diversity of freshwater ecosystems, how they function and the services that many of them provide to humans. It is only in the light of this information that the implications of different effects on water quality can be understood, in terms of both human and ecosystem health. The lecture outlines the major components of water quality, and summarises how they change, and some of the ecological and /or human health implications of these changes. The use of various water quality management objectives / effluent quality restrictions / guidelines in South Africa is also discussed. Reading material discusses specific effects of human settlements on freshwater ecosystems, and outlines the complexities of catchment level impacts, to show the linkages between social, economic and environmental decisions.
The second lecture (Water Conservation and Demand Management) provides a perspective on the water resource situation in South Africa, and analyses the need for new approaches to water management in light of this situation. Demand side solutions through water conservation and demand management (WC/WDM) are discussed. Short, medium and long term measures are listed as part of a water conservation programme.
After completing the Water module, a student should be able to:
Students are also expected to apply the knowledge acquired in:
Documents:
The first lecture in this module is an introductory section that looks at the global energy situation, before focussing on some of the key aspects of the South African energy scene. The second lecture in the module addresses issues of energy efficiency and what practical steps can be taken to reduce energy usage, and quantify the associated cost savings.
Learning objectives:
After completing the Energy module, a student should be able to:
In addition, students should:
Documents:
The first lecture of this module provides an overview of air pollution issues - the health and environmental impacts and sources - and discusses a system for Air Quality Management. The second lecture is a case study that focusses on vehicle transport as a major source of air pollution in the City of Cape Town.
The module includes a description of the main outdoor (ambient) air pollutants in urban areas and their health impacts, a brief survey of the most common sources of air pollution, an overview of an Emmission Inventory and the basic methods of estimating emmission rates from each of the main categories of air pollutatnt sources, a description of an Air Quality Management System, and a case study : Estimating Vehicle Emmissions in the City of Cape Town.
This module provides an overview of the fields of Waste and Wastewater, each dealt with in separate lectures.The Waste Management lecture covers waste collection, area cleaning and waste disposal. The Wastewater Treatment lecture covers the different treatment processes of a wastewater treatment plant, including both aerobic and anaerobic processes.
After completing the solid Waste Management lecture, students should:
1Understand the basic processes involved in operating a sanitary landfill
2. Appreciate the need for waste minimisation in an urban setting
3. Know how landfills are classified
4. Have a broad understanding of the minimum standards
5. Understand leachate and gas production,and their management
6. Understand the concept, and need for integrated waste management, and how to draft&integrated waste management plans
AUDIENCE AND OBJECTIVES
The course is aimed at both those conducting stakeholder participation processes, and at stakeholders themselves. It aims to build an awareness of the process and its various dimensions: for project proponents or participation practitioners to better understand how to engage stakeholders; and for stakeholders to learn how they can play a more active role in the processes that govern their future.
Project Proponent/Government
Specific Objectives
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Stakeholders
Specific Objectives
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FORMAT
The course is packaged into a number of modules, each of which can be flexibly tailored to audience and time limitations—in some cases modules may be entirely omitted.
Each module has a brief introduction to key ideas supported by open discussion in order to share experiences. This is followed by practical group exercises to build on the concepts learned and expose the complexities that arise when theory is taken to practice. The exercises are based on a fictional scenario which is built upon from one step to the next.
COURSE MATERIAL
The idea for this course grew from a IW:Learn/ Environmental Law Institute course on Public Participation in International Waters Management. Based on a number of sources, this course attempts to present key concepts by collating essential references as supporting material. All sources are acknowledged in the reference list for each module.
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General material |
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Course Overview |
Who is a stakeholder, why is stakeholder participation important, audience and objectives, format, course material, how the course works and further reading.
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Scenario for working sessions |
Description of a scenario that will be used in working sessions throughout the course. The participant will have to choose 2 of the 3 scenarios available.
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Material for each module |
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Slide Presentation |
Summarised key concepts and questions for discussion. |
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Module Overview |
Brief guidance on key concepts and outcomes and supporting material. |
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Presenter Notes |
Collation of essential references covering the key concepts. |
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Case Studies |
Examples of stakeholder participation processes that helps the participant to broaden his/her knowledge in a diversity of aspects around the globe. The case studies will give the participants a chance to apply the knowledge acquired through the modules. |
The documents in this section are meant for usage throughout the duration of the course. Here you will find an overview of the course modules and its key contents, materials for further reading and the scenario for use during working sessions of the course.
Key Concepts and Outcomes
Module 1 introduces key concepts surrounding stakeholder participation (SP) processes. It sets the background for what SP processes might entail in terms of stakeholder identification, purpose for participation, and degrees of engagement—issues that will be discussed in further detail in following modules. Key concepts discussed include:
KEY CONCEPTS AND OUTCOMES
Module 2 deals with Stakeholder Analysis, a key initial step in a SP process and often overlooked. This step provides indications as to which stakeholder groups should be part of the process and what the most appropriate participation mechanisms are for the different groups. Key concepts discussed include:
KEY CONCEPTS AND OUTCOMES
Module 3a discusses the range of engagement techniques that can be used in SP processes. The different techniques may be more or less suitable for the different levels of participation required—from informing to consulting and collaborating—and need to be selected based on the audience as well as the purpose and stage of the SP process. The key concepts discussed are:
KEY CONCEPTS AND OUTCOMES
Stakeholder workshops are commonly used to present information, exchange and discuss views or plan and evaluate options. Module 3b of the course will discuss practicalities when planning and running stakeholder workshops. Key issues discussed include:
KEY CONCEPTS AND OUTCOMES
The need for effective communication will be discussed in Module 3c. Strategic communication is used to change behaviours and can help engage people. Key concepts covered include:
KEY CONCEPTS AND OUTCOMES
SP processes can be applied in different settings and with different purposes and thus need to be planned case-by-case. Using examples, Module 4 of the course will explore different situations where SP approaches can be applied and evaluated, the basic steps that are required, and how to implement and monitor the process. This is essentially a practical module covering:
KEY CONCEPTS AND OUTCOMES
Module 5 of the course deals with representivity in SP processes and the need to consider that not all stakeholder groups have the same voice. SP practitioners have to account for all possible constraints that may prevent stakeholders from participating; while stakeholder groups can resort to representatives, caucusing or NGO or networks support to have a stronger voice. Key concepts covered include:
SUPPORTING MATERIAL
A One Stop Participation Guide: A Handbook for Public Participation in Environmental Assessment in Southern Africa (SAIEA): pages 52 to 55
The reality of global warming is felt all over the world, just as the realities of the causes are known to be human activities; irrespective of their location on the globe. The manner in which the natural resources are unsustainably utilized is the root cause of such phenomenon like ozone layer depletion, acid rain global warming, loss of biodiversity and depletion of non-renewable water and energy resources.
The UNEP definition of Cleaner Production (CP) is:
“The continuous application of an integrated preventive environmental strategy to processes and products so as to reduce risk s to humans and the environment”
The main focus is an integrated waste minimization, environmental pollution prevention and sustainable development. In this sense sustainable development can be describe as:
“A development that meets the needs of the present generation without compromising the ability of future generations to meet their own needs”
This course is in two parts, you need to successfully pass CP 1 to proceed to CP 2.
Upon successful completion of this course, you should be able to:
Course Materials and Resources:
Pre-requisite: Progression rule or pre-requisite (depending on each department)
Lecturing Strategy: Lectures, demonstrations, assignments, case studies, seminars, industrial trips
Assessment: Mini Tests, Reports, Examinations, Practical & presentations (100%CE)
Duration: 4 hour(s) per week (15 weeks)
Self Study Time: 60 hrs
Notional hours: 120 hrs
Recommended Sequence: Semester 5/ 6 within NQF level 7
Professional Role: The students to master environmental and resource management concepts for enhancing their professional practices.
Learning Outcomes:
Upon successful completion of this course, students should be able to:
Content:
1. Introduction to Cleaner Production (CP) and sustainability.
2. CP in a broader environmental context
3. CP in Business and social context
4. The CP cycle
5. Application of CP concepts and techniques in Case studies
Reading List
1. Towards cleaner production methods
Dana Silk, 1992
ISSN 0028-0844.
2. Cleaner production and consumption : challenges and opportunities in East and Southern
Africa
Nonita T Yab, c1999
ISBN 0797420185.
3. Industrial Ecology
T.E Graedel and B.R Allenby: Printice hall ©1995
ISBN 013-125238
The term ‘Cleaner Production’ can be misunderstood and hence it is very important to start up by defining and explaining what it means. On the other hand, the term sustainability is more easily understood, but does not capture all the elements of cleaner production; it is therefore used to complement the term cleaner production.
‘CP’ focuses on the production process, and continuously seeks opportunities for improving the process, particularly with the view to reducing costs. Yet the CP process itself has to take place in and should take cognisance of the legal, social and environmental context of the production process. This module will discuss of some the main issues involved in this broader context, including the Health and Safety (of workers and of surrounding communities), the immediate and possible cumulative environmental impacts of the manufacturing process, and product safety.
In this module we will briefly introduce the concept of environmental accounting and show how it relates to cleaner production and corporate responsibility and its impact on corporate image. Environmental accounting is gradually becoming a standard accounting procedure for corporations, due to pressure from regulators, shareholders and the huge concern over the climate changes being experienced.
This module will take you through a journ ey that is cyclic; meaning that cleaner production is not a once-off activity, but a continuous process. The new CP thinking is that there is always room for improvement be it in productions of products or service delivery. The CP cycle involves planning
and organising, identification of opportunities, prioritizing and evaluation, implementation and measurement and review. We will look at each of these activities and discuss how they are carried out.
You have now acquired sufficient knowledge regarding CP and now it is time to see how these theories come together to benefit a business venture. We will consider four case studies were CP principles have been applied with great benefits.