Decision analysis and risk management 2013/Homework

Please read the homework assignments carefully and follow the instructions. If there is something unclear, please ask the course organizers (or fellow students) to explain and clarify! NOTE: Only in homework 2 you were asked to write your answers on this page. In all other homework assignments the answers are written somewhere else, often on your own user page.

Also add links to your homework answers in the table below. The evaluation of the homework exercises will be based on the answers found by following the links in the table. Students themselves are responsible for having the correct, complete and up-to-date links to homework answers. if you need help in adding the links to your homework answers to the table, please ask the course organizers (or fellow students) for advice. A convenient way to get help is to come to the exercise sessions.

⇤--#: . Note: Some contributions were written on this page although that was not the purpose. They were removed, but you can find them here and copy them to their correct place. --Jouni 18:36, 10 February 2013 (EET) (type: truth; paradigms: science: attack)

Time-table for seminar presentations

For home work 6

Energy balance Energy balance in Stuttgart

Presentation

Homework 5

Date	Time	Classroom	Presenters	Topic
12.2	9:15-9:45	S25	User:Johnagyemang and User talk:Phatman	HW4
12.2	9:45-10:15	S25	User:Kasperi Juntunen and User:Niklas	HW4
12.2	10:15-10:45	S25	User:Adnank and User:Soroushm	HW4
12.2	12:15-12:45	S25	User:Adedayo and User:Matthew	HW5 ----#: . Notice a change from HW4! --Jouni 21:48, 10 February 2013 (EET) (type: truth; paradigms: science: comment)
12.2	12:45-13:15	S25	User:Juho Kutvonen and User:Salla	HW6
12.2	13:15-13:45	S25	User:Jukka Hirvonen and User:Sami Rissanen	HW7
13.2	9:15-9:45	S32	User:Isabell Rumrich and User:Stefania	HW8
13.2	9:45-10:15	S32	User talk:Thomasa and User:Joshuan	HW5 ----#: . Note a change! --Jouni 21:48, 10 February 2013 (EET) (type: truth; paradigms: science: comment)
13.2	10:15-10:45	S32	User:Sam0911?	HW5 ----#: . Note a change! --Jouni 21:48, 10 February 2013 (EET) (type: truth; paradigms: science: comment)

----#: . Many presentations on HW4. Wouldn't anyone be interested in presenting HW5? --Mikko Pohjola 08:18, 9 February 2013 (EET) (type: truth; paradigms: science: comment)

Please comment here if you find any mistakes, missing information etc. in the above table or if you have any questions regarding it. You can also contact us by email, see Decision analysis and risk management 2013#Help and guidance.

Each presentation slot is 30 min including the talk (about 20 min) and discussion (10 min).

Follow-up table

Please note

• If your HW2 says: "Sign your HW2 question", it means that you should either put a signature after your question on HW2 task, or copy your question to your user page. It is important to easily see, who has come up with each question.
• If your Homework says "OK" it means that the given homework is graded as "pass", i.e. at least 1 point. If you want to get better points, you should check and answer lecturers´ comments regarding that homework.
• If there is no "OK" sign, you must revise your work according to the comments in order to make it acceptable.
• Due date for all homeworks is Monday 11.2. evening.
• Homework 7 (discussion about EIA directive): If you want to improve your contributions (and score), add references if the given material supports your arguments. In addition, try to attack arguments that have invalidated your arguments. I reorganised the discussions today. --Jouni 16:43, 3 February 2013 (EET)

----#: . DARM students, for clarity, please make sure that:

1. All your homework answers can be found from the table below.
2. Homework answers done in groups/pairs are found from only one place.
   • add link directly to the answers, even if they are not on your own user page
   • add link to answers on your own user page if it is located on someone else's user page (do not copy on your own user page).
   • this is important for online commenting and homework evaluation: there should not be any possibility for confusion regarding which version/copy should be commented (and correspondingly further developed) and evaluated. --Mikko Pohjola 15:22, 29 January 2013 (EET) (type: truth; paradigms: science: comment)

Homeworks

User	HW 1: Mikko Pohjola's thesis. Due date: 10 Jan	HW 2: Basic concepts of open assessment. Due date: 11 Jan	HW 3: Draft of an assessment. Due date: 4 Feb	HW 4: Climate policy decisions and actions. Due date: 11 Feb	HW 5: Collaboration in climate policy assessment. Due date: 11 Feb	HW 6: Structure of pages and objects and R code. Due date: 11 Feb	HW 7: Structured discussion. Due date: 11 Feb	HW 8: ERF's for IEQ factors. Due date: 11 Feb	HW 9: Evaluation of assessment. Due date: 11 Feb	Seminars 12-13 Feb
User:Adedayo	HW1 OK	HW2	HW3 OK	HW4 OK	HW5 OK check tables	Energy balance in Kuopio Greenhouse gas emissions in Kuopio Effect of urban land use change on ambient air temperature	HW7	HW8	HW9 OK
User:Adnank	HW1 OK	HW2 Sign your question!	HW3 OK	HW4 OK	HW5 check text and tables	Energy consumption of heating of buildings in Kuopio Fuels used by Haapaniemi energy plant Greenhouse gas emissions in Rotterdam	HW7	HW8	HW9
User:EmmaA	HW1 OK	HW2 OK	HW3 OK
User:Isabell Rumrich	HW1 OK	HW2 OK	HW3 OK	HW4 OK	HW5 OK check tables	ERF of indoor dampness on respiratory health effects Climate change policies in Kuopio Climate change policies and health in Kuopio	HW7	HW8 OK	HW9 OK	HW8
User:Johnagyemang	HW1 OK	HW2 OK	HW3 OK, see comments	HW4	HW5 check text and create tables	Concentration-response to PM2.5 Energy transformations Energy consumption and GHG emissions in Kuopio by sector				HW4
User:Joshuan ⇤--#: . Read instructions and move your HW answers to where they belong to. --Mikko Pohjola 13:43, 10 February 2013 (EET) (type: truth; paradigms: science: attack)	HW1 OK	[1]	HW3 see comments OK
User:Juho Kutvonen	HW1 OK	HW2 OK	HW3 OK update text based on discussion	HW4 OK	HW5 OK check tables	Fuels used by Haapaniemi energy plant Climate change policies in Thessaloniki op_fi:Järvisedimenttien metallipitoisuudet	HW7	HW8 OK	HW9 OK	HW6: a b c [2]
User:Jukka Hirvonen	HW1 OK	HW2 OK	HW3 OK	HW4 OK	HW5 OK check tables	Energy consumption of heating of buildings in Kuopio Population of Kuopio Emission factors for burning processes	HW7	HW8 OK, see comments	HW9	HW7
User:Kasperi Juntunen	HW1 OK	HW2 OK	HW3 OK check arguments	HW4	HW5 check text and tables	op_fi:Kuljetuksen päästöt op_fi:Energiantuotannon päästökertoimet/Sähköntuotanto op_fi:Ympäristöterveydelliset viite- ja raja-arvot	HW7	HW8	HW9 OK	HW4
User:Matthew	HW1 OK	HW2 OK	HW3	HW4 OK	HW5 OK, check tables
User:Niklas	HW1 OK	HW2	HW3 OK	HW4	HW5 check text and tables	with Kasperi Juntunen		HW8	HW9 OK	HW4
User talk:Phatman	HW1 OK		HW3 OK check arguments	HW4	User:Johnagyemang&action=edit&section=5	w/Concentration-response_to_PM2.5
User:Salla	HW1 OK	HW2	HW3 OK	HW4 OK	HW5 OK check tables	with Juho Kutvonen	HW7	HW8 OK	HW9 OK
User:Sam0911 ⇤--#: . Read instructions and move your HW answers to where they belong to. --Mikko Pohjola 13:46, 10 February 2013 (EET) (type: truth; paradigms: science: attack)	HW1 OK	HW2	HW3 check arguments and add text based on them	HW4	HW5	*Energy balance Energy balance in Stuttgart	HW7		HW9]]
User:Sami Rissanen	HW1 OK	HW2	HW3 OK	HW4 OK	HW5 OK check tables	HW6 with Jukka Hirvonen	HW7
User:Soroushm	HW1 OK	HW2 OK	HW3 OK	HW4 OK	HW5 check text and tables	with Adnank	HW7	HW8	HW9 OK	HW4
User:Stefania	HW1 OK	HW2 OK	HW3 OK	HW4 OK	HW5 OK check tables	with Isabell Rumrich	HW7	HW8 OK	HW9 OK
User talk:Thomasa ⇤--#: . Read instructions and move your HW answers to where they belong to. --Mikko Pohjola 13:43, 10 February 2013 (EET) (type: truth; paradigms: science: attack)	HW1 OK	HW2 OK	HW3 OK	HW4	HW5	Concentration-response to PM2.5 Energy_transformations Energy consumption and GHG emissions in Kuopio by sector	HW7	HW8	HW9	Homework 1: Mikko Pohjola's thesis Due date: 10 Jan Read (or browse) Mikko's thesis (in heande, username and password needed) and provide brief answers to three (3) questions from the following question list. You are free to choose which questions to answer. Write your answers on your own Opasnet user page. Instructions on creating a user account and editing your own user page will be given on first lecture. In case of difficulties in wiki editing, write your answers on a separate document and copy them to your user page later. The questions and answers will be discussed on the second lecture (10 Jan). A sufficient length for each answers is a few sentences or bullet points. Please do not write lengthy essays, but instead try to identify and briefly describe the main points relevant in each question. The idea of this homework is not to find the right or correct answers, but instead to introduce the conceptual basis of this course to the students. Questions: What is the main purpose of environmental health assessment? What is pragmatism? What are the main differences between regulatory and academic assessment approaches? Give examples of each. What are the main differences between traditional and novel assessment approaches? Give examples of each. What are the main differences between open assessment and most other assessment approaches? What is benefit-risk assessment? What is impact assessment? What different purposes are there for participation in assessment and/or decision making? What are the dimensions of openness? What relevant stakeholder roles are there in environmental health assessment and related decision making What is effectiveness' in the context of environmental health assessment and related decision making? What is the trialogical approach to knowledge creation and learning? What is decision support? What is a pragmatic knowledge service? What is collaboration? What are the properties of good assessment? What is the role of modelling in assessment and policy making? What parts does the framework for effective assessment and knowledge-based policy consist of? What does it mean that the results of assessments can be considered intentional artifacts? Homework 2: Basic concepts of open assessment Due date: 11 Jan Task: Read the introductory pages listed below and write one question that you think needs clarification. The questions will be answered during the next lecture. Materials and examples for training in Opasnet and open assessment Help pages Wiki editing • How to edit wikipages • Quick reference for wiki editing • Drawing graphs • Opasnet policies • Watching pages • Writing formulae • Word to Wiki • Wiki editing Advanced skills Training assessment (examples of different objects) Training assessment • Training exposure • Training health impact • Training costs • Climate change policies and health in Kuopio • Climate change policies in Kuopio Methods and concepts Assessment • Variable • Method • Question • Answer • Rationale • Attribute • Decision • Result • Object-oriented programming in Opasnet • Universal object • Study • Formula • OpasnetBaseUtils • Open assessment • PSSP Terms with changed use Scope • Definition • Result • Tool Add your question below Are the methods and solutions which are used for Kuopio climate change by 2020 sufficient to challenge against possible climate change and reduce them to the safe level and if not what other methods required to be taken into account because at the moment 13 coal sites still active in Finland? What does the page type 'nugget' mean ? Does a encyclopedia article explain the topic so that everyone can understand it or is it ment only to experts? What is R code and how does it work? If the thing which risk assessment deals with is so called hot topic and open assessment includes many participants how we handle situation so that discussion does not ramble? In otherwise, how we keep inrelevant information away How effective is the supervising in Opasnet, for example if someone writes some wrong information in purpose and just want to harm the website, how long it takes that someone In Opasnet notice that? Although the open assessment method was originally developed for providing solutions to the environment health problems, are there today any real applications on economic issues? How is PSSP used in assessments? Are there examples of it in Opasnet that could help to understand the methodology better? What is R code ? how and where is this R code written, programmed and execute ? what does the validity of contributions made in trialogue depends on? What is the role of the Nugget in Decision Analysis? Is the structure and vocabulary of used in an assessment always like explained in the lecture and in Opasnet or do other institutions do it different? How I bring data from Excel to Opasnet? Do I need to write everything by hand? Who developed R code? Can R code be used in any software programme apart form opasnet? ----#: . Jouni, Marjo: when, where, how shall we provide answers to these questions? Perhaps within related method sessions and/or exercises? --Mikko Pohjola 08:12, 16 January 2013 (EET) (type: truth; paradigms: science: comment) ----#: . I went through these questions already on 11 Jan. If there is still an unclear issue, plaese just raise it up in an exercise. --Jouni 17:12, 1 February 2013 (EET) (type: truth; paradigms: science: comment) Homework 3: Draft of an assessment Because homework 3 answers will be used as materials in homework 9, the deadline for homework 3 is Monday 4 February. Due date: 21 jan Task: With your pair, draft an assessment about the topic agreed on during the lecture. Write the draft assessment on either your or your partner's user page (and put a link to it on the other's user page). Copy the headings and explanations below to the page and use them as template. Choose your specific topic among these areas: a) Talvivaara mine or b) metal mining in general or c) climate change policies in cities. Scope Defines the purpose of the assessment: why is it done? Question A research question that the assessment attempts to answer. Intended use and users List of users that are supposed to need the assessment. Also, how do we expect them to use the information? Participants Who is needed to participate to make the assessment a well-balanced and well-informed work? Also, if specific reasons exists: Scenarios Decisions and decision options considered. Also, if scenarios (defined here as delibarate deviations from the truth) are used, Analyses What statistical or other analyses are needed to be able to produce results that are useful for making conclusions about the question? Answer Results What are the results of the analysis? Conclusion What is the conclusion about the question based on the results obtained? Rationale Endpoints What are the stakeholders that we should consider? What are the endpoints that a stakeholder is interested in? How would the stakeholder summarise the endpoints to derive an overall preference ranking for outcomes of decision options? Think about this separately for each stakeholder. Variables What are the issues that should be looked at to be able to understand the outcomes of the decision options? Typically, with health impact assessments: What emissions and exposures should be considered? What health endpoints should be considered? What exposure-response functions should be considered? What population subgroups should be considered? Homework 4: Climate policy decisions and actions Consider that you are given an assignment to assess the direct or indirect health impacts caused by a climate (adaptation) strategy or program. One of the first things in getting started with the assessment is to discuss, identify and explicate the decisions and options related to the assessment problem. In pairs choose one climate (adaptation) strategy/program from the material list below and identify and write out answers to the following questions based on the material. Use your own reasoning and knowledge or other sources (e.g. Google search) as complementary where the material is incomplete or inconclusive. Write your answers on either group member's user page (other member adds a link to the answers on his/her user page). DO NOT WRITE YOUR ANSWERS ON THIS PAGE! Questions: What are the aims/goals of the strategy/program, i.e. what are the desired impacts and outcomes striven for? Who are those that benefit if the aims/goals of the strategy/program are reached? What are the actions that are needed/intended to take in order to progress towards the aims/goals? Who are those that actually realize these actions? What are the decisions that are needed to make in order to enable/promote the actions? Who are the decision makers? What direct or indirect health impacts, positive or negative, these decisions and actions (may) have? Where and how do these impacts take place, who are those that face these health impacts in practice?The community,the citizens, Are the health impacts big or small in relation to other impacts (e.g. economical, social, climate, other environmental, ...)? Do the intended policies result in win-win, win-lose, lose-win, or lose-lose situations with regard to health and other impacts? Formulate a plausible and meaningful specific assessment question that takes account of (some of) the aspects considered in above questions. Extra question: In what ways your answers do or do not represent "shared understanding"? (The climate program/strategy can be considered a compilation of contributions by many experts and attempting to reflect the views and needs of different decision makers and stakeholders).it conforms to the decision,aims and strategies. Materials: http://www.stmug.bayern.de/umwelt/klimaschutz/klimaprogramm/doc/klimaprogramm2020_en_05_2009_ba.pdf http://www.sustainable-now.eu/fileadmin/template/projects/sustainable_now/files/Summary_Ludwigsburg_LEAP_Final_EN.pdf http://klima.kvvm.hu/documents/14/National_Climate_Change_Strategy_of_Hungary_2008.pdf (mitigation, adaptation) http://www.hsy.fi/seututieto/Documents/Ilmasto/climate_strategy_2030.pdf http://www.hsy.fi/tietoahsy/Documents/Julkaisut/11_2012_Helsinki_Metropolitan_Area_Climate_Change_Adaptation_Strategy.pdf http://app.nccs.gov.sg/data/resources/docs/Documents/NCCS-2012.pdf (mitigation, adaptation) http://www.rotterdamclimateinitiative.nl/documents/2011_09_06%20KORT_Jaarversl_RCI_over10_EN%20DEFINITIEF.pdf http://www.rotterdamclimateinitiative.nl/documents/RCP/English/RCP_ENG_def.pdf http://www.bafu.admin.ch/publikationen/publikation/01673/index.html?lang=en http://www.iae.ie/site_media/pressroom/documents/2009/Nov/17/Ireland_at_Risk_2.pdf http://www.kemin.dk/Documents/Klima-%20og%20Energipolitik/klimatilpasningsstrategi_UK_web.pdf http://climate-adapt.eea.europa.eu/web/guest/countries (climate adaptation materials in different European languages) Homework 5: Collaboration in climate policy assessment This exercise continues from homework 4. With the same pair, using the same material, and building on your homework 4 answers, identify and write out your answers to the following questions. Narrow your scrutiny down to e.g. one or two decisions/actions/goals if needed. Base your answers on the climate program/strategy paper you have chosen, but also apply your own reasoning, other DARM 2013 course materials etc., particularly on the second set of questions. Write your answers on either group member's user page (other member adds a link to the answers on his/her user page). DO NOT WRITE YOUR ANSWERS ON THIS PAGE! Homework 5, part A: Questions about identifying roles and participation: Who are the relevant participants of the assessment? What roles the different participants (may) take in the assessment? What kind of relevant knowledge they (may) have regarding the assessment? What needs and aims do they represent in the assessment? Homework 5, part B: Consider also the following questions about facilitating collaboration: How could the relevant participants be involved in the assessment in an effective way? How can the quality of an assessment be assured if anyone can participate? How can you prevent malevolent contributions where the purpose is to vandalise the process? How can you make the outcome converge to a conclusion, because all issues are uncertain and controversial? How can you ensure that the outcomes are useful for the users? Homework 5, part C: Prepare following tables from the climate programme of your selection. Instructions for table structures can be found at Training assessment. Decisions table Endpoints table Homework 6: Structure of pages and objects and R code The objective of this homework is that you learn in practice what different parts of a page are and how they are related to each other and to other pages. Especially, an objective is to understand the role of R code in this system. You should learn to identify key things from a code, but you are not expected to be able to write code or explain what it does in detail. With your pair, select and reserve three pages (by adding your usernames beside the page link) from the list below. At least two of them have to contain t2b tables and R code. Go through the content by doing all of the key tasks below, if possible. Also look at the additional questions and answer at least some of them. Write your answers to the page by using the comment, defend (when things are OK), and attack (when things are not OK) buttons. If you can, improve the content or suggest tasks for improvement. In addition, select three other pages from the list such that another pair has already done the work. Read the content and their comments, and agree or disagree with them. Try to improve the content further. Key tasks Check that the page has all subheadings that belong to the page type. Add, if missing. Categorise the page to relevant categories. Organise the content into the right subheadings. Especially, look what is data and what is result. Check and update the Dependencies. Also check that the Answers in dependency pages are coherent with this page. Make rcodes that a) creates the ovariable (under Calculations) and b) gets the latest ovariable and prints basic results (under Answer). Test any existing code and report its functionalities on the page. Write or update a summary (one paragraph in the very beginning explaining the main points of the text) on the page. If the content is too unclear to write a good summary, write down clarification questions to the moderator of that page. If you have problems with any previous steps, describe them on the relevant point on the page. Additional questions Does the page have a correct page type? Does the page have a question? Is it clear and unambiguous? Does the page have an answer to the question? Does it actually give an answer to what is asked? With variables, is the answer given as a link to a model run with calculated results? If yes, Does the model run have a clear result table? Does the model run have a clear result graph? Is it clear where the code that was used to run the results is? In method pages: based on the guidance in the answer, is it possible to actually use the method in an assessment? In method pages: What data is required to be able to use the method? Are the requirements listed under "Inputs"? Are there data on the page that is needed to answer the question? Are it in machine-readable format (i.e., in t2b table or directly stored in the database)? Are the data under Rationale/Data subheading, (or in methods under Rationale/Inputs)? Is there data or text that is NOT needed to justify the answer? Would that data be in better place on another page with a different question? What would that question be? If the data is needed but is not used in the Answer, update it or suggest tasks to update it. Are there external variables whose values need to be known to be able to estimate this object? If yes, Are these listed under Rationale/Dependencies? Are there equations (as text) for calculating this object based on the dependencies under Rationale/Formula (or Rationale/Calculations) Is there an R code that implements the object? With variables, is the code under Rationale/Calculations? With methods, is the code under Answer? If there are dependencies and formula, does the code take them in to produce an ovariable? If there are data, does the code take them in to produce an ovariable? When you run the code, does it crash (i.e. produce an error message) before completion? When and why (use show code and error message to understand what's going on)? Are there several different codes on the page? Are their purposes clear? Does the page use other pages (objects) in calculations? Are these connections listed explicitly as links under the R code? Does the page have an evaluation (edistymisluokitus) in either a separate box in the beginning, or in the metadata box? Does the page have other subheadings (See also, References, Related files, Keywords)? Are there links to other related pages? Are relevant links missing? Is the page categorised to relevant categories? With encyclopedia pages: is the content detailed enough so that one or more variables or methods could be made based on it? Does such page(s) exist? Are these pages linked to each other? Does the page explain its links to other pages? Is it clear how the page could be used as a part of an assessment? Do you find other pages that actually have duplicate content? Is some content outdated (based on e.g. version history?)? Suggest how pages should be updated, deleted, or merged. Do you find errors or mistakes on the page? Is the text clear? Write or update a summary (one paragraph in the very beginning explaining the main points of the text) on the page. If the content is too unclear to write a good summary, write down clarification questions to the moderator of that page. Is the text properly referenced? Are there discussions on the Talk page? If yes, Have they been linked to from the main page? Have the current resolutions been incorporated in the main page? With R code ERF of indoor dampness on respiratory health effects Stefania / Isabell Concentration-response to PM2.5 Thomas and Abudanso and John Agyemang and Joshua nartey Climate change policies in Kuopio Stefania / Isabell (commenting Juho Kutvonen and Salla Mönkkönen) Energy balance sam0911 Energy balance in Kuopio Adedayo/MAtthew Energy transformations Thomas and Abudanso and John Agyemang and Joshua nartey Greenhouse gas emissions in Kuopio Adedayo/Matthew Emission factors for burning processes Jukka & Sami (commenting Juho Kutvonen and Salla Mönkkönen) Energy consumption of heating of buildings in Kuopio Jukka & Sami and Soroush/Adnan Fuels used by Haapaniemi energy plant Salla Mönkkönen and Juho Kutvonen and Soroush/Adnan op_fi:Luikonlahden rikastamon ympäristöterveysriskien arviointi op_fi:Väestön kohdekohtainen ympäristöperäisen haitta-ainealtistumisen ja terveysriskin arviointi op_fi:Kuljetuksen päästöt Niklas Holopainen ja Kasperi Juntunen op_fi:Kaivoksen kuljetusten pölypäästö op_fi:Metallimalmin murskausprosessin pölypäästöt op_fi:Rikastekuljetukset op_fi:Metallimalmin hihnakuljetuksen pölypäästöt op_fi:Kohdekohtaisen Minera-arvioinnin mallisivu op_fi:Järvisedimenttien metallipitoisuudet Juho Kutvonen and Salla Mönkkönen op_fi:Energiantuotannon päästökertoimet/Sähköntuotanto Niklas Holopainen ja Kasperi Juntunen op_fi:Talvivaaran kaivoksen terveysvaikutukset op_fi:Väestön kohdekohtainen ympäristöperäisen haitta-ainealtistumisen arviointi Without R code Climate change policies and health in Kuopio Stefania / Isabell Haapaniemi energy plant in Kuopio Energy consumption of heating of buildings in Kuopio Energy consumption and GHG emissions in Kuopio by sector Thomas/John/Emmanuel/Joshua Energy balance in Stuttgart sam0911 Effect of urban land use change on ambient air temperature Adedayo/Matthew HI:Residential floorspace in Europe Climate change policies in Thessaloniki Salla Mönkkönen and Juho Kutvonen Greenhouse gas emissions in Rotterdam Soroush/Adnan (commenting Juho Kutvonen and Salla Mönkkönen) Population of Kuopio Jukka & Sami op_fi:Ympäristöterveydelliset viite- ja raja-arvot Niklas Holopainen ja Kasperi Juntunen op_fi:Haitta-aineiden imeytyminen iholta elimistöön Homework 7: Structured discussion The objective of this homework is to teach how to organise existing written material into a structured discussion with a main statement and related arguments. In addition, students should learn to develop and use own arguments within a structured discussion. The work is based on the Environmental Impact Assessment Directive, which is currently under revision. EIA directive (description) EIA directive text Application and effectiveness of the EIA Directive Proposed update to EIA directive Finnish Government's memo to the Parliament about the revision (only in Finnish) NOTE! This links to a pdf file even if your browser does not recognise the file type. [3] Environmental impact assessment directive Talk in Finnish (in Opasnet) Your task is to take the material listed above and initate and participate in structured discussions on page Talk:Environmental impact assessment directive according to the instructions on page Discussion. The original statements of the discussions are: EIA directive works mostly very well. The participation process required in the EIA directive is useless. The current proposal does not leave enough flexibility to member states. Accredited quality controllers will not improve the EIA process. On the contrary, they will reduce the transparency and thus possibilities to participate. As facilitators, you should pay attention to get as many different opinions documented as possible. So, jump into a role of a stakeholder and try to think what he/she would say. Possible roles include: A national authority giving environmental permissions. A company applying for a permission for some activity and making an EIA about that. A nature conservationist. A local politician interested in both nature and local economy. A citizen. Note that you are allowed to: Contradict your own arguments. Update and improve statements if they are too vague or poorly written. However, be careful not to push the existing argumentation out of context. Instead of making large changes to a statement, start a new discussion with your new statement. Add your signature to other people's arguments if you agree with them. Clarify other people's arguments, if you do it carefully and do not change the meaning. Copy arguments from one discussion to another, if they are relevant. But instead of copying large blocks, make references to the other discussion instead. Homework 8: Scientific contributions: exposure-response functions Page, where your contributions are to be added: Indoor environment quality (IEQ) factors Instructions Select one article from the list below Every pair should have a different article. Write your username after the article you have selected Go to Indoor environment quality (IEQ) factors Write your username and whole reference (name, authors etc. of the article) into Rationale section. Use RefTaq functionality in the latter (an example exists in the Rationale). Add one row into IEQ table and write again the reference in short form (e.g. Matthews et al. 2002) into Description/Reference –box. Identify exposure, response, OR and other parameters from your selected article and fill the row you made with this information. However, you do not have to fill the slots "Exposure metric" and "Significance". If OR and CI:s are given, write them in form OR (lower CI-upper CI), for example 1.8 (1.6-2.2) Feel free to create more rows if your article has more than one exposure-response function IMPORTANT: Into ”rationale” section below the IEQ table, write your estimate of the precision and plausibility of the OR. You can find an example e.g. on page Concentration-response to PM2.5 If two pairs get estimates for the same exposure-response function, you should consider how to combine them, i.e. what is the single common estimate for this specific exposure-response function. Material Shenassa et al. 2007. Dampness and Mold in the Home and Depression: An Examination of Mold-Related Illness and Perceived Control of One’s Home as Possible Depression Pathways. http://www.ncbi.nlm.nih.gov/pmc/articles/PMC1994167/ john agyemang/emmanuel Hopton and Hunt 1996. Housing conditions and mental health in a disadvantaged area in Scotland. http://www.ncbi.nlm.nih.gov/pmc/articles/PMC1060205/pdf/jepicomh00181-0063.pdf Juho Kutvonen and Salla Mönkkönen Evans et al. 2000. An epidemiological study of the relative importance of damp housing in relation to adult health. http://www.ncbi.nlm.nih.gov/pmc/articles/PMC1731738/ (Thomas/ Joshua Blackman et al. 2001. Neighbourhood renewal and health: evidence from a local case study. http://www.sciencedirect.com/science/article/pii/S135382920100003X# (Jukka&Sami) Packer et al. 1994 Damp housing and adult health: results from a lifestyle study in Worcester, England. http://www.ncbi.nlm.nih.gov/pmc/articles/PMC1060032/ (Soroush&Adnan) Large analysis and review of European housing and health status (LARES). http://www.euro.who.int/__data/assets/pdf_file/0007/107476/lares_result.pdf Macintyre et al. 2003. What features of the home and the area might help to explain observed relationships between housing tenure and health? Evidence from the west of Scotland http://www.sciencedirect.com/science/article/pii/S1353829202000400 NOT FREELY AVAILABLE, ASK FOR A COPY Weich et al. 2002. Mental health and the built environment: cross-sectional survey of individual and contextual risk factors for depression http://bjp.rcpsych.org/content/180/5/428.full.pdf+html Petticrew et al. 2009. The SHARP study: a quantitative and qualitative evaluation of the short-term outcomes of housing and neighbourhood renewal http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2784462/ Adedayo/Matthew Fanning. 1967. Families in Flats http://www.ncbi.nlm.nih.gov/pmc/articles/PMC1748722/pdf/brmedj02315-0034.pdf Niklas Holopainen ja Kasperi Juntunen Pollack et al. 2004. Housing and health in Germany http://www.ncbi.nlm.nih.gov/pmc/articles/PMC1732701/pdf/v058p00216.pdf Sidebotham et al. 2002. Child maltreatment in the “Children of the Nineties:” deprivation, class, and social networks in a UK sample. http://ac.els-cdn.com/S0145213402004155/1-s2.0-S0145213402004155-main.pdf?_tid=38f4ced2-662d-11e2-8f69-00000aacb35f&acdnat=1359035699_1afa7213f62890045f64594e9c4055b6 ISABELL / STEFANIA Fluke et al. 2010. Placement decisions and disparities among aboriginal groups: An application of the decision making ecology through multi-level analysis. http://www.sciencedirect.com/science/article/pii/S0145213409002622 NOT FREELY AVAILABLE, ASK FOR A COPY Levy et al. 1995. Reabuse rates in a sample of children followed for 5 years after discharge from a child abuse inpatient assessment program. http://www.sciencedirect.com/science/article/pii/014521349500095P NOT FREELY AVAILABLE, ASK FOR A COPY Homework 9: Evaluation of assessment In this exercise you are asked to look into and evaluate two (other than your own) homework 3 draft assessments. Find the assessments by the two users below you on the user/homework list on top of this page (the last on the list shall pick the first two users on the list and the second last on the list shall pick the last and the first user). This exercise is intended to be done individually. However, co-operation between students is recommended. First characterize the draft assessments according to the Knowledge-policy interaction and Dimensions of openness frameworks. The things to consider in the characterization are listed and explained in the tables A, B and C below. Table A. Framework for characterizing the settings for health, safety and environmental assessments relevant to materials processing and related public policy. Attribute Example categories Guiding questions Impacts Environment Health Other (what?) Which impacts are addressed in assessment? Which impacts are most significant? Which impacts are most relevant for the intended use? Causes Production Consumption Transport Heating, Power production Everyday life Which causes of impacts are recognized in assessment? Which causes of impacts are most significant? Which causes of impacts are most relevant for the intended use? Problem owner Policy maker Industry, Business Expert Consumer Public Who has the interest, responsibility and/or means to assess the issue? Who is seen to actually conduct the assessment? Who has the interest, responsibility and/or power to make decisions and take actions upon the issue? Who are affected by the impacts? Target Policy maker Industry, Business Expert Consumer Public Who are the intended users of assessment results? Who needs the assessment results? Who can make use of the assessment results? Interaction (see tables B and C for advice) Isolated Informing Participatory Joint Shared How does assessment interact with the intended use of its results? How does assessment interact with other actors in its context? What is the degree of openness in assessment (and management)? In order to identify the last point in table A, mode of interaction that the draft assessment builds on, characterize the dimensions of openness in the assessment explained in table B. The example categories for interaction mentioned in table A are explained in table C. Table B. Dimensions of openness. Dimension Description Scope of participation Who are allowed to participate in the process? Access to information What information about the issue is made available to participants? Timing of openness When are participants invited or allowed to participate? Scope of contribution To which aspects of the issue are participants invited or allowed to contribute? Impact of contribution How much are participant contributions allowed to have influence on the outcomes? In other words, how much weight is given to participant contributions? Table C. Explanations of categories of interaction within the knowledge-policy interaction framework. Category Explanation Isolated Assessment and use of assessment results are strictly separated. Results are provided to intended use, but users and stakeholders shall not interfere with making of the assessment. Informing Assessments are designed and conducted according to specified needs of intended use. Users and limited groups of stakeholders may have a minor role in providing information to assessment, but mainly serve as recipients of assessment results. Participatory Broader inclusion of participants is emphasized. Participation is, however, treated as an add-on alongside the actual processes of assessment and/or use of assessment results. Joint Involvement of and exchange of summary-level information among multiple actors in scoping, management, communication and follow-up of assessment. On the level of assessment practice, actions by different actors in different roles (assessor, manager, stakeholder) remain separate. Shared Different actors involved in assessment retain their roles and responsibilities, but engage in open collaboration upon determining assessment questions to address and finding answers to them as well as implementing them in practice. Second, evaluate the assessment drafts according to the (slightly modified) Properties of good assessment framework. Base your evaluation on the characterization you have made. The things to consider in the evaluation are listed and explained in the table D below. For each attribute (i.e. an aspect to consider) give a numerical evaluation on a 1-5 scale (1 = poor, 5 = excellent). Also briefly write down your reasoning for each numerical evaluation. If something seems completely missing or not possible to evaluate, the numerical evaluation is 0 (also write down your reasoning why the particular aspect of the draft assessment deserves an evaluation of 0). Table D. A slightly modified version of the properties of good assessment framework. Category Description Guiding questions Quality of content Specificity, exactness and correctness of information. Correspondence between questions and answers. How exact and specific are the ideas in the assessment? How completely does the (expected) answer address the assessment question? Are all important aspects addressed? Is there something unnecessary? Applicability Relevance: Correspondence between output and its intended use. How well does the assessment address the intended needs of the users? Is the assessment question good in relation to the purpose of the assessment? Availability: Accessibility of the output to users in terms of e.g. time, location, extent of information, extent of users. Is the information provided by the assessment (or would it be) available when, where and to whom is needed? Usability: Potential of the information in the output to generate understanding among its user(s) about the topic of assessment. Would the intended users be able to understand what the assessment is about? Would the assessment be useful for them. Acceptability: Potential of the output being accepted by its users. Fundamentally a matter of its making and delivery, not its information content. Would the assessment (both its expected results and the way the assessment planned to be made) be acceptable to the intended users. Efficiency Resource expenditure of producing the assessment output either in one assessment or in a series of assessments. How much effort would be needed for making the assessment? Would it be worth spending the effort, considering the expected results and their applicability for the intended users? Would the assessment results be useful also in some other use? Write your characterizations and evaluations on your own user page (DO NOT WRITE YOUR ANSWERS ON THIS PAGE!'). Evaluation of assessments is not only something to be done after an assessment has been completed. Instead, evaluation should be seen as a means to guide the making of assessments towards their aims while they are still happening. Therefore, the third task of this exercise is to formulate suggestions for developing/improving the draft assessment. Write your suggestions as comments/arguments to the user pages where the draft assessment descriptions are. Also point out where the information in the draft assessment is/was missing or insufficient for characterization or evaluation. Homework 3 answers will be used as materials in this exercise and the deadline for homework 3 is Monday 4 February. It is recommended that you attempt to do this exercise only starting from 5 February. Links to some examples of using the above mentioned evaluation frameworks: Openness in participation, assessment, and policy making upon issues of environment and environmental health: a review of literature and recent project results (Dimensions of openness) heande:Assessment of impacts to environment and health in influencing manufacturing and public policy (Knowledge-policy interaction. In heande, password needed) heande:Evaluating effectiveness of open assessments on alternative biofuel sources (Dimensions of openness and Properties of good assessment. In heande, password needed) op_fi:http://fi.opasnet.org/fi/Puijon_metsien_käyttösuunnitelman_päätöksenteko (All methods. In Finnish) Seminar: Lessons learned Each pair has a slot of 30 min to present their topic and discuss it. A recommendation is to aim at 15 min of presentation and 15 min of discussion. Each pair has a different topic, but each topic is about one of the homeworks. When preparing your presentation, focus on three things: Describe the substantive content of your topic. What did you learn about it, what conclusions were made based on the material and the work? Describe how the content relates to a wider perspective, namely an assessment or a decision process. What additional value did this topic bring? Did it change conclusions? Was it important in increasing understanding, or some other way? How was it incorporated into the bigger picture? What methods were used to incorporate it? How were the methods used, and did the methods work for their purpose?