Results from your search will be shown on this page below the search form – you may need to scroll down to the results if the page does not automatically take you there after you submit your search.
Instructions:
- All blog posts are searched (pages from the menu are not searched)
- Search outputs are weighted by relevance.
- If searching with two or more words, the system uses an AND operator.
- Selecting a tag, author tag and/or category binds the search to only those posts which have those taxonomy term/s.
- A search output can be obtained by filling out any one field (ie., the search box; or, categories; or, tags; or, authors). If all fields are left blank, then the search returns the blog scroll.
- Exact word combinations can be searched for by using quotation marks (eg., “transdisciplinary learning”).
- Keyword matching is on partial words.
- The reset button (beneath the ‘Submit search’ button) will clear all entries in the search form, as will clicking on the ‘Search…’ link in the top of the right sidebar; or, reloading the page.
- Stopwords are used and for more information on stopwords and how search generally works on this page, see the ‘in-detail’ instructions below.
The search function checks all blog posts but not pages (ie., it does not check the ‘About’, ‘Index’ and other pages listed in the main menu).
For posts, search checks within titles, body text, category and tag text (and not comments).
Searches are weighted by relevance, with affects the order in which posts appear, with titles and content getting the most weighting, tags and categories lesser weighting.
Increasing the number of search terms and selections generally focuses the search output (ie., decreases the number of outputs).
Keyword matching is based on whole words.
If you enter two or more words into the search box, the relationship between the words is based on an AND operator (meaning the more words you add, the tighter (less content is returned in) the search output).
- For example, entering transdisciplinary learning into the search box would provide an output that lists all posts with both the word transdisciplinary and the word learning anywhere in the text. Posts with only transdisciplinary in the text or posts with only learning in the text would not be included in the output.
To find a specific word combination (eg., critical systems), wrap in quotation marks (ie., “critical systems“).
The search system uses ‘stopwords’; which are words that are overly common and so are excluded from being searched for if they are put into the search field (in order to avoid flooding the user with results). For example, words such as ‘has’, ‘sometimes’, ’whether’ are stopwords and can’t be searched on individually (that is, no search result will be returned). Such stopwords can be entered as part of a string of words, but as they are not in the search index they do not count towards the search output. There are also words that are very common across our blog posts and which we allow (to be searched on). These words relate to the way we build the content of our posts (eg., ‘biography’; ‘online’) or are related to the blog’s subject matter (eg., ‘research’, ‘university’). Just be aware that if you search on such words (either alone or in a string), you will get a very large number of results. At the time of writing, the following words are examples to avoid using: biography; change; development; experience; knowledge; science; PhD; policy; practice; process; research; social; time; university; work. A good rule of thumb if using a single search term and if there are a lot of results returned (in 2026, there were over 500 blog posts on this site), is to use one or more of the other fields (eg., tag), or add extra search terms to the search field, or try a different term that speaks to what you are searching for.
When you open a post that was found by your search, you can find where your specific word or word combination appears by using your computer’s search function (eg., on a computer running Microsoft Windows, Control ‘F’ will allow you to search the post (as well as anything else in the active screen)).
Restrict searches to particular tags, categories and/or author tags by using the dropdown selectors.
- Eg., if you choose the tag Advocacy, the search will only be conducted within posts that have that tag assigned to them.
- If you added the category Cases to that search, then only posts that had both the tag Advocacy and the category Cases assigned to them would be searched.
An alternative to selecting categories, tags or authors from their respective long drop-down list is to type the term or author name you are looking for in the relevant selector field. Typing one letter will jump to the lead word in the alphabetical listing (ie, typing ‘s’ takes you to the first tag or category in the list of those starting with ‘s’). Further addition of letters will home in on a tag, category or author until it is found or until the choice of letters exhausts the possible set of tags, categories or authors (in which case that tag, category or author is not in our list). NOTE: all authors are also available in reverse name order under ‘Authors‘ in the menu bar.
In the category, tag and author dropdown list, the number in brackets after each entry indicates the number of posts with that category, tag or author assigned to them.
Tags or authors with a zero in brackets “(0)”, placed after the tag or author text, are not currently linked to any blog posts. In the case of tags, most of these tags identify alternative tags, which, if searched, will yield a result. For example, “Assumptions – see ‘Mental models’ tag (0)” signifies that blog posts about ‘assumptions’ are tagged with ‘mental models’ and not ‘assumptions.’ Occasionally there will be a tag (or author tag) with “(0)” which refers to a new tag (or author tag) on a blog post which has not yet been made public. This tag (or author tag) will be searchable once the blog post is public (usually within a week).
For the category selector, choosing one of the two parent categories (main topics or resource types) searches all blog posts, as all blog posts are assigned a main topic and a resource type.
The ‘methods section’ in research publications on complex problems – Purpose
By Gabriele Bammer
Do we need a protocol for documenting how research tackling complex social and environmental problems was undertaken?
Usually when I read descriptions of research addressing a problem such as poverty reduction or obesity prevention or mitigation of the environmental impact of a particular development, I find myself frustrated by the lack of information about what was actually done. Some processes may be dealt with in detail, but others are glossed over or ignored completely.
For example, often such research brings together insights from a range of disciplines, but details may be scant on why and how those disciplines were selected, whether and how they interacted and how their contributions to understanding the problem were combined. I am often left wondering about whose job it was to do the synthesis and how they did it: did they use specific methods and were these up to the task? And I am curious about how the researchers assessed their efforts at the end of the project: did they miss a key discipline? would a different perspective from one of the disciplines included have been more useful? did they know what to do with all the information generated?
Should I trust that model?
By Val Snow
How do those building and using models decide whether a model should be trusted? While my thinking has evolved through modelling to predict the impacts of land use on losses of nutrients to the environment – such models are central to land use policy development – this under-discussed question applies to any model.
In principle, model development is a straightforward series of steps:
• Specification: what will be included in the model is determined conceptually and/or quantitatively by peers, experts and/or stakeholders and the underlying equations are decided
• Coding: the concepts and equations are translated into computer code and the code is tested using appropriate software development processes
From integration to interaction: A knowledge ecology framework
By Zoë Sofoulis
Would a focus on ‘knowledge ecology’ provide a useful alternative to ‘knowledge integration’ in inter- and trans-disciplinary research?
My experience in bringing perspectives from the humanities, arts and social sciences (HASS) to projects led by researchers from science, technology, engineering and mathematics (STEM) has led me to agree with Sharp and colleagues (2011) that ‘knowledge integration’ is essentially a positivist concept, dependent on the idealist model of a unified field of scientific knowledge to which every bit of science contributed.
Many partners and co-researchers from STEM backgrounds, it seems, cannot recognise other knowledge paradigms and can only ‘integrate’ knowledge in the form of quantitative data. HASS research is excluded or disqualified as merely ‘anecdotal’ or ‘subjective’. Like racial or cultural assimilation, knowledge integration seems to require non-dominant knowledges to disguise or erase their unique differentiating features in order to blend with the dominant positivist paradigm.
Creating a pragmatic complexity culture / La creación de una cultura pragmática de la complejidad
An English version of this post is available
¿Cómo pueden los gobiernos, las comunidades y el sector privado efectivamente trabajar juntos para lograr un cambio social hacia el desarrollo sostenible?
En este blog describo los procesos claves que permitieron a Uruguay lograr uno de los regímenes más avanzados de protección del suelo de tierras de cultivo de secano en el mundo. Una explicación del proceso es la creación de una cultura pragmática de la complejidad, una cultura inclusiva, deliberativa que reconoce la naturaleza compleja del problema y abraza el potencial de lo posible.
Five principles for achieving impact
By Mark Reed
What key actions can help research have impact? Interviews with 32 researchers and stakeholders across 13 environmental management research projects lead to the five principles and key issues described below (Reed et al., 2014).
1. Design:
• Understand what everyone wants. This can help in managing expectations of different stakeholders and project members and identifying potential issues/problems early on.
• Understand the context of the project. Use local characteristics, traditions, norms and past experiences as a starting point for planning the project.
• Take your time. Knowledge exchange is time consuming if done properly.
• Design your knowledge exchange activities carefully. Spend time researching the context, the stakeholders, and possible approaches. Design for flexibility, get feedback, and adapt your plans to suit changing circumstances.
ICTAM: Bringing mental models to numerical models
By Sondoss Elsawah
How can we capture the highly qualitative, subjective and rich nature of people’s thinking – their mental models – and translate it into formal quantitative data to be used in numerical models?
This cannot be addressed by a single method or software tool. We need multi-method approaches that have the capacity to take us through the learning journey of eliciting and representing people’s mental models, analysing them, and generating algorithms that can be incorporated into numerical models.
More importantly, this methodology should allow us to see in a transparent way the progression on this learning journey.