Tuesday 16 November 2010

Affective and social : Jones & Issroff(2007)

Ann Jones and Kim Issroff (2007)

Learning technologies: Affective and social issues

In Conole & Oliver (2007)


Affect can cover emotion, mood, attitude & value

Cook (2000) argued that collaboration was motivating. Argument for this coheres around the idea that participants develop shared histories and shared meanings.

What are the elements that motivate?

· P191 Keller & Suzuki (1988, book) Keller’s ARCS – attention, relevance, confidence, satisfaction.

· Issroff & del Sddata (1996) identified 4 motivational factors namely curiousity, challenge, confidence and control

· Eales et al (2002) distinguish between

1. authentic motivation – related to a focus on the development of robust, long term knowledge

2. inauthentic motivation – focused on assessment and the tactics of schooling

This led onto ideas about the importance of ownership for motivation.

Focus on Research contexts

Since the 1980s research on motivation is more likely to be carried out in real learning contexts rather than being lab based.

193 Jarvela, 2001,4. ‘motivation is no longer a separate variable or a distinct factor, which can be applied in explanations of an individuals’s readiness to act or learn – but it is reflective of the social and cultural environment’ (KRO partly true but…. I would rather say that using only a lab based approach is never going to be totally satisfactory)

Studies

Face to face

P195 face to face with children – the importance of affinity and attraction (Issroff and also Vass refs)

CMC

· Wegerith (1998) ‘individual success or failure on one online course depended on the extent to which students were able to cross a threshold from felling like outsiders to feeling like insiders’

· Tolmie & Boyle (2000) review the factors influencing the success of CMC environments in university teaching. P196 ‘Some of them are affective factors and others involve affective considerations’ Size of group ( if too large the participants cannot get to know each other sufficiently for trust to develop), knowledge of other participants, student experience, ownership of the task , need for/ the function of CMC.

· Preece (2000) ‘ argues for the importance of sociability in communications that depend on trust, collaboration and appropriate styles of communication. Preece has a particular concern with empathy and has analysed the nature of empathetic support across a number of online communities’

Reflection and evaluation

P201 From an evaluation perspective ‘ what are the desired outcomes from the use of technology?’

‘what aspects of learning situations influence students’ affections’ ( KRO possible research question ).

CMC , factors influencing success Tolmie, Boyle

Andrew Tolmie & James Boyle (2000)

Factors influencing the success of computer mediated communication (CMC) environments in university teaching : a review and case study.

Computers and Education 34, 119-140

IRE, anonymity, CMC facilitative factors, roles, modelling, knowledge construction, transactive, activity theory

Face to face

IRE ( Initiation-response-evaluation) sequence

CMC

P120

Berkenhotter (1997) – quote, no page number given. “Forum serves as an open space for a plethora of conversational topics introduced by students ….. (and) brought forth many voices and many student issues, feelings and agendas that would never have surfaced in classroom talk’

Transactive discussion and knowledge construction

Socio-cognitive conflict theories of Piaget (1932) and Doise & Mugny(1984), Henri,1995). P120 ‘ Central to these is the argument that when peers engaged in an activity disagree over some decision, their equal status means no one viewpoint is accorded intrinsically greater merit (KRO the equality claim might be challenged) . As a result, each participant has to make explicit the basis for their ideas so that their respective qualities can be assessed. This dialogue, of the kind Berkowitz & Gibbs (1983) call ‘transactive ‘ discussion ( i.e. articulation, critique and defence of ideas), exposes inadequate understanding and creates pressure for conceptual growth. According to Piaget and Doise this growth occurs via recombination of the best elements of existing ideas’ Critically asynchronous CMC ‘ can support both reflection before responding (McNeill, 1992; Steeples etal, 1994; Nalley, 1995; Light et al, 1997, Wilson & Whitelock, 1998a) and on task recombination of ideas by providing the text of messages in renewable and manipulable form ( McConnell, 1988, Harasim, 1989, Henri,1995).

P121

However ‘ despite the apparent potential, the practice often falls short’ . McAteer et al, 1007 ‘ skewed participation rates seem to be the norm across educational and corporate contexts’ (Rapaport, 1991) ‘ even when participation is reasonable there is little evidence of transactive discussion’

Identification of the factors associated with successful CMC as identified from a review of the literature.

P121 onwards

Factor

Notes

Group size

Prior knowledge of other participants

Students’ previous experience

Task clarity

Can sometimes be enabled by the moderator

Need for the system – student perception of

e.g. such as in distance education

Type of system

Note although systems have become more generic since the 90s

Prior experience of CMC

Ownership of the task

Some authors claim that some agreed division of labour is important

Issroff & Eisenstadt (1997) signs that students are more active online as they negotiate rules for themselves

What processes underlie these factors?

Possible explanations

1. Knowledge of others (KRO ? a way of addressing anonymity) – modelling others (KRO ?TOM)

P124 Steeples et al(1994) ‘argue that f-f meetings help because they reduce the anonymity of subsequent exchanges’ quoting from Akerman(1997) ‘people who prefer to know who else is present in shared space, and they use this awareness to guide their work’

Akerman M (1997) Communication and collaboration from a CSCW perspective. Contributions to XMCA Discussion List xmca@weber.ucsd.edu

‘One way they can do this is by modelling others concerns, in order to anticipate their needs, how these will inform what they say, and how they will react to messages aimed at them. Such models are argued to be the basis of fully effective communication ( Krauss & Fussell, 1990: Morgan & Schwalbe,1990; Happe, 1993), and one means of building them up is via personal knowledge of those being communicated with.

This explanation can be extended to the influence of other factors. With regard to the group size, for instance, if participants lack a model of each other at the outset it will require less effort to build one up in a small group, even without f-f- meeting. Similarly communicative experience will provide users with a model of the general needs and behaviours of those engaged in particular tasks. This explains why the impact of this factor depends, as noted above, on common past experience, otherwise different models will be drawn on, and participants’ expectations of each other will fail to correspond. Understanding of the immediate task would provide a localised model of the needs of others in the absence of communicative experience. The influence of task negotiation would follow from, but go beyond this, in that it would allow this model to be actively constructed rather than tacitly agreed.’

( KRO - to summarise , success depends on the individual communicative model used and the way in which it contributes to the mutual anticipation of communicative needs.

for each individual member

· small groups means fewer individual models to construct

· past experience provides a general model for communicating in such circumstances but individual past experience needs to have commonalities for this to work effectively

· clarity about task provides a specific model for this communicative experience)

Tolmie et al see this a way in which the ambiguity of communication that lacks NVC might be addressed. i.e. p124 ‘ if communicators hold good models of each other, this might ameliorate cluelessness, since intentions could be worked out, and supporting information about the significance of communications would be less critical’

Evaluation of ‘knowledge(model) of others as an explanation

Doesn’t account for other factors, e.g. need for CMC, task clarity

An account based on activity theory (Leont’ev, 1978, 1981: see also Cole, 1996 and Lewis 1997, for a summary in relation to CMC usage)

Clarity about the task gives the participants a shared purpose which may then p125 ‘ determine whether and how CMC is used’ so that knowledge of each other facilitates a better shared understanding of the task.

Activity theory

‘Situates behaviour within social contexts, via three levels of description: activity system, action and operation.’

‘The activity system is the basic unit of analysis of group and individual behaviour, and comprises a subject ( the group or individual) using tools (including writing, speech) to pursue and object(a global intention or purpose). Tools and objects are not invented from scratch when an activity system comes into being. Cultures store up defined objects and presecribed methods of using particular tools to achieve these, and members of a culture are inducted into knowledge of these objects and methods. When individuals interact, they use shared knowledge provided by their culture to reconstruct the activity system pertinent to their intended object. ‘ ‘Part of this understanding focuses on actions directed at specific goals, which subjects take to move towards the overall object. Actions are usually conscious, but comprise relatively iunconscious operations, through which they are carried out’. ‘ It is the perceived activity which organises actions, and gives them meaning’

However, activity systems evolve. P125 ‘ Cultural transmission is not perfect, and systems are reconstructed by individuals who differ at least slightly in their understanding of that system’s object, and the actions required to achieve it. ‘ Engestrom(1987) activity system may contain various viewpoints, which serve both as resource and a source of conflict. Conflict is overcome by reconciling these viewpoints into new ( and potentially more adaptive) formulations …….. but this can only occur…… within a certain range of convenience and within a shared framework. If differences are too great, the activity is unlikely to get off the ground; if they are small, agreement is tacitly assumed ’ KRO – need some tension for creating something new but not too much.

‘This view puts shared perception of the task at the core of any mechanism for constructing the communications of others and anticipating their needs.’

KRO – not just a shared task but a shared perception of the task.

This account can explain the influence of many/all the identified factors including actual CMC usage.

How to study these ideas?

P127 ‘ need an integrated range of measures, covering both CMC use and other actions and interactions, including negotiations about the activity and what it is intended to achieve’ ‘only way that the hypothesised use of shared purpose can be examined’

Therefore unrelated snapshots no appropriate. Experimental manipulation will be unpredictable if the shared purpose is determined by what makes sense to students themsleves’ Moreover’ establishing a meaningful activity requires it to take place in the real world’

The alternative ‘ naturalistic experiments, in which spontaneous variations in shared purpose are capitalised on to compare outcomes’ Raises the question of how to avoid confirmatory bias.

Case study example: M.Sc. Educational Psychology students

2 groups of 6

FC v3.5 doesn’t mention how functionality provided.

Task Conduct a literature review and write a seminar paper on a set theme, making use of the conference as appropriate.

5 weeks with 2 groups working consecutively. First group presenting their paper at a f-to-f session on week after the second group had been set their task.

Also encouraged to prepare a poster for a professional meeting.

Note

P128 ‘ this group was identified as having all the characteristics of group size, familiarity with each other, communicative experience, and task-related expertise that would predict successful implementation. In addition, care was taken to ensure that at least one clear task was set, that ownership of this task and perception of need for the system were fostered’

Face to face meeting so that CD could describe potential benefits.

Analysis

1. Online interactions

P130

‘online interaction was examined in terms of:

(a) the frequency and timing of the messages

message frequency never high; activity tended to be coinincident with the message task

(b) the relative contribution of individuals

only 5/12 could be classified as regular users. 4/6 (G1) active pre seminar, 2?3(G2) preseminar. A pattern that contrasts with the participation observed in the f-f seminar.

(c) message function and length.

Categorised as follows (i) connection and hardware/software issues (ii) seminar related (iii) tutor contact and advice (iv) peer contact and advice (v) social exchange (vi) project work (vii) conference preparation Viii) course administration (ix) professional issues

Analysis confirmed the impact of the seminar task. P132 ‘ Moreover, whilst G2 made fewer online contributions, the characteristics of their seminar-related messages were similar to G1. In other words, email served the same type of function for both groups, if not to the same extent.’

P132 - notes that system/technical difficulties contributed to amount of email traffic.

2. Student logs

G1: 4/6 returned.

P132 ‘devoted the largest proportion of work to independent activity such as accessing information and preparing draft sections of the seminar paper. F-to-f communication took place at points of negotiation, most typically at the outset, whilst email was used more for exchanging of drafts, and updating on progress’

G2: 2/6 returned

Total time spent on seminar task was similar to G1, but proportionatly much less time spent on email ….. and more on f-f and fax communication’

Previous email experience was similar in the two group and the time spent on the seminar task was approximately the same therefore the different use of CMC may be a reflection of G2 experiencing more technical problems.

Notable results

Owner ship ‘when the group themselves wanted to achieve something using CMC, they made it happen’

It is groups that decide on actions KRO? – live chat in CMC

P135 ‘G1 ‘exhibited a transformation of an existing activity system but G2 failed to achieve this because it depended on the reliability of the system, as well as the affordances.

Conclusion

Methodologically p136 ‘ it is important (KRO-for researchers) to be open to any activity which is consistent with task progress and this may not be predictable’ need to use a variety of methods p136 ‘ and these must include detail about context including offline activity’

Does this approach address the questions about confirmatory bias?

1. sufficient information was collected to be able to check ‘ sense making’ of this approach

2. CMC as a resource for the task did not work perfectly and it worked differently for each group. Therefore the case study permitted the exploration of whether the outcome for each group was explicable within the same framework.

Thursday 4 November 2010

Figurative language

Manuala Delfino and Stephania Manca (?2010/2011)

The expression of a social presence through the use of figurative language in a web-based learning environment

Accepted in Computers in Human Behavior.

Topic: Figurative language as a possible indicator of social presence in CMC. Research initiated after the regular use of fl noticed; although the students had not bee encouraged to do so.

( KRO but data collected from a forum where students were reflecting on personal experience)

Use of FL in CMC

1. To refer to self , feelings and emotions

2. To conceptualise the components of the virtual learning environment

What is fl? ‘An iconic use of language aimed at expressing a non-literal meaning’ includes metaphors, hyperboles, idioms, understatement, simile.

Backgound

Lack of non-verbal cues - Leh A.S.C. (2001) Computer-Mediated Communication and social presence in a distance learning environment. International Journal of Educational Communications 7(2), 109-128

P3 ‘users seem to compensate for communicative lack of ‘spoken’ discourse with linguistic interventions and adaptations, emotiocons, typographical marks, capital and lower case, ellipsis, exclamation, as well as typing errors)’ Murphy and Collins. 1997 – led to ideas about verbal immediacy. ‘Not a substitution or a surrogate but a way to express the same communicative needs that emerge in a face –to-face setting but rather as a very different medium that should be taken into consideration.’

P4 De Simone, Lou and Schmid (2001) – use of ‘metaphor as a means of bonding in online e.g. ship ‘ to foster students’ sense of belonging to a larger community and to provide a framework for role assignment , identity, and responsibility)

Aims

  • · To analyse the distribution of figurative language theat emerged in the social areas throughout the course, the relation between participants’ educational background and their use of fl and finally the relation between fl and the structure of the written threaded discourse

  • · A parallel aim - the classification of the fl occurrences into two categories, identity and context. Figurative language was found to be key to interpreting how participants gave shape and body to their online identities, as well as to the setting


Theoretical framework

1. Social presence and online learning ( see PhD key terms for more on this)

2. Figurative language

p6 metaphor has a cognitive function- metaphor creates ‘ a bridge from abstract domains to perceptual experience’ can be a guide to future action.

‘helps understand a new domain in terms of what is familiar’

‘could be considered as a refelection of a community’s conventional pattern or world views’

Figurative language and emotion

Tannen, 1889, 1992 fl ‘has a central role in establishing a climate of closer intimacy between speakers. The power of imagery facilitates the sharing of personal experience and creates involvement , communicating meanings and emotions’ (KRO but why?)

Ortony & Fainsiber (1989) ‘ concrete vividness as the main characteristic of metaphor and fl in the expression of emotions’ ‘intense emotions lead to a greater use of metaphor’

Gibbs et al, 2002 fl ‘ can create a sense of closeness and intimacy between speaker and listener that literal language cannot achieve, allowing them to speak about their own emotions without touching them directly’

P7 Fussel & Moss, 1998 ‘People are more likely to use metaphor and metaphorical comparisons to describe their subjective experience of emotion than to describe the actions they took in response to that emotional experience’

RQs

  1. 1. What is the distribution of fl during the 10 week course? Is there any connection between figurative language and crucial social events of the course?

  1. 2. Is there any relation between the participant’s educational background and their use of figurative language?

  1. 3. Is there any relation between the structure of message threads and the use of figurative language.


Method

Context & Participants

10 wk course FC, 3 face to face meetings at beginning, middle, end.

57 students, 7 tutors, 10 supervisors. ( KRO so not collaborative groups)

Phased instructional activities: Analysing and comparing educational software and discussing its integration in the school setting then collaboratively developing a project for the implementation of educational technology in a specific school setting.

Research carried out in the ‘social’ and ‘meta-cognition reflection’ forums - ‘those areas that are mainly related to the expression of the social dimension’ (KRO interesting assumption).

Longditudinal

Membership knowledge

Student precourse evaluation – familiar with email; novice with chat rooms and forums, final grade depended on participation in the reflection forum.

Data collection

Unit of analysis – a posting

Data : each occurrence of FL

Data collation

Objective

Subjective

Record no.

FL (Yes/No)

Sender name

No of occurrences

Role (student, tutor)

Type ( identity/context)

date

Course week

Posting subject

Posting text

Type of posting (first in thread, reply, unthreaded)

Nb any expression that had lost its metaphoric import through frequent use i.e. dictionary item, was excluded.

Results

Occurrence 86/843 messages = 10.2%

Both non FP and FP down at the midpoint which also coincided with a critical event. Raises the question of whether there is a need to emphasise negativity with silence.

No discernable patterns in the use of FL associated with educational background ( arts or science) or position in the thread.

P4 ‘FL was found to be key to how participants gave shape and body to their online identities’

P4 ‘FL was a means through which participants projected themselves i.e. their identity, their emotions ( KRO but didn’t actually have emotions as a RQ) feeling as well as their way of conceptualizing the online learning environment’

FL used proprtionally more when meaningful or critical events happened. The higher the emotional involvement (KRO ? how known) the more metaphorical the language adopted’

Conclusions

P23 FL a resource ‘to create the new learning and social reality in which they are involved’

“Metaphors and fl were used to understand a new domain of experience in terms of what was already familiar to them’

‘A major aspect of fl in the context of online learning, based on the approach of collaborative learning and social construction of knowledge is that fl are the elective means with which to explicate and conceptualise tacit knowledge into knowledge shared among the group. Personal knowledge is embedded in individual experience and involves intangible factors such as personal beliefs, perspectives as well as the value system. It must be socialized and transformed through close interaction and collaboration within a group, into explicit knowledge in order to become group knowledge’

Monday 1 November 2010

Social presence indicators

Social presence indicators

Social Presence indicators (Rourke)

Affective

Expression of emotions Use of humour Self-disclosure

Interactive

Continuing a thread Quoting from messages Referring to others’ messages Asking questions Complimenting, appreciative Expressing agreement ,Vocatives (e.g. Kathy, guys, you guys, dude, anybody, , baby)

Cohesive

Using inclusive pronouns (we, our) Phatics ( only function to perform a social task, a speech act, pragmatically inferred from context and intonation), salutations (salute and close)

Oxford Saljo

Saljo (2007).

Lecture on the occasion of the opening of The Oxford Centre for Sociocultural activity theorey Research, Deprtment of Education, University of Oxford, March 14,.

Studying learning and knowing in social practices. Units of analysis and tensions in theorizing.

Congruence ( or lack of ) between object of the enquiry and the unit of analysis cites

nonsense syllables in the context of memory research i.e. nonsense syllable designed to be neutral for previous learning.

Piagtian designed tasks p1 ‘When considering what the children were engaged in from what Wittgenstein refers to as a first-person perspective, the difficulties children experienced seemed to have had much to do with the extent to which they were able to share the situation definition and establish some kind of intersubjectivity with the experimenter.’ Rather than be indicative of a stage of cognitive competence .

From a socio-cultural perspective, the object of analysis deviates from other perspectives.

take one example, the notion that learning and knowing are “situated in human practices”

but has it being misinterpreted?

a claim that there are no regularities in human behaviour or that the individual and his or her background when engaging in an activity play no role. Thus, a claim of this kind is often understood as saying that all human action is relative to context, and that people in this sense are merely responding to whatever they encounter. This brings the notion of situatedness quite close to a behaviourist epistemology, as some have pointed out. People are seen as behaving rather that acting. The reason for this interpretation is at some level easy to understand. Scholars in the behavioural sciences are so habituated to the individual as the unit of analysis that it is difficult to see how objectives of research such as generalization of knowledge and testing of hypothesis could be achieved otherwise.

Important insights and years of empirical research risk being silenced by the way in which representatives of the two perspectives construe each others’ positions with respect to the definitions of the object of inquiry and a relevant unit of analysis.

‘the fact that our interpretations of how to conceive of learning and other cognitive activities differ is precisely what we should be able to profit from when looking at the relationships between objects of inquiry and units of analysis. Thus, we should learn that different traditions could develop increasingly sophisticated understandings, but that they do this within a particular framework with certain premises. Neither is studying the privileged, most real, version of whatever we are attending to.’

‘In rationalist and idealist traditions, for instance in mainstream cognitivism and in differential psychology, the notion of the correspondence between what is in fact studied and what is conceptualised ( according to S a dualist perspective) has always been deeply problematic, although it may not have appeared so.’

Furthermore, quite often such general objects of inquiry as learning and memory are reified and come to be grounded in an object-like and biological or pseudo-biological conception of what is studied (Säljö, 2002). The schemas, the mental models and the various kinds of memory systems soon appear as reifications with specific characteristics that can be measured in objectivist manners.

This tendency to reify psychological processes represents an attempt to gain clarity, and maybe even respectability, by connecting learning and other cognitive processes with the biological substrate of the human mind, or, nowadays, even the brain. This implies that what is being observed and attended to as the unit of analysis is taken to be indicative of how the brain works in some specific cognitive sense. This attempt to ground cognitive phenomena in biological structures is evident in some of Piaget’s work. For instance, his argumentation in relation to the concept of “structure” attempts to provide such links between meaning making and biological structures. In his discussion of “logicomathematical structures”, he argues that these “structures essentially involve relations of inclusion, order, and correspondence. Such relations are certainly of biological origin, for they already exist in the genetic (DNA) programming of embryological development as well as in the physiological organization of the organism” (Piaget, 1970, p. 706). Thus, the “origin of these logicomathematical structures should be sought in the activities of the subject, that is, in the most general forms of coordinations of his actions, and, finally, in his organic structures.” (loc. cit.). Another sign of this reification of the object of inquiry is to try to measure it as in the case when the size of long-term memory has been assessed or when one asks how many memory systems or intelligences there are (Gardner, 1983; Landauer, 1986; Tulving, 1984). In our time, in the context of the growing success and influence of the neurosciences, this interpretation of the link between the object of inquiry and the relevant unit of analysis is very evident. What we see is to some extent a return to some of the features of localization theories of human functioning that have been strong earlier in history.

The socio-cultural alternative

As we all know this is what Vygotsky struggled with in many of his writings. One of his consistently explicit and implicit questions was: How can learning and development be understood as genuinely human, i.e. sociocultural, phenomena? In what sense is the sociocultural line of development of the child different from the biological one? (Vygotsky, 1978, 1986). What are the intellectual tools we need to document and analyse such matters on a level so that the specific features of the mediated nature of human language, thinking, reasoning, interaction and aesthetic experiences are preserved. An important part of the problem of achieving this lies in the choice of units of analysis that correspond to the objects of inquiry as understood in this tradition.

Already in his theorizing Vygotsky pointed to many observations that indirectly tell us that there is something deeply problematic with the notion of the unit of analysis that was used in testing children’s competences. For instance, the much discussed concept of Zone of Proximal Development immediately implies that the unit of analysis for understanding human knowing cannot be the restricted to individual performance. The child, when engaged in co-operation with ‘a more capable peer’ is able to solve more difficult problems than when working alone, as the definition of the ZPD goes. This implies that the object of inquiry requires a different unit of analysis in order to be interesting from a sociocultural perspective. This unit of analysis must be incorporate interaction and joint meaning-making between people.

as Linell (1992) has demonstrated, our actions are contextualized in a double manner, both in the context of the local activity we are engaged in, and in the on-going institutionalized activities of which this local practice is an established constituent. This double contextualization is also the reason why we need a concept of culture and a cultural-historical understanding of human learning.

On externalization of cognition

‘So, what we are experiencing at present is how technologies transform learning practices and the division of labour between people and tools. Why is this interesting in the context of the issue of the relationship between objects of inquiry and units of analysis? One reason for addressing this issue is that it is becoming increasingly interesting to ask the question: Where is the knowing? As I have argued, it is increasingly in the coordination between people and tools, and through the externalization of what was previously human thought processes, carried out step by step and often on the basis of learned algorithms, we engage in activities without anything near full mastery of the procedural work carried out by the tool. When appropriating such tools we can often learn to use them for practical purposes in local practices, while at the same time be more or less ignorant of how they operate. In sociocultural terms this can be understood as an appropriation of a range of representational systems and technologies that come together in one piece of technology which has an interface which is relatively easy to learn. However, my insight into each of these may be very limited, in fact I may be more or less ignorant. But can I navigate? Yes and no! With the GPS, I can do it, with earlier technologies such as compasses my skills may not be sufficient. But with Wittgenstein’s criterion of understanding and knowing where he argues that “understanding is like knowing how to go on” (§ 875, 1980), I certainly know how to go on with the activity of navigating if I have the GPS navigator around.’

And therefore his argument against units of analysis and a positivist approach

‘Rather than repeating what is already there, learning has become the ability to put previous insights and experiences to use in relevant manners; it has become future oriented.’ We learn, but we learn differently from previous generations. A consequence of this is that in research we can subsume less and less of our understanding on such traditionally very general notions as learning and remembering, and more and more will have to be an understanding that is relevant to activities and activity systems.

Säljö, R. (2002). My brain's running slow today-the preference for "things ontologies" in research and everyday discourse on human cognition. Studies in Philosophy and Education, 21(389-405).