Slowing Down the Evaporative Cooling Effect and Enhancing Knowledge Creation in Online Communities

Slowing Down the Evaporative Cooling Effect and Enhancing Knowledge Creation in Online Communities

Introduction:
Online communities have become an integral part of our social and professional lives, providing platforms for knowledge sharing, collaboration, and networking. However, as communities expand, they often face the challenge of the Evaporative Cooling Effect, where high-value contributors leave due to a lack of perceived benefits. This leads to a decline in the overall quality of the community. In this article, we will explore strategies to slow down this effect and enhance knowledge creation within online communities, while also considering the SECI Model of Knowledge Dimensions.

Understanding the Evaporative Cooling Effect:
The Evaporative Cooling Effect refers to the phenomenon of high-value contributors leaving a community when they no longer perceive it as beneficial. As new members join, the rate of high-quality contributors decreases, resulting in a decline in community quality. This trend is inevitable during the expansion of a community, but it can be slowed down through various strategies.

1. Social Gating:
   One effective strategy for maintaining community quality is through the implementation of social gating. This involves setting criteria for entry into the community, such as requiring relevant basic knowledge in the area. By filtering out users who do not meet the prerequisites, the community ensures that only those with a genuine interest and expertise contribute, thus preserving the overall quality.

2. Financial Barriers:
   Charging a fee for community membership is another popular method to maintain quality. By introducing a financial barrier, only those who are genuinely interested and committed to the community are willing to invest in it. This helps ensure that members are motivated to actively contribute and derive value from their participation, reducing the likelihood of high-value contributors leaving.

3. Recognizing and Elevating Special Contributors:
   Acknowledging and giving high status to exceptional contributors can also slow down the Evaporative Cooling Effect. By publicly recognizing their contributions and providing incentives, such as exclusive privileges or access to additional resources, the community fosters a sense of belonging and appreciation. This encourages special contributors to remain engaged and continue sharing their knowledge and expertise.

SECI Model of Knowledge Dimensions:
To further enhance knowledge creation within online communities, we can turn to the SECI Model of Knowledge Dimensions proposed by Ikujiro Nonaka and Hirotaka Takeuchi. This model identifies two types of knowledge, explicit and tacit, and emphasizes the conversion of knowledge between individuals, groups, and organizations.

1. Tacit to Tacit Conversion:
   Knowledge creation often begins with individuals who do not possess particular knowledge but acquire it from someone who does. This conversion of tacit knowledge from one person to another forms the basis for knowledge sharing and collaboration within online communities. Encouraging interactions and discussions between members facilitates this transfer of tacit knowledge.

2. Tacit to Explicit Conversion:
   Combination, the process of systematizing concepts into a knowledge system, plays a crucial role in converting tacit knowledge to explicit knowledge. Online databases and platforms enable easy access to explicit knowledge, allowing community members to organize and structure their tacit knowledge into valuable resources for others. This conversion is particularly facilitated by the abundance of explicit knowledge available online.

3. Explicit to Tacit Conversion:
   Internalization occurs when individuals internalize explicit knowledge through personal experiences. Reading, writing, and reflecting on what one has learned helps convert explicit knowledge into tacit knowledge. Encouraging members to document their experiences and engage in reflective practices can enhance this conversion process, fostering deeper understanding and knowledge creation within the community.

Conclusion:
Online communities face the challenge of the Evaporative Cooling Effect as they expand, leading to a decline in community quality. However, by implementing strategies such as social gating, financial barriers, and recognizing special contributors, this effect can be slowed down. Additionally, embracing the SECI Model of Knowledge Dimensions can enhance knowledge creation within communities by facilitating the conversion of tacit and explicit knowledge. By actively incorporating these strategies, online communities can foster a culture of continuous learning, collaboration, and value creation.

Actionable Advice:

1. Implement social gating mechanisms to ensure that community members possess relevant basic knowledge, fostering a high-quality contributor base.
2. Consider introducing a fee structure to filter out users who are not genuinely interested in the community, ensuring active participation and commitment.
3. Recognize and elevate exceptional contributors by providing incentives and privileges, creating a sense of belonging and motivation to contribute further.