Millar Sarah-Kate, Oldham Anthony R H, Renshaw Ian
Auckland University of Technology, 92006 Auckland, New Zealand.
Nonlinear Dynamics Psychol Life Sci. 2013 Jul;17(3):425-43.
Coordinative couplings are commonly classified as interpersonal and intrapersonal. Interpersonal coordination is normally thought of as between organisms but a subset can also be considered where the co-actors movements are coupled to an environmental rhythm. This can be termed extrapersonal coordination. This study explores how coordination is achieved in a situation that demands that at least one actor makes use of extrapersonal sources. In this case multi-seat rowing, where one actor cannot see the other one behind them. A qualitative approach using experiential knowledge from expert rowers (N=9) and coaches (N=4) was used to examine how interpersonal coordination was achieved and maintained in 2 person rowing boats. It was reported that where possible, both rowers coordinated their movements by coupling with an invariant provided by the boat. This invariant is underpinned by perception of water flow past the boat; which is in turn used to determine changes in acceleration - 'rowing with the boat.' Bow seat also identified the rower in front and stroke seat identified the looming of the stern as viable alternative sources for coupling.
协调性耦合通常分为人际间和个体内的。人际协调通常被认为是生物体之间的,但也有一部分可以被视为共同行动者的动作与环境节奏相耦合的情况。这可以称为超个体协调。本研究探讨在至少有一个行动者利用超个体资源的情况下,协调是如何实现的。在这种情况下是多人划艇,其中一个划手看不到他们后面的另一个划手。采用定性方法,利用来自专业划手(N = 9)和教练(N = 4)的经验知识,来研究在双人划艇中人际协调是如何实现和维持的。据报道,在可能的情况下,两个划手都通过与船所提供的一个不变因素相耦合来协调他们的动作。这个不变因素的基础是对水流过船的感知;反过来,这又被用来确定加速度的变化——“与船一起划”。船头座位的划手也将前面的划手作为耦合的可行替代来源,而船尾座位的划手则将船尾的逼近作为耦合的可行替代来源。