Pembentukan Karakter Mandiri Melalui Pendidikan Agriculture Di Pondok Pesantren Islamic Studies Center Aswaja Lintang Songo Piyungan Bantul YOGYAKARTA

: this research aims at describing the shaping of autonomous character through agricultural education at Pondok Pesantren Islamic Studies Center Aswaja Lintang Songo Piyungan Bantul Yogyakarta. This is a qualitative study in the form of a case study. Data collection was conducted through observation, interview, and documentation. The data were analyzed using the interactive analysis technique. The findings show that there are five principles of shaping the autonomous character developed at Pondok Pesantren Islamic Studies Center Aswaja Lintang Songo which generally use community-based learning rooted from the reality of nature and life. The forms of autonomous characters developed are discipline, seriousness, autonomy and hard work, religiosity, togetherness, care, love, modesty, respect, politeness, responsibility, honesty, and sincerity. All of these are shaped in the education programs and agricultural practices carried out in the pondok pesantren

Between a Rock and a Hard Place: Constraints to Rock Climbing Participation in Southern Illinois

Abstract Rock climbing opportunities in rural southern Illinois have emerged on the national scene and are expected to grow in popularity. The present study collected and analyzed qualitative data from southern Illinois climbing enthusiasts about their perceived constraints to full participation in the sport. Twenty interviews, two focus groups, and four key informant interviews were conducted in 2009. Three themes emerged from the data reflecting aspects of legitimacy, environmental impacts, and interaction with other stakeholder groups. Participants attested to a strong sense of community and dedication to their activity, yet expressed concerns about climbing’s perceived lack of stature as a legitimate resource-based recreation activity among land managers and other stakeholders. Our findings suggest that local advocacy organizations, such as the Illinois Climbers Association, can play a pivotal role in promoting the constructive dialogue necessary for resolving issues and better integrating climbing into the mix of accepted outdoor recreation activities

Analyzing the degree of social-economic transformation of disdplaced community using probit model : a case analysis

The 1998 Poso conflict caused many fatalities, hundreds of missing people, loss of property, and the decline of social order and economic life. The conflict has changed the social and economic order of the society, and most people uprooted from their hometown into new places. Thus, this study aims to analyze the degree of social and economic transformation in one decade after the conflict by examining the intervention role of the government, private sector and NGOs on the post-conflict socio-economic transformation in some refugee locations as the District of Poso, Central Sulawesi. By involving 98 household heads as respondents, and using Probit model as the analytical tool, the results reveal that a mass population displacement has caused a sense of prolonged trauma among the minorities. Moreover, the results show that the process of social and economic transformation takes place simultaneously. Statistically, there are no significant impact of natural factors and government intervention on the process of social transformation in the new settlement, while the intervention of the private and non-governmental organizations shows a positive and insignificant influence. In terms of economic transformation, the natural factors and government intervention are proved to have no significant effect on the process of economic transformation, while the private sector and non-governmental intervention is capable of providing a positive and insignificant impact on economic transformation. The study implies for decision makers to make better direction in development planning, and funding for displaced people, and to encourage and provide higher support to the private sector and NGOs.peer-reviewe

Preparatory Effects of Distractor Suppression: Evidence from Visual Cortex

Spatial selective attention is the mechanism that facilitates the selection of relevant information over irrelevant information in the visual field. The current study investigated whether foreknowledge of the presence or absence of distractors surrounding an impending target stimulus results in preparatory changes in visual cortex. We cued the location of the target and the presence or absence of distractors surrounding the target while changes in blood oxygen level dependent (BOLD) signals were measured. In line with prior work, we found that top-down spatial attention resulted in an increased contralateral BOLD response, evoked by the cue throughout early visual cortex (areas V1, V2 and V3). In addition, cues indicating distractor presence evoked a substantial increase in the magnitude of the BOLD signal in visual area V3, but not in V2 or V1. This study shows that prior knowledge concerning the presence of a distractor results in enhanced attentional modulation of visual cortex, in visual areas where neuronal receptive fields are large enough to encompass both targets and distractors. We interpret these findings as evidence that top-down attentional control processes include active preparatory suppression mechanisms for irrelevant, distracting information in the visual scene

Beliefs about the Minds of Others Influence How We Process Sensory Information

Attending where others gaze is one of the most fundamental mechanisms of social cognition. The present study is the first to examine the impact of the attribution of mind to others on gaze-guided attentional orienting and its ERP correlates. Using a paradigm in which attention was guided to a location by the gaze of a centrally presented face, we manipulated participants' beliefs about the gazer: gaze behavior was believed to result either from operations of a mind or from a machine. In Experiment 1, beliefs were manipulated by cue identity (human or robot), while in Experiment 2, cue identity (robot) remained identical across conditions and beliefs were manipulated solely via instruction, which was irrelevant to the task. ERP results and behavior showed that participants' attention was guided by gaze only when gaze was believed to be controlled by a human. Specifically, the P1 was more enhanced for validly, relative to invalidly, cued targets only when participants believed the gaze behavior was the result of a mind, rather than of a machine. This shows that sensory gain control can be influenced by higher-order (task-irrelevant) beliefs about the observed scene. We propose a new interdisciplinary model of social attention, which integrates ideas from cognitive and social neuroscience, as well as philosophy in order to provide a framework for understanding a crucial aspect of how humans' beliefs about the observed scene influence sensory processing

Electrophysiological correlates of attention networks in childhood and early adulthood

Attention has been related to functions of alerting, orienting, and executive control, which are associated with distinct brain networks. This study aimed at understanding the neural mechanisms underlying the development of attention functions during childhood. A total of 46 healthy 4–13-year-old children and 15 adults performed an adapted version of the Attention Network Task (ANT) while brain activation was registered with a high-density EEG system. Performance of the ANT revealed changes in the efficiency of attention networks across ages. While no differences were observed on the alerting score, both orienting and executive attention scores showed a more protracted developmental curve. Further, age-related differences in brain activity were mostly observed in early ERP components. Young children had poorer early processing of warning cues compared to 10–13-year-olds and adults, as shown by an immature auditory-evoked potential complex elicited by warning tones. Also, 4–6-year-olds exhibited a poorer processing of orienting cues as indexed by lack of modulation of the N1. Finally, flanker congruency produced earlier modulation of ERPs amplitude with age. Flanker congruency effects were delayed and more anteriorly distributed for young children, compared to adults who showed a clear modulation of the N2 in fronto-parietal channels. Additionally, interactions among attention networks were examined. Both alerting and orienting conditions modulated the effectiveness of conflict processing by the executive attention network. The Orienting×Executive networks interactions was only observed after about age 7. Results are informative of the neural correlates of the development of attention networks in childhood

Express Attentional Re-Engagement but Delayed Entry into Consciousness Following Invalid Spatial Cues in Visual Search

Background: In predictive spatial cueing studies, reaction times (RT) are shorter for targets appearing at cued locations (valid trials) than at other locations (invalid trials). An increase in the amplitude of early P1 and/or N1 event-related potential (ERP) components is also present for items appearing at cued locations, reflecting early attentional sensory gain control mechanisms. However, it is still unknown at which stage in the processing stream these early amplitude effects are translated into latency effects. Methodology/Principal Findings: Here, we measured the latency of two ERP components, the N2pc and the sustained posterior contralateral negativity (SPCN), to evaluate whether visual selection (as indexed by the N2pc) and visual-short term memory processes (as indexed by the SPCN) are delayed in invalid trials compared to valid trials. The P1 was larger contralateral to the cued side, indicating that attention was deployed to the cued location prior to the target onset. Despite these early amplitude effects, the N2pc onset latency was unaffected by cue validity, indicating an express, quasiinstantaneous re-engagement of attention in invalid trials. In contrast, latency effects were observed for the SPCN, and these were correlated to the RT effect. Conclusions/Significance: Results show that latency differences that could explain the RT cueing effects must occur after visual selection processes giving rise to the N2pc, but at or before transfer in visual short-term memory, as reflected by th

Pre-Stimulus Activity Predicts the Winner of Top-Down vs. Bottom-Up Attentional Selection

Our ability to process visual information is fundamentally limited. This leads to competition between sensory information that is relevant for top-down goals and sensory information that is perceptually salient, but task-irrelevant. The aim of the present study was to identify, from EEG recordings, pre-stimulus and pre-saccadic neural activity that could predict whether top-down or bottom-up processes would win the competition for attention on a trial-by-trial basis. We employed a visual search paradigm in which a lateralized low contrast target appeared alone, or with a low (i.e., non-salient) or high contrast (i.e., salient) distractor. Trials with a salient distractor were of primary interest due to the strong competition between top-down knowledge and bottom-up attentional capture. Our results demonstrated that 1) in the 1-sec pre-stimulus interval, frontal alpha (8–12 Hz) activity was higher on trials where the salient distractor captured attention and the first saccade (bottom-up win); and 2) there was a transient pre-saccadic increase in posterior-parietal alpha (7–8 Hz) activity on trials where the first saccade went to the target (top-down win). We propose that the high frontal alpha reflects a disengagement of attentional control whereas the transient posterior alpha time-locked to the saccade indicates sensory inhibition of the salient distractor and suppression of bottom-up oculomotor capture

The N2cc component as an electrophysiological marker of space-based and feature-based attentional target selection processes in touch

An electrophysiological correlate of attentional target selection processes in touch (N2cc component) has recently been discovered in lateralized tactile working memory experiments. This tactile N2cc emerges at the same time as the visual N2pc component, but has a different modality-specific topography over central somatosensory areas. Here, we investigated links between N2cc components and the space-based versus feature-based attentional selection of task-relevant tactile stimuli. On each trial, a pair of tactile items was presented simultaneously to one finger on the left and right hand. Target stimuli were defined by their location (e.g., left index finger; Spatial Attention Task), by a non-spatial feature (continuous versus pulsed; Feature-based Attention Task), or by a combination of spatial and non-spatial features (Conjunction Task). Reliable N2cc components were observed in all three tasks. They emerged considerably earlier in the Spatial Attention Task than in the Feature-based Attention Task, suggesting that space-based selection mechanisms in touch operate faster than feature-guided mechanisms. The temporal pattern of N2cc components observed in the Conjunction Task revealed that space-based and feature-based attention both contributed to target selection, which was initially driven primarily by spatial location. Overall, these findings establish the N2cc component as a new electrophysiological marker of the selective attentional processing of task-relevant stimuli in touch