The four panels labeled A through D are arranged in two rows and two columns. Each graph compares urban and rural probabilities across S E W values. The horizontal axes are labeled “S E W”, ranging from 1 to 7 in increments of 1 unit. The vertical axes are labeled “Probability” and range from 0.0 to 0.8 in increments of 0.2. Blue lines with circular markers represent urban values, and pink lines with circular markers represent rural values, as depicted by the legend at the right of each graph. Vertical error bars are shown for each point. Panel A is titled “Probability of Giving to Family”. Both urban and rural curves increase steadily as S E W rises. The urban curve begins near 0.08 at S E W 1 and rises to about 0.66 at S E W 7. The rural curve begins slightly higher near 0.09 and reaches about 0.67 at S E W 7. The increase becomes steeper after S E W 4. Error bars are moderate throughout the graph. Panel B is titled “Probability of Selling to Family”. The urban curve remains relatively flat, ranging from about 0.10 at S E W 1 to around 0.12 near S E W 4, then declining slightly to about 0.09 at S E W 7. The rural curve remains consistently higher than the urban curve, beginning near 0.22, peaking around 0.24 between S E W 2 and 4, and declining to about 0.16 at S E W 7. Error bars are largest at lower S E W values and gradually narrow toward higher values. Panel C is titled “Probability of Selling to Outsider”. Both curves decline steadily as S E W increases. The urban curve begins near 0.35 at S E W 1 and decreases to about 0.15 at S E W 7. The rural curve starts lower near 0.21 and declines to about 0.08 by S E W 7. The urban curve remains above the rural curve across all S E W values. Panel D is titled “Probability of Liquidating”. The urban and rural curves nearly overlap throughout the graph. Both begin near 0.50 at S E W 1 and decline steadily to around 0.12 by S E W 7. The decrease is linear, with similar error-bar sizes for both groups. Note: All numerical values are approximated.Effect of SEW and rural on the probability of exit options. Source: Authors’ own work
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