林业科学 ›› 2023, Vol. 59 ›› Issue (8): 102-111.doi: 10.11707/j.1001-7488.LYKX20230134
王莹,江红星*,陈丽霞,王艺璇,高彤
收稿日期:
2023-04-06
出版日期:
2023-08-25
发布日期:
2023-10-16
通讯作者:
江红星
基金资助:
Ying Wang,Hongxing Jiang*,Lixia Chen,Yixuan Wang,Tong Gao
Received:
2023-04-06
Online:
2023-08-25
Published:
2023-10-16
Contact:
Hongxing Jiang
摘要:
目的: 对比分析丰水年和平水年鄱阳湖越冬白鹤的移动模式与栖息地利用,为越冬白鹤的保护和适应性管理提供科学依据。方法: 依据鄱阳湖星子站水位监测数据和湖区白鹤自然食物苦草块茎生物量,将2016年、2017年和2020年、2021年界定为丰水年W1组和W3组,将2018年、2019年界定为平水年W2组。基于2016—2022年13只卫星跟踪白鹤的越冬期定位数据,利用ArcGIS 10.7空间分析功能,对比分析丰水年和平水年越冬期以及越冬不同阶段的白鹤移动距离、活动区面积和栖息地利用的差异。结果: 1)从越冬白鹤的移动模式来看,平水年组越冬期和越冬中期的移动距离均显著小于丰水年组。2)丰水年合并组的不同越冬阶段的90%KDE(Kernel density estimator)(核密度估计法)活动区面积均显著大于平水年W2组,丰水年W1组越冬中期90%和50%KDE活动区面积均显著大于平水年W2组和丰水年W3组。3)从栖息地的利用率来看,平水年越冬期白鹤日间湿地利用率高达89.0% ± 12.3%(n = 9);丰水年组白鹤在越冬期以及越冬前期和中期的日间农田利用率显著高于平水年组,湿地利用率显著低于平水年组。2个丰水年组之间的白鹤农田和湿地利用率无显著差异。白鹤的夜间湿地利用率在平水年越冬期为94.9% ± 8.7%(n = 9),而在丰水年越冬期为84.5% ± 18.4%(n = 15);丰水年W1组和合并组的白鹤越冬中期夜间农田利用率显著高于平水年组。结论: 在丰水年,白鹤通过增加移动距离、活动区面积以及农田栖息地利用比例来应对水位提高造成的食物短缺,来满足自身能量需求和提高适合度。在平水年,自然湿地是鄱阳湖越冬白鹤的主要觅食地和夜宿地。在丰水年,尽管白鹤的日间农田栖息地利用达到50%左右,但夜间仍主要利用自然湿地。加强自然湿地适应性管理,以提高不同水文条件下湿地的功能和恢复力,可确保鄱阳湖白鹤越冬种群的健康安全。
中图分类号:
王莹,江红星,陈丽霞,王艺璇,高彤. 不同水位条件下鄱阳湖越冬白鹤的移动模式与栖息地利用[J]. 林业科学, 2023, 59(8): 102-111.
Ying Wang,Hongxing Jiang,Lixia Chen,Yixuan Wang,Tong Gao. Movement Pattern and Habitat Utilization of Siberian Cranes Wintering in Poyang Lake under Different Water Levels[J]. Scientia Silvae Sinicae, 2023, 59(8): 102-111.
表1
2016—2021年越冬期鄱阳湖白鹤卫星跟踪信息"
年份 Year | 编号 Code | 迁到日期 Arrival date | 迁离日期 Departure date | 越冬天数 Wintering duration/d | 有效位点数 Number of valid locations |
2016 | SC4 | 2016?11?26 | 2017?03?27 | 121 | 980 |
SC5 | 2016?11?28 | 2017?03?19 | 111 | 654 | |
2017 | SC6 | 2017?11?19 | 2018?03?10 | 111 | 1 108 |
SC7 | 2017?11?16 | 2018?02?22 | 98 | 2 050 | |
SC8 | 2017?11?17 | 2018?03?22 | 125 | 2 942 | |
SC9 | 2017?11?16 | 2018?03?09 | 113 | 2 701 | |
SC10 | 2017?12?17 | 2018?05?17 | 151 | 2 881 | |
2018 | SC6 | 2018?12?06 | 2019?03?10 | 94 | 678 |
SC9 | 2018?11?21 | 2019?03?12 | 111 | 2 313 | |
SC13 | 2018?12?17 | 2019?03?12 | 85 | 143 | |
SC14 | 2018?11?26 | 2019?04?01 | 126 | 1 715 | |
2019 | SC9 | 2019?11?15 | 2020?03?15 | 121 | 1 762 |
SC13 | 2019?11?17 | 2020?03?15 | 119 | 543 | |
SC14 | 2019?11?05 | 2020?04?08 | 155 | 2 381 | |
SC15 | 2019?11?05 | 2020?04?04 | 151 | 3 544 | |
SC16 | 2019?11?29 | 2020?04?15 | 138 | 3 301 | |
2020 | SC9 | 2020?11?14 | 2021?03?24 | 130 | 2 910 |
SC13 | 2020?11?25 | 2021?03?24 | 119 | 90 | |
SC14 | 2020?11?30 | 2021?03?14 | 104 | 1 130 | |
SC16 | 2020?11?10 | 2021?04?09 | 150 | 2935 | |
SC17 | 2020?11?10 | 2021?03?15 | 125 | 2 673 | |
2021 | SC9 | 2021?11?12 | 2022?03?29 | 137 | 2 317 |
SC17 | 2021?11?20 | 2022?03?28 | 128 | 2 855 | |
SC18 | 2021?11?12 | 2022?03?29 | 137 | 3 037 |
图4
不同水位年组白鹤的日间栖息地利用比例 a:整个越冬期 In the whole winter period. b:越冬前期 In early winter period. c:越冬中期 In middle winter period. d:越冬后期 In later winter period. 箱体的上下底,分别代表上四分位数和下四分位数;箱体中间线表示平均值;箱体上下边缘线分别代表最大值和最小值。Box plot explanation: upper box boundary, 75th percentile; lower box boundary, 25th percentile; horizontal bar within box, mean; upper horizontal bar outside box, maximum; lower horizontal bar outside box, minimum. ontal bar within box, mean; upper horizontal bar outside box, maximum; lower horizontal bar outside box, minimum. ***:P < 0.001; **:P < 0.01; *:P < 0.05."
图5
白鹤在不同水位年组的夜间栖息地利用比例 a:整个越冬期in the whole winter. b:越冬前期in early winter period. c:越冬中期in middle winter period. d:越冬后期in later winter period. 箱体的上下底,分别代表上四分位数和下四分位数;箱体中间线表示平均值;箱体上下边缘线分别代表最大值和最小值。Box plot explanation: upper box boundary, 75th percentile; lower box boundary, 25th percentile; horizontal bar within box, mean; upper horizontal bar outside box, maximum; lower horizontal bar outside box, minimum. ***:P < 0.001; **:P < 0.01; *:P < 0.05."
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