Scientia Silvae Sinicae ›› 2023, Vol. 59 ›› Issue (12): 13-24.doi: 10.11707/j.1001-7488.LYKX20210823
• Response and adaptation of spatial distribution of typical tree species to climate change • Previous Articles Next Articles
Yitong Liu1,2,Hui Guo1,Shunxiang Pei1,Sha Wu1,Di Wu1,Xuebing Xin1,*
Received:
2021-11-05
Online:
2023-12-25
Published:
2024-01-08
Contact:
Xuebing Xin
CLC Number:
Yitong Liu,Hui Guo,Shunxiang Pei,Sha Wu,Di Wu,Xuebing Xin. Regionalization and Rationality Analysis of Natural Acer truncatum in China Based on MaxEnt Model[J]. Scientia Silvae Sinicae, 2023, 59(12): 13-24.
Table 1
Ecological factor"
因子类型 Factor type | 生态因子 Ecological factor | 单位 Unit |
气候因子 Climate factor | 年平均温度 Annual mean temperature | ℃ |
昼夜温差月均值 Mean diurnal range(mean of monthly (max.temp. -min.temp.) | ℃ | |
等温性 Isothermality | ||
气温季节性变化标准差 Temperature seasonality | ||
最暖月最高温度 Max temperature of warmest month | ℃ | |
最冷月最低温度 Min temperature of coldest month | ℃ | |
年均温度变化范围 Temperature annual range | ℃ | |
最湿季平均温度 Mean temperature of wettest quarter | ℃ | |
最干季平均温度 Mean temperature of driest quarter | ℃ | |
最暖季平均温度 Mean temperature of warmest quarter | ℃ | |
最冷季平均温度 Mean temperature of coldest quarter | ℃ | |
年降水量 Annual precipitation | mm | |
最湿月降水量 Precipitation of wettest month | mm | |
最干月降水量 Precipitation of driest month | mm | |
降水量季节性变异系数 Precipitation seasonality (coefficient of variation) | ||
最湿季降水量 Precipitation of wettest quarter | mm | |
最干季降水量 Precipitation of driest quarter | mm | |
最暖季降水量 Precipitation of warmest quarter | mm | |
最冷季降水量 Precipitation of coldest quarter | mm | |
地形因子 Terrain factor | 海拔 Elevation | m |
坡度 Slope | ° | |
坡向 Aspect | ||
土壤因子 Soil factor | 表层土壤砂粒含量 Topsoil sand fraction | % |
表层土壤黏粒含量 Topsoil clay fraction | % | |
表层土壤粉粒含量 Topsoil silt fraction | % | |
表层土壤有机碳含量 Topsoil organic carbon | % | |
表层土壤阳离子交换量 Topsoil cation exchange capacity | cmol?kg?1 | |
表层土壤酸碱度 Topsoil pH | ||
表层土壤盐基饱和度 Topsoil base saturation | % | |
土壤有效含水量 Topsoil available water capacity | % | |
土壤参考深度 Refercence soil depth |
Table 2
Contribution rate of ecological factor to MaxEnt model simulation"
生态因子 Ecological factor | 模型 贡献率 Contribution rate of model(%) |
最干季平均温度 Mean temperature of driest quarter | 27.6 |
最湿季降水量 Precipitation of wettest quarter | 23.7 |
海拔 Elevation | 18.6 |
最干季降水量 Precipitation of driest quarter | 7.5 |
年平均温度 Annual mean temperature | 5.4 |
坡度 Slope | 4.0 |
表层土壤酸碱度Topsoil pH | 3.6 |
坡向 Aspect | 2.5 |
土壤有效含水量 Topsoil available water capacity | 1.4 |
最暖季平均温度 Mean temperature of warmest quarter | 1.3 |
表层土壤阳离子交换量 Topsoil cation exchange capacity | 1.3 |
表层土壤砂粒含量 Topsoil sand fraction | 1.2 |
表层土壤有机碳含量 Topsoil organic carbon | 1.0 |
昼夜温差月均值 Mean diurnal range(mean of monthly (max.temp.-min.temp.) | 0.5 |
最暖月最高温度 Max temperature of warmest month | 0.4 |
Table 3
Calculation results of suitable area of natural Acer truncatum in all provinces(autonomous regionsand municipalities)"
省(区、市) Province(autonomous regions and municipalities) | 高适生区 Favorable area/km2 | 中适生区 Moderate area /km2 | 低适生区 Marginal area /km2 | 适生区总面积 Total suitable area /km2 | 占全国适生区比 Proportion of suitable areas in China (%) |
内蒙古Inner Mongolia | 15 533 | 70 319 | 152 477 | 238 329 | 14.51 |
河北Hebei | 65 419 | 65 979 | 56 270 | 187 669 | 11.43 |
陕西Shaanxi | 23 242 | 87 830 | 78 481 | 189 553 | 11.54 |
吉林Jilin | 2 964 | 33 512 | 117 868 | 154 344 | 9.40 |
山西Shanxi | 27 115 | 68 839 | 56 083 | 152 037 | 9.26 |
山东Shandong | 45 286 | 62 719 | 42 124 | 150 129 | 9.14 |
辽宁Liaoning | 60 476 | 64 350 | 29 332 | 154 157 | 9.39 |
河南Henan | 23 344 | 41 863 | 57 495 | 122 702 | 7.47 |
黑龙江Heilongjiang | 5 | 2 159 | 81 983 | 84 147 | 5.12 |
甘肃Gansu | 273 | 24 946 | 59 035 | 84 253 | 5.13 |
四川Sichuan | 0 | 390 | 37 559 | 37 949 | 2.31 |
湖北Hubei | 0 | 365 | 24 521 | 24 886 | 1.52 |
北京Beijing | 12 509 | 3 780 | 963 | 17 252 | 1.05 |
宁夏Ningxia | 0 | 178 | 11 712 | 11 889 | 0.72 |
天津Tianjin | 1 599 | 4 566 | 5 495 | 11 660 | 0.71 |
江苏Jiangsu | 21 | 2 048 | 9 346 | 11 416 | 0.70 |
安徽Anhui | 6 | 1 196 | 7 916 | 9 117 | 0.56 |
重庆Chongqing | 0 | 8 | 748 | 756 | 0.05 |
全国适生区面积Total suitable area /km2 | 277 792 | 535 048 | 829 407 | 1 642 247 | 100 |
Table 4
Summary of the field investigation sample sites of natural Acer truncatum"
编号 Code | 地点 Location | 纬度 Latitude/ °N | 经度 Longitude/ ° E | 海拔 Elevation/ m | 适生等级 Suitable level | 生境 Habitat | 人为干扰 Human disturbances | 备注 Remarks |
1 | 内蒙古代钦塔拉 Daiqintala, Inner Mongolia | 45.22 | 121.67 | 224 | 中低适生区交汇处 Moderate and marginal area intersection | 草地,疏林 Grassland, sparse forest | 弱 Weak | 野生 Wild |
2 | 内蒙古乌旦塔拉 Wudantala, Inner Mongolia | 43.02 | 122.72 | 220 | 高适生区 Favorable area | 沙地,疏林 Sand, sparse forest | 弱 Weak | 野生 Wild |
3 | 内蒙古松树山 Songshushan, Inner Mongolia | 42.50 | 119.25 | 648 | 高适生区 Favorable area | 沙地,疏林 Sand, sparse forest | 弱 Weak | 野生 Wild |
4 | 内蒙古阿尔山 Arshan, Inner Mongolia | 47.21 | 120.35 | 1 210 | 非适生区 Unsuitable area | — | — | 未发现 Not found |
5 | 内蒙古阿鲁科尔沁 Alukeerqin, Inner Mongolia | 44.31 | 119.60 | 704 | 低适生区 Marginal area | — | — | 未发现 Not found |
6 | 内蒙古正蓝旗 Zhenglanqi, Inner Mongolia | 43.09 | 116.06 | 1 294 | 非适生区 Unsuitable area | — | — | 未发现 Not found |
7 | 内蒙古科右前旗 Keyou Qianqi, Inner Mongolia | 46.35 | 120.69 | 702 | 非适生区 Unsuitable area | — | — | 未发现 Not found |
8 | 内蒙古和林格尔 Helingeer, Inner Mongolia | 40.48 | 111.81 | 1 152 | 低适生区 Marginal area | — | — | 未发现 Not found |
9 | 内蒙古察哈尔右翼中旗 ChahaerYouyizhongqi, Inner Mongolia | 41.14 | 112.53 | 1 939 | 非适生区 Unsuitable area | — | — | 未发现 Not found |
10 | 内蒙古阿拉善左旗 Alxa Zuoqi, Inner Mongolia | 38.88 | 105.68 | 1 540 | 非适生区 Unsuitable area | — | — | 人工栽培 Cultivation |
11 | 辽宁彰武 Zhangwu, Liaoning | 42.83 | 122.48 | 253 | 高适生区 Favorable area | 沙地,疏林 Sand, sparse forest | 中度 Moderate | 野生 Wild |
12 | 辽宁法库 Faku, Liaoning | 42.65 | 123.75 | 113 | 高中适生区交汇处 Favorable and moderate confluence | 沙地,疏林 Sand, sparse forest | 中度 Moderate | 野生 Wild |
13 | 辽宁葫芦岛 Huludao, Liaoning | 40.8 | 119.9 | 562 | 高适生区 Favorable area | 路边,疏林 Sand, sparse forest | 中度 Moderate | 野生 Wild |
14 | 河北平泉 Pingquan, Hebei | 40.84 | 118.77 | 620 | 高适生区 Favorable area | 山地,疏林 Sand, sparse forest | 弱 Weak | 野生 Wild |
15 | 河北雾灵山 Wulingshan, Hebei | 40.56 | 117.51 | 1 260 | 高适生区 Favorable area | 山地,疏林 Hilly area, sparse forest | 弱 Weak | 野生 Wild |
16 | 北京八达岭 Badaling, Beijing | 40.34 | 116.00 | 600 | 高适生区 Favorable area | 路边,疏林 Wayside, sparse forest | 极强 Extremely strong | 人工栽培 Cultivation |
17 | 北京小龙门 Xiaolongmen, Beijing | 39.97 | 115.45 | 1 120 | 高适生区 Favorable area | 山地,疏林 Hilly area, sparse forest | 弱 Weak | 野生 Wild |
18 | 山东郯城 Tancheng, Shandong | 34.71 | 118.49 | 49 | 中适生区 Moderate area | — | — | 未发现 Not found |
19 | 山东泰山 Taishan, Shandong | 36.27 | 117.10 | 305 | 高适生区 Favorable area | 路边,疏林 Wayside, sparse forest | 中度 Moderate | 野生 Wild |
20 | 山东济宁 Jining, Shandong | 35.77 | 117.7 | 498 | 高适生区 Favorable area | 路边,疏林 Wayside, sparse forest | 中度 Moderate | 野生 Wild |
21 | 山西中条山 Zhongtiaoshan, Shanxi | 35.42 | 111.49 | 790 | 高适生区 Favorable area | 山地,疏林 Hilly area, sparse forest | 弱 Weak | 野生 Wild |
22 | 山西石膏山 Shigaoshan, Shanxi | 36.50 | 111.83 | 802 | 高适生区 Favorable area | 山地,疏林 Hilly area, sparse forest | 弱 Weak | 野生 Wild |
23 | 陕西华阴 Huayin, Shaanxi | 34.53 | 110.08 | 353 | 高中适生区交汇处 Favorable and moderate area intersection | 路边,疏林 Wayside, sparse forest | 中度 Moderate | 野生 Wild |
24 | 陕西永寿 Yongshou, Shaanxi | 34.87 | 108.18 | 1 005 | 高中适生区交汇处 Favorable and moderate area intersection | 路边,疏林 Wayside, sparse forest | 中度 Moderate | 野生 Wild |
25 | 宁夏六盘山 Liupanshan, Ningxia | 35.49 | 106.27 | 1 660 | 低适生区 Marginal area | — | — | 未发现 Not found |
26 | 河南济源 Jiyuan, Henan | 35.15 | 112.12 | 605 | 高适生区 Favorable area | 路边,疏林 Wayside, sparse forest | 中度 Moderate | 野生 Wild |
27 | 四川九寨沟 Jiuzhaigou, Sichuan | 33.27 | 103.92 | 2 060 | 非适生区 Unsuitable area | 路边,疏林 Wayside, sparse forest | 极强 Extremely strong | 人工栽培 Cultivation |
28 | 湖北大洪山 Dahongshan, Hubei | 31.52 | 112.81 | 721 | 非适生区 Unsuitable area | 山地,疏林 Hilly area, sparse forest | 强 Strong | 人工栽培 Cultivation |
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