立陶宛

位置

Geographical region: 北欧, 欧洲
SDG区域: SDG 欧洲和北美洲

Land

Total area: --- km²
Land area: 62,600 km²(2023)
Land use by sector: 46% agriculture, 35% forest and 19% other (2023)

People

Total population: 2,888,278 people (2024)
Population density: 45 people per km² (2022)
Urbanisation: 69% lives in urban areas and 31% lives in rural areas (2024)

经济

Total GDP: 136,226,690,610 USD per year (2024)
GDP per capita: 47,165 USD per year (2024)
Value added by sector: 3% from agriculture, 64% from services and 23% from industry (2024)

SDG 6概况位于立陶宛

饮用水
97 % 的立陶宛人口使用得到安全管理的饮用水服务（SDG指标6.1.1，2024）
环境卫生
96 % 的立陶宛人口使用得到安全管理的环境卫生设施服务（SDG指标6.2.1a，2024）
个人卫生
--- % 的立陶宛人口家里有配备肥皂和水的洗手设施（SDG指标6.2.1b，2024）
废水
96 % 的立陶宛家庭废水得到安全处理（SDG指标6.3.1，2024）
水质
22 % 的立陶宛受监测水体具有良好的环境水质（SDG指标6.3.2，2023）
效率
179 $/m<sup>3</sup> 是指立陶宛人口和经济用水所产生的增加值（SDG指标6.4.1，2022）
用水紧张度
1.8 % 的立陶宛可再生水资源正在被抽取（在考虑到环境需水量后）（SDG指标6.4.2，2022）
水资源管理
61 % 是指立陶宛水资源综合管理的实施程度（SDG指标6.5.1，2023）
跨界
34 % 的跨界流域制定有水合作业务安排（SDG指标6.5.2，2023）
生态系统
6.3 % 的立陶宛河流流域的地表水覆盖地区正在经历迅速变化（SDG 6指标6.6.1，2022）
合作
n/a 是指立陶宛在2022收到的与水和环境卫生有关的官方发展援助的数额（SDG指标6.a.1）
参与
+ 是指立陶宛社区参与程度较高的子部门（共6个）平均数（SDG指标6.b.1，2017）

饮用水

6.1.1 使用得到安全管理的饮用水服务的人口比例 in 立陶宛, progress over time

6.1.1 使用得到安全管理的饮用水服务的人口比例 in 立陶宛, by service level and location (2024)

环境卫生和个人卫生

6.2.1a 使用得到安全管理的环境卫生设施服务的人口比例 in 立陶宛, progress over time

6.2.1a 使用得到安全管理的环境卫生设施服务的人口比例 in 立陶宛, by service level and location (2024)

6.2.1b 家里有配备肥皂和水的洗手设施的人口所占的比例 in 立陶宛, by service level and location (2024)

Water quality and wastewater

6.3.1 （安全）处理废水的比例 in 立陶宛, by source (2021-2022)

Change in 6.3.1 （安全）处理废水的比例 > 家庭废水 in 立陶宛, between 2022 and 2024, compared to other countries (and areas) in 北欧

立陶宛的6.3.2 Proportion of bodies of water with good ambient water quality（2023），与该区域其他国家（和地区）相比

Water use and scarcity

Water resources and withdrawal in 立陶宛, total and per capita

Long-term average annual precipitation in depth: 656 (mm/year) (2020)

Renewable water resources: 8,478 m3 per capita (2017)

Water withdrawal: 958 m3 per capita (2017)

Environmental flow requirements: % of the renewable water resources ()

6.4.2 用水紧张度：淡水汲取量占可用淡水资源的比例 in 立陶宛, change over time, compared to other countries (and areas) in the region

6.4.1 按时间列出的用水效率变化 in 立陶宛, by sector (2020)

Water-use efficiency for ‘Agriculture, forestry and fishing’ only takes into account the proportion of gross value added that comes from irrigated agriculture, since that activity is associated with water withdrawal (other activities are rain-fed).

6.4.1 按时间列出的用水效率变化 in 立陶宛, progress over time, compared to other countries (and areas) in the region

水资源管理

6.5.1 水资源综合管理的执行程度（0-100） in 立陶宛, progress over time, by dimension

Very low (0-10) – Low (11-30) – Medium-low (31-50) – Medium-high (51-70) – High (71-90) – Very high (91-100)

6.5.2 制定有水合作业务安排的跨界流域的比例 in 立陶宛, progress over time, by component

Very low (0-10) – Low (11-30) – Medium-low (31-50) – Medium-high (51-70) – High (71-90) – Very high (91-100)

Change in permanent surface water extent compared to baseline period 2000-2019, in Lithuania and other countries (and areas) in 北欧 (data from 2017-2022)

Extent of water-related ecosystems in Lithuania and change compared to baseline period 2000-2019, by ecosystem type (data from 2017-2021)

The total extent of water-related ecosystems in Lithuania is 1,203 square kilometres, representing 1.9 % of its land area. The total extent of water-related ecosystems is made up of 1.4 % permanent lakes and rivers, 0.46% seasonal lakes and rivers, 0.083 % reservoirs, 0 % inland vegetated wetlands and 0 % mangroves.

With the broad definition of wetlands used by the Ramsar Convention, Lithuania has --- square kilometres of natural wetlands and --- square kilometres of human made wetlands.

Proportion of large lakes with high change in turbidity and trophic state in Lithuania compared to baseline period 2006-2019 (data from 2017-2021)

In Lithuania there are --- large lakes that are monitored, of which 32 % has a high increase in turbidity and 0 % has a high increase in trophic state, compared to the baseline period. Turbidity and trophic state are signs of water pollution and overfertilization.

15.1.2 Proportion of important sites for biodiversity that are covered by protected areas in Lithuania and other countries (and areas) in 北欧, by ecosystem type (data from 2021)

立陶宛

位置

Land

People

经济

下载概况

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饮用水

环境卫生

个人卫生

废水

水质

效率

用水紧张度

水资源管理

跨界

生态系统

合作

参与