Next death · average-rate clockminutes:seconds remaining in this repeating cycle
One death every 638.61 seconds on average.
EVERY LIFE COUNTSAverage-rate illustration Not a live report
Next suicide · average-rate clockhours:minutes:seconds remaining in this repeating cycle
One death every 100,903.54 seconds on average.
EVERY LIFE COUNTSAverage-rate illustration Not a live report
Published average intervals; enable JavaScript for repeating countdowns.
Libya · WHO 2023 · 1/1 countries. Annual totals ÷ seconds in the source year set the rate. These are illustrative averages, not real-time death reports or predictions. The death clock includes all causes, including deaths that cannot currently be prevented. Sources & calculation ↗
Middle East, North Africa, Afghanistan & Pakistan · UN member
LibyaLBYA healthier future.
Libya’s health dashboard connects the latest available evidence with a shared horizon: zero suicide, zero needless suffering, zero poverty, and longer healthy lives.
North-star health score · v2—
Required recent goal or foundation data missing
Life expectancy71.1
Years · 2024
Healthy life expectancy58.9
Years · 2023
Indicator coverage48 / 52
Dated numerical series · 1 source-context notes.
Inspect Libya’s score components
Version 2 is a deliberately demanding editorial measure of distance to the north stars, not an official WHO/UN index or the percentage of people who are healthy. Strong services cannot cancel out ongoing suicide, health loss, or extreme poverty. At least 9 of 12 core measures and all three recent zero-harm inputs are required. Missing inputs suppress the final score, rather than implying success. Health loss is a proxy broader than avoidable suffering; the $3.00/day measure covers extreme poverty, not every form of deprivation. Lower scores under this new method are a recalibration, not evidence of deterioration.
Measure
Year
Value
Foundation component score
Life expectancy
2024
71.1
52.8
Under-five mortality
2024
9.8
90.2
Maternal mortality
2023
59
88.2
Suicide mortality
2021
5
80
Premature chronic-disease mortality
2021
19.8
43.4
Tuberculosis incidence
2024
63
87.4
Child stunting
2022
7.9
84.2
Essential health-service coverage
2023
71
71
DTP immunization
2024
86
86
Safely managed sanitation
2024
21.7
21.7
Fine-particle air pollution
2023
20
72.7
Zero suicide
4.28 deaths per 100,000 people · 2023
Score multiplier ×0.539
Zero needless suffering
0.392 DALYs per person; health-loss proxy · 2023
Score multiplier ×0.203
Zero poverty
Recent comparable input missing
Final score withheld
A deliberately demanding measure of distance to the goals. Version 2 changes the method, not the underlying observations. Health loss is not all needless suffering; the poverty input measures extreme poverty. See the formula and limits ↗
WHO modeled all-cause estimates; same release and reference year. These four measures overlap and must not be added. DALYs quantify health loss, not every form of suffering. An equivalent lifetime is a unit conversion, not a person saved. All-cause deaths include deaths that cannot currently be prevented; 100% is an arithmetic ceiling.
Mint traces measured observations. Gold marks numerical goals. Lines connect available observations, which can be years apart. Non-numerical goals are explained in each card. Historical figures, model caveats and source-backed status notes stay visible. A gap is an invitation to improve measurement.
52 indicators
outcomes2024
Life expectancy
71.1 years
✦
North star
90 years of life, with health and dignity
Unified Nations aspirational north star
Expected lifespan at birth under the year’s mortality patterns.
Source, limitations & data
Period measure, not a prediction for an individual. National averages conceal inequalities.
Victims of intentional homicide per 100,000 people.
Source, limitations & data
UNODC-based estimates. Reporting and conflict-death definitions vary.
WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
Source interval 1–3.62. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2020
2.2
Source interval 1.12–3.58. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2019
2.2
Source interval 1.11–3.74. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2018
2.3
Source interval 1.88–2.61. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2017
2.5
Source interval 2.04–2.73. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2016
2.5
Source interval 2.01–2.85. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2015
2.5
Source interval 2.22–2.63. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2014
2.6
Source interval 2.31–2.69. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2013
2.7
Source interval 1.42–4.3. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2012
2.8
Source interval 2.24–3.13. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2011
2.8
Source interval 1.52–4.61. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2010
2.9
Source interval 1.61–4.87. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2009
3.1
Source interval 1.71–5.05. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2008
3.2
Source interval 1.88–5.16. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2007
3.3
Source interval 1.91–5.48. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2006
3.5
Source interval 1.98–5.69. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2005
3.6
Source interval 2.09–5.83. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2004
3.7
Source interval 2.12–5.88. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2003
3.8
Source interval 2.15–5.95. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2002
3.9
Source interval 2.16–6.02. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2001
3.9
Source interval 2.15–6.06. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
2000
4
Source interval 2.12–6.18. WHO model, both sexes, all ages; 2000–2021. Uses death registration, UNODC and GBD inputs; differs from the UNODC administrative series used elsewhere. Do not treat cross-source differences as changes in crime.
outcomes2021
Premature chronic-disease mortality
19.8 % probability ages 30–70
✦
North star
End avoidable premature deaths from major chronic diseases
Unified Nations aspirational north star
Probability of dying between ages 30 and 70 from cardiovascular disease, cancer, diabetes or chronic respiratory disease.
Source, limitations & data
Not a death rate or all chronic diseases. Cannot multiply by population to produce annual deaths.
No applicable national at-risk incidence rate was found. Non-relevant source zeros and malaria-free status are not treated as numerical incidence estimates.
✦
North star
End malaria
Unified Nations aspirational north star
Estimated new malaria cases per 1,000 people at risk.
Source, limitations & data
At-risk population differs from total population. No observation is not zero or proof of elimination.
Contextual north star; no universal numerical optimum
Annual total alcohol consumption per person age 15+.
Source, limitations & data
WHO modeled/projected estimate includes recorded and estimated unrecorded consumption, adjusted for tourism; not a measure of distribution or dependence.
Children under five whose births have been registered with a civil authority.
Source, limitations & data
Survey or administrative coverage may differ; registration does not establish complete vital statistics.
Under-five national birth registration; Libya MICS 2024–25 and Malaysia national registration department. Age-subgroup rows and China household-registration (hukou) proxy are excluded.
MICS 2024-25 While trend data are available, changes in the indicator definitions, age groups covered, as well as the measures and questions used to collect the information have changed over time. These factors affect the comparability of available data sources and require careful review and assessment in order to accurately and reliably draw conclusions about trends over time for most countries. For this reason, trend data for this indicator are not included in UNICEF global databases.
No indicators match this filter.
A starting agenda for Libya
Turn the goals into work.
This is a public-health agenda to adapt with local communities and professionals. Completion alone does not establish a quantified effect.
Prevent avoidable deaths
Protect life at every stage.
Expand timely, respectful maternal and newborn care.
Close gaps in routine vaccination and disease prevention.
Strengthen suicide prevention, mental-health care, and follow-up.
Reduce road injuries, violence, and avoidable chronic-disease deaths.
