- •Interdisciplinary approach and connections
- •Areas and objects of safety
- •Information
- •Time Space
- •Combination
- •Individual risk of human death is 10-6
- •Vibration,...
- •Xgtreamflow
- •'Sustainable' development
- •Self-study 2.1.
- •Predicting earthquakes...
- •Vrancea
- •8 Баллов (6—6,9) — трещины на
- •Self-study 2.2.
- •Inverse barometer applied and seasonal signals removed.
- •Aviation and environment
- •Vibration,...
- •Inorganic
- •Weber-Fechner law
- •Visual system
- •Inner limiting f membrane '
- •Pupil зрачок
- •1. Binocularity provides
- •Aftersensation of the eye: 0,1...0,25 sec
- •Adaptation
- •Increased
- •Frequency, Hz
- •Industrial equipment
- •1. Nature of radioactivity. Ionizing radiation iRadiation is a form of energy I
- •Natural radioactivity (nr)
- •Can t penetrate the dead outer layer of skin
- •Tissue weighting factor
- •Sievert
- •Industrial detectors
- •Уранові провінції
- •Ар of 90Бг роПигіоп, 2006
- •The whole body
- •4. Radiation damai
- •Ions of ir
- •Indirect
- •4. Radiatio
- •Iological radiation effects
- •5. Radi Radiation safety principles Justification: no unnecessary use of radiation is permitted, the advantages must outweigh the disadvantages.
- •Limitation: Each individual must be protected against risks that are far too large through individual radiation dose limits.
- •Optimization: Radiation doses should all be kept as low as reasonably achievable.
- •5. Radi
- •2 Rescue breaths
- •If you have any doubt whether breathing is normal,
- •Interlock fingers & avoid putting pressure on the side of the chest
- •30 Chest
- •If victim starts to breathe normally place in recovery position
- •30 Chest compressions
- •2 Rescue breaths 30 compressions
- •1/3 Of the depth of the chest
- •6.2. First Aid for life threatening medical emergencies
- •If the scene is safe, enter the scene & give care
- •First aid for broken bone: splint -for transportation
- •Intensely painful, especially if you try to use the joint
- •Visibly out of place, discolored, or misshapen
- •CouLiOAbHi hc 8%
- •NpnpOaHi hc 35%.
- •Violation of fire prevention rules;
- •1. Water makes basic effect of extinguishing that's
- •Operating your extinguisher
- •1. Thermal, 2.Smoke, 3.Light and 4.Combined.
- •Fire Evacuation Procedures (1-3)
- •Fire Evacuation Procedures (4-5)
- •Fire Evacuation Procedures (6-8)
ГОСТ
12.0.002-80
Physical
Chemical
Biological
/
^
>
Psycho
physiological
.[її
і
Temperature,
pressure,
electricity,
radiation,
noise,
Vibration,...
Organic
and
inorganic
matter
Macro- and microorganisms
Stress,
distress,
emotions,
Types of environment
Natural (Biosphere): biotic+ abiotic
Socio-political
Technogenic
Occupational Anthropogenic
Living
Urbanized
Eduard
Suess, geologist
Biosphere
Atmosphere
Pressure
(mb)
0 200 400 600 800 1000 1200
Hydrosphere
Saline water -97.5%
69% - ice and snow
Fresh water -2.5% 30% -fresh groundwater
0.3% - lakes and river systems
Hydrological cycle
Advecton
Sublimation
Snow
Rain
Condensation
Advecton
Snow
& Glaciers
Melt
Runoff
Evapotranspiration
Evaporat on
Lake
Stream"
Ocean
Percolation
I
I
j
lnlillrp
Ov«lL Fbw
“son
Xgtreamflow
Groundwater Flow
Crust
0-100 km thick
Not to scale
6378
km
To scale
Pedosphere (soil)
Lithosphere {crust and uppermost solid mantle)
Mantle
Noosphere
Vladimir Vernadsky
«Biosphere», 1926
«Some words about the noosphere», 1944
Teilhard de Chardin,
«Cosmogenesis», 1922
Succession
of phases of development of the Earth
'Sustainable' development
• The dimensions of sustainability
'Club
of Rome', March 1972 Report "Limits to Growth" Dennis,
Donella Meadows
Sustainable development is a development which meets the needs of current generations without compromising the ability of future generations to meet their own needs
Global
challenges
Sustainable
development
and
climate change
Global
ethics
Clean
water
Science
and
Population
technology
and
resources
Energy
Democratization
Transnational
Long-term
rganized
crime
perspectives
Status
of
women
Global
convergence
of
IT
Peace
and conflict
Rich
-
poor
gap
Capacity
to decide
Health
issues
Self-study 2.1.
• Learn the main problems of the technogenic and socio-political environment [1]
Literature:
[1] Желібо Є.П., Заверуха Н.М., Зацарний В.В. Безпека життєдіяльності. Навчальний посібник / За ред. Є.П. Желібо. 6-е вид. - К.: Каравела, 2008. -344 с.
Topic 2.2. Natural hazards Topic 2.3. Techno-natural hazards
Meteorological hazards (atmosphere)
Topological (above ground)
Lithospheric (plate tectonics)
IIIINatural disasters kill
approximately
250,000 people every year.
Tropical Storms
Hurricanes
Blizzards
Cyclones
Droughts
Hailstorms
Heat waves
and other meteorological disasters
*
Ka rst
*Mud flow
* Snow slide
- -
Sinkhole
Sinking
stream
Underground
drainage^
*
Fl
Volcanic eruptions
Earthquakes
Tsunami
Volcanoes
and earthquakes
Warning
signs
Monitoring
techniques
Hundreds
of small earthquakes are caused as magma rises up through
cracks in the Earth's crust.
Seismometers
are used to detect earthquakes.
Temperatures
around the volcano rise as activity increases.
Thermal
imaging techniques and satellite cameras can be used to detect
heat around a volcano.
When a volcano is close to erupting it starts to Gas samples may be taken release gases. The higher the sulfur content of and chemical sensors used to these gases, the closer the volcano is to measure sulfur levels,
erupting.
