Top Tweets for #TemperatureFluctuations

9 months ago

रात्री थंडी आणि दुपारी उन्हाचे चटके पुणेकरांची झाली चिडचिड... . . . #puneweather #temperaturefluctuations #hotdayscoldnights #WeatherMoodSwings #punerilife

TV9Marathi's tweet photo. रात्री थंडी आणि दुपारी उन्हाचे चटके पुणेकरांची झाली चिडचिड...
.
.
.
#puneweather #temperaturefluctuations #hotdayscoldnights #WeatherMoodSwings #punerilife https://t.co/osl5QCEwGH

213

Stefan F. Wirth

@wirthstef

over 1 year ago

#Human #colonies on #Mars: the advantages and disadvantages, and theoretical solutions. Mars is our closest neighbor, which, unlike Venus, is further away from the sun than Earth. Mars has a thin #atmosphere, is prone to extreme #temperaturefluctuations, and is exposed to intense #solarradiation due to its thin atmospheric conditions. Nevertheless, it is significantly more #hospitable than Venus and, due to its proximity to Earth, is the only candidate for the establishment of a #humancolony in the near #future. There are several reasons why a colony on our neighboring #planet is being considered important. Firstly, terrestrial #resources are limited, but Mars has raw materials that could be useful to us. Underground #oredeposits are suspected on the planet, and #sulfur, #phosphorus and #rareearths can also be mined. The thin Martian atmosphere contains, among other gases, #hydrogen, and the polar regions contain #waterice. A #Marscolony could therefore, for example, generate hydrogen-based #energy. On the other hand, #globalwarming and the exploitation of earthly resources have led to human colonies in #space being viewed as a kind of alternative in the event that the #Earth becomes increasingly uninhabitable. Astrophysicist Stephen Hawking argued that humanity should use the shortest possible window of opportunity to establish colonies in space in order to secure its future in the event of a nuclear disaster on Earth and in the increasing event of progressive global warming. His less than rosy assessment of humanity's future on Earth is partly responsible for the immediate initiation of measures to enable space colonization in the near future. Contrary to original plans, the first step in this process is not the colonization of our neighboring planet, but rather the colonization of our #moon. This has several advantages: we already know from history that humans can be on the moon; and due to its proximity to Earth, the travel distance is relatively short; and future #Marsmissions will also benefit from being able to use the moon and the energy resources obtained there as a helpful stopover before continuing on to Mars. NASA's #Artemis 1-3 missions are designed to establish a colony on the moon. Indirectly, however, they also initiated first measurements for the establishment of future Mars manned Mars missions and colonies. In his paper "Towards sustainable horizons: A comprehensive #blueprint for Mars colonization," author F. Neukart (2024) provides an overview of the problems and opportunities associated with establishing a Mars colony. How should people cope with radiation exposure and temperature fluctuations on site? Why is it more efficient to utilize the resources opportunities Mars offers through humans on site rather than through missions controlled from Earth? The paper addresses the technical challenges that Mars settlers will face, such as the production of #Martianconcrete, which could use local sulfur as a binding agent. Survival strategies for food production and energy generation are also discussed, for example, using #aeroponics and algae #bioreactors. #Medicalchallenges, which could place a significant physical and psychological strain on Martians, are also not neglected. The #images in the appendix are my creations, generated using AI assistance. They are inspired by Earth-based experiments, such as #Biosphere2 in Arizona, a closed system with the potential to produce all vital resources itself. However, that experiment failed in two attempts with human inhabitants. Therefore, it cannot be ruled out that Mars colonies will not be built like large greenhouse domes on the Martian surface, but may have to be constructed in a completely different form below the Martian surface. This my pictures are only pure speculation. © #StefanFWirth Berlin 2025 Reference: F. Neukart (2024): https://t.co/lkxomKoN1x Pictures: © Stefan F. Wirth, AI assisted, Berlin 2025

wirthstef's tweet photo. #Human #colonies on #Mars: the advantages and disadvantages, and theoretical solutions.

Mars is our closest neighbor, which, unlike Venus, is further away from the sun than Earth. Mars has a thin #atmosphere, is prone to extreme #temperaturefluctuations, and is exposed to intense #solarradiation due to its thin atmospheric conditions. Nevertheless, it is significantly more #hospitable than Venus and, due to its proximity to Earth, is the only candidate for the establishment of a #humancolony in the near #future.

There are several reasons why a colony on our neighboring #planet is being considered important. Firstly, terrestrial #resources are limited, but Mars has raw materials that could be useful to us. Underground #oredeposits are suspected on the planet, and #sulfur, #phosphorus and #rareearths can also be mined. The thin Martian atmosphere contains, among other gases, #hydrogen, and the polar regions contain #waterice. A #Marscolony could therefore, for example, generate hydrogen-based #energy. On the other hand, #globalwarming and the exploitation of earthly resources have led to human colonies in #space being viewed as a kind of alternative in the event that the #Earth becomes increasingly uninhabitable.

Astrophysicist Stephen Hawking argued that humanity should use the shortest possible window of opportunity to establish colonies in space in order to secure its future in the event of a nuclear disaster on Earth and in the increasing event of progressive global warming. His less than rosy assessment of humanity's future on Earth is partly responsible for the immediate initiation of measures to enable space colonization in the near future.
Contrary to original plans, the first step in this process is not the colonization of our neighboring planet, but rather the colonization of our #moon. This has several advantages: we already know from history that humans can be on the moon; and due to its proximity to Earth, the travel distance is relatively short; and future #Marsmissions will also benefit from being able to use the moon and the energy resources obtained there as a helpful stopover before continuing on to Mars. NASA's #Artemis 1-3 missions are designed to establish a colony on the moon. Indirectly, however, they also initiated first measurements for the establishment of future Mars manned Mars missions and colonies.

In his paper "Towards sustainable horizons: A comprehensive #blueprint for Mars colonization," author F. Neukart (2024) provides an overview of the problems and opportunities associated with establishing a Mars colony. How should people cope with radiation exposure and temperature fluctuations on site? Why is it more efficient to utilize the resources opportunities Mars offers through humans on site rather than through missions controlled from Earth? The paper addresses the technical challenges that Mars settlers will face, such as the production of #Martianconcrete, which could use local sulfur as a binding agent. Survival strategies for food production and energy generation are also discussed, for example, using #aeroponics and algae #bioreactors. #Medicalchallenges, which could place a significant physical and psychological strain on Martians, are also not neglected.

The #images in the appendix are my creations, generated using AI assistance. They are inspired by Earth-based experiments, such as #Biosphere2 in Arizona, a closed system with the potential to produce all vital resources itself. However, that experiment failed in two attempts with human inhabitants. Therefore, it cannot be ruled out that Mars colonies will not be built like large greenhouse domes on the Martian surface, but may have to be constructed in a completely different form below the Martian surface. This my pictures are only pure speculation.

© #StefanFWirth Berlin 2025

Reference:

F. Neukart (2024):
https://t.co/lkxomKoN1x

Pictures:
© Stefan F. Wirth, AI assisted, Berlin 2025

278

Krishi Jagran Official @kjkrishimedia

almost 2 years ago

https://t.co/5tmJrP2ELf दिसंबर में तापमान के उतार-चढ़ाव से आम और लीची की फसल पर पड़ने वाले प्रभाव, पढ़ें पूरी खबर! #MangoCrop #LitchiCrop #TemperatureFluctuations

Rizwan Shah @rizwan_media

over 2 years ago

Weather Update: Dry Spell Persists Nationwide, Snow Hits Upper Regions #PakistaniWeather #ClimateDiversity #WeatherPatterns #TemperatureFluctuations #AdaptiveStrategies #CommunityPreparedness #BNNBreaking #BNNWatch https://t.co/egHhDEartF

Gallinews India

@gallinews

over 2 years ago

Mumbai Mausam Hua Change Temperature Hua Kam, March Month Ka Sabse Thanda Din Raha #MumbaiWeather #TemperatureFluctuations #MarchWeather #MumbaiClimate #WeatherChanges #ColdDay #MumbaiMausam #ChillyMumbai #WeatherUpdate #SeasonalChanges

365

Dainik Jagran

@JagranNews

over 2 years ago

एक मार्च को पंजाब और हरियाणा में बूंदाबांदी के आसार, तापमान में उतार चढ़ाव जारी; जानें कैसा रहेगा आज का मौसम #Punjab #HaryanaNews #TemperatureFluctuations https://t.co/ikINtxHIfb

721

Smiths Interconnect @smithsinterconn

almost 5 years ago

Did you know? Our Thermopad® temperature variable #attenuators ensure the reliability of #missioncritical communication systems by compensating for #temperaturefluctuations found on #Mars. Learn more: https://t.co/W3GZjC1qyq

smithsinterconn's tweet photo. Did you know?
Our Thermopad® temperature variable #attenuators ensure the reliability of #missioncritical communication systems by compensating for #temperaturefluctuations found on #Mars.

Learn more: https://t.co/W3GZjC1qyq https://t.co/bkHtr0h6Jr

Gian Marco Marmoni @Marmo_rock

over 6 years ago

🌡️☀️💻Happy and proud to share in these warm days the acceptance of our latest paper exploring the thermomechanical modelling of rock masses #IJRMMS @ELSenviron 📖✅ #rockmass #modelling #thermalbehaviour #temperaturefluctuations #rockfalls @RicercaSapienza

Marmo_rock's tweet photo. 🌡️☀️💻Happy and proud to share in these warm days the acceptance of our latest paper exploring the thermomechanical modelling of rock masses #IJRMMS @ELSenviron 📖✅
#rockmass #modelling #thermalbehaviour #temperaturefluctuations #rockfalls @RicercaSapienza https://t.co/xDurAngl2Z

GreenJacket @GreenJacket_TC

almost 8 years ago

GIS 2019 in San Diego! Visit us at Booth# 4919 Let Talk Turf! We can help to prevent #winterinjury #icedamage #lowtemperaturekill #desiccation #temperaturefluctuations https://t.co/JqGfHmDzOA

GreenJacket_TC's tweet photo. GIS 2019 in San Diego! Visit us at Booth# 4919 Let Talk Turf! We can help to prevent #winterinjury #icedamage #lowtemperaturekill #desiccation #temperaturefluctuations https://t.co/JqGfHmDzOA https://t.co/ec9U5IqRLO

Cambridge Graphene Ltd @CambridgeGraph

over 8 years ago

MIT team designs a graphene-based system that draws power from daily temperature swings https://t.co/yT3XMWG5GE @CambridgeGraph #graphene #2dmaterials #temperaturefluctuations #electricalpower #efficientsolarpanels

Cambridge Graphene Ltd @CambridgeGraph

over 8 years ago

MIT team designs a graphene-based system that draws power from daily temperature swings https://t.co/yT3XMWG5GE @versarien @2DTECH @CambridgeGraph #graphene #2dmaterials #temperaturefluctuations #electricalpower

Versarien® plc @versarien

over 8 years ago

MIT team designs a graphene-based system that draws power from daily temperature swings https://t.co/noHKdhywO8 @versarien @2DTECH @CambridgeGraph #graphene #2dmaterials #temperaturefluctuations #electricalpower

2-DTECH @2DTECH

over 8 years ago

MIT team designs a graphene-based system that draws power from daily temperature swings https://t.co/EcGrcPBHhd @versarien @2DTECH @CambridgeGraph #graphene #2dmaterials #temperaturefluctuations #electricalpower

forever_changing @LostGirl08_Linz

over 9 years ago

@travelchannel @Zak_Bagans @AaronGoodwin @BillyTolley @jaywasley @GhostAdventures those #TemperatureFluctuations in the cave were #OffTheChain #GhostAdventures #SkinWalkerCanyon

NIG @dr_med_ivanhoe

over 9 years ago

#TemperatureFluctuations in a #ChangingClimate: an ensemble-based experimental approach https://t.co/qdfqxcIyVp | via @SciReports

Meghan @ShermTheGerm

over 10 years ago

Springtime is great because you get to spend time outdoors again but then again #layers and #temperaturefluctuations ¯\_(ツ)_/¯

PhysOrg Physics News @physorg_physics

over 10 years ago

#Magneticvortices defy #temperaturefluctuations https://t.co/4loXYadrxP

The Trainster @TheTrainster

over 11 years ago

From the bowels of hell to the frozen wastelands of Antarctica. My journey on @Southern_Trains tonight. #temperaturefluctuations

Top Tweets for #TemperatureFluctuations

Last Seen Hashtags on Sotwe

Trends for you

Most Popular Users