Dificultades de los inmigrantes en Níjar para empadronarse en chabolas e infraviviendas

📰 Título original: El drama de empadronarse al que se enfrentan los inmigrantes que viven en chabolas en Níjar

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👥 Usuarios: No es clickbait ✅

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#sociedad #inmigración #emp...

Dificultades de los inmigrantes en Níjar para empadronarse en chabolas e infraviviendas

En Níjar, Almería, los inmigrantes que residen en chabolas e infraviviendas se enfrentan a múltiples obstáculos para empadronarse, un derecho básico reconocido por la ley. Según el informe 'Vivir sin existir' del Servicio Jesuita a Migrantes (SJM), las principales barreras incluyen la exigencia de autorización del propietario, visitas de comprobación en horario laboral agrícola, expedientes paralizados durante meses y rechazos verbales sin posibilidad de recurso. El informe documenta casos concretos como el de Kwame, de Ghana, que no pudo ser empadronado porque las visitas se realizaron mientras trabajaba, o Soufian, de Marruecos, que no recibió la autorización del propietario del garaje donde vive. Estas dificultades generan consecuencias graves: invisibilización ante los servicios públicos, problemas en la escolarización de menores y limitaciones para acceder a la regularización legal. El SJM destaca que, de 417 casos monitorizados, 159 lograron empadronarse, demostrando que la ley permite el trámite si se aplica con criterios flexibles. Además, advierten del efecto del mercado irregular de empadronamientos donde el acceso ordinario está bloqueado. El informe propone buenas prácticas, como las aplicadas en Barcelona, y recomendaciones al Ayuntamiento de Níjar para adaptar los procedimientos a la realidad laboral y reforzar la coordinación entre servicios municipales.

KillBait

Orbiting Armageddon: Russia’s #EMP Threat from Space and Transatlantic Responses

Apr 17, 2025

Excerpt: "If a #NuclearBomb were detonated in orbit, the physical effects would be unlike a typical terrestrial nuclear blast. There would be no mushroom cloud or shock wave in the vacuum of space. Instead, the weapon’s energy would be released as intense radiation and electromagnetic pulses (Scientific American).

"#Satellites within line of sight of the explosion would be instantly subjected to a blinding flash of gamma rays and X-rays, likely frying their electronics on contact (Scientific American). Moments after, a powerful #EMP would form as the bomb’s gamma radiation ionizes the upper atmosphere. This process, known as the #ComptonEffect, releases billions of high-energy electrons that race along Earth’s magnetic field lines (Scientific American). The result is an expanding wave of electromagnetic energy.

"U.S. defense officials have described this kind of space-triggered EMP as a 'massive energy wave' that could 'destroy satellites' and disrupt a vast swath of the satellites that the world depends on for communication and commerce (Carnegie). In essence, one orbital blast could simultaneously knock out numerous satellites – military and civilian – that are crucial to GPS navigation, telephone and internet links, financial transactions, weather forecasting, and more.

"An EMP from space could also induce chaos on the ground. The pulse would interact with Earth’s atmosphere and magnetic field to send geomagnetically induced currents surging through power lines and electronic networks (Aerospace America). In 1962, the U.S. #StarfishPrime test proved this danger: although detonated 400 kilometers above the Pacific, its EMP caused voltage spikes that blew out 300 streetlights and knocked out telephone lines in Hawaii, nearly 1,500 kilometers away (Scientific American , Aerospace America).

"An orbital detonation today, especially if positioned over populated regions, could overload electrical grids across vast areas. Transformers and grid infrastructure could be destroyed by the sudden, uncontrolled currents (Aerospace America). The scale of blackout could range over one or several countries, depending on the weapon’s altitude and yield. Experts warn that such a scenario would be devastating.

"A U.S. Congressional commission on EMP found that a nationwide power outage caused by a high-altitude nuclear blast could collapse critical infrastructure – an outcome it described as a potential
'civilization killer' if power and services were not restored quickly (Carnegie). In addition to massive economic damage, the disruption of communication and radar networks would impair defense capabilities, complicating crisis management during the very moment it’s most needed.

"Beyond the immediate blast and pulse, a space-based nuclear explosion would have a long-duration effect that could be even more damaging to space infrastructure. The explosion’s charged particles would become trapped by Earth’s magnetic field, forming an artificial radiation belt encircling the planet (Scientific American).

"This is exactly what happened after Starfish Prime: a man-made #RadiationBelt lingered for years, eventually destroying a third of all satellites in orbit at the time (Scientific American). In today’s environment, with thousands of satellites, the consequences would be dire. The intense radiation would bathe #LowEarthOrbit, causing surviving satellites to degrade and fail over the ensuing days, weeks, and months (Aerospace America). Many satellites that weren’t immediately destroyed would succumb to this enhanced radiation environment.

"Nearly 10,000 active satellites now orbit Earth, and most are not designed to withstand extreme nuclear radiation (Aerospace America). Critical constellations – for example, #SpaceX’s #Starlink network of small satellites (over 6,000 in orbit) that provides high-speed broadband, including to Ukrainian forces – would likely be heavily degraded or completely knocked offline (Scientific American). Replacement of satellites would be hampered as well: the orbital 'fallout' zone could remain dangerous for new satellites for years, denying space to any fresh deployments (Aerospace America). Even astronauts and cosmonauts in space could be in peril."

Read more:
https://ieu-monitoring.com/editorial/orbiting-armageddon-russias-emp-threat-from-space-and-transatlantic-responses/609700

Archived version:
https://archive.ph/PPMrQ

#NoNukesInSpace #LEO #KesslerEffect
#KesslerSyndrome #NoNukes #NoWar #NuclearWeapons #Satellites

End of wire. When you have to get message over black fiber and there is no infrastructure to support you.
#resilience #preparedness #comsec #offthegrid #emp #powerfailure #blackout #powergrid
@thomas @arstechnica
Fixing problems and upgrading hardware would be utterly impractical. Also the hardware would decay faster due to the increased background radiation. The whole thing is, as you say, absolute bullshit.
The only possible reason for wanting to store masses of data in low orbit would be if they imminently expect a large number of EMP events here on the surface.
#EMP
WARNING :: INCOMING FIRE On Thursday, March 19, 2026, at 7:00am EST to 01:00pm EST, a ClassM Solar flare impacts our magnetosphere. Our electronic communications and power infrastructures need to be shielded. #EMP #SolarStorm #Earth #Magnetosphere #VanAllenBelts #Electronics #Shielding
𝕋𝕙𝕖 𝕃𝕚𝕘𝕙𝕥𝕤 𝕎𝕀𝕃𝕃 𝕘𝕠 𝕠𝕦𝕥.
𝔻𝕠𝕞𝕚𝕟𝕚𝕠𝕟 𝕚𝕤 𝕃𝕚𝕧𝕖.
Fiat Lux Ex Tenebris
#EMP #EMPAttack #ElectroMagneticPulse
peace love happiness friendship and smile #ZEROBASEONE #EMP
when they said together they really meant it huh #ZEROBASEONE #EMP
TPG1000C: Chinesische Mikrowellen-Waffe könnte Starlink treffen - Golem.de

3.000 Impulse innerhalb von einer Minute soll die neue Mikrowellen-Waffe aus China abfeuern können. Wie gefährlich sie tatsächlich ist, bleibt vorerst unklar.

Golem.de

Jeder Raum ist nur so sicher wie seine Fenster: Während Beton und Metall elektromagnetische Störsignale dämpfen, lässt Glas solche Impulse weitgehend passieren. Genau das macht gezielte Technik-#Sabotage möglich – etwa durch leistungsstarke Störgeräte oder andere elektromagnetische Interferenzen, die wie ein #EMP wirken können.

Aus diesem Grund haben Forscher der #Seoul National University of Science and Technology ein neues Spezialglas entwickelt:

https://www.sciencedirect.com/science/article/pii/S2215098625002903?via%3Dihub #cybersecurity