Hamed GAMALELDIEN (@hgamaleldien) 's Twitter Profile
Hamed GAMALELDIEN

@hgamaleldien

Scientist & Geochemist. I am interested in deciphering the puzzle of how the planet Earth formed, evolved, and works from global- to atom-scale

ID: 3271553046

linkhttps://www.researchgate.net/profile/Hamed-Gamal-El-Dien calendar_today08-07-2015 06:15:36

144 Tweet

111 Followers

675 Following

News from Science (@newsfromscience) 's Twitter Profile Photo

Tiny grains of a mineral called zircon might have witnessed the fall of rain on Earth’s earliest dry land some 4 billion years ago, when oceans likely covered most of the planet. scim.ag/6Q1

Nature Portfolio (@natureportfolio) 's Twitter Profile Photo

A study in Nature Geoscience suggests that Earth’s water cycle may have been operating at least 4 billion years ago. go.nature.com/4aOZfkN

A study in Nature Geoscience suggests that Earth’s water cycle may have been operating at least 4 billion years ago. go.nature.com/4aOZfkN
The Conversation - Australia + New Zealand (@conversationedu) 's Twitter Profile Photo

The very early Earth may not have been as inhospitable as scientists thought, with life perhaps starting more than 4 billion years ago, write Hugo Olierook + Hamed Gamaleldien (Curtin University). theconversation.com/fresh-water-an…

Curtin Media (@curtinmedia) 's Twitter Profile Photo

New #CurtinResearch led by Dr Hamed GAMALELDIEN and Dr Hugo Olierook is making waves by revealing life-bringing fresh water first appeared on Earth about five hundred million years earlier than previously thought! 🌊💎 Dr Olierook explains. 👇

Asharq News الشرق للأخبار (@asharqnews) 's Twitter Profile Photo

اكتشاف أقدم دليل لتاريخ وجود المياه العذبة على كوكب الأرض #الشرق_للأخبار asharq.com/science/90245/…

Springer Nature (@springernature) 's Twitter Profile Photo

Earth’s water cycle may have been operating at least four billion years ago according to what may be the earliest evidence of freshwater and landmasses above sea level, reported in Nature Geoscience: nature.com/articles/s4156…

Nature Geoscience (@naturegeosci) 's Twitter Profile Photo

Article: Meteoric fresh water interacted with crustal magma systems four billion years ago and therefore the hydrological cycle began at or prior to this time Hamed GAMALELDIEN Curtin University جامعة خليفة للعلوم والتكنولوجيا nature.com/articles/s4156…

Article: Meteoric fresh water interacted with crustal magma systems four billion years ago and therefore the hydrological cycle began at or prior to this time

<a href="/HGamaleldien/">Hamed GAMALELDIEN</a> <a href="/CurtinUni/">Curtin University</a> <a href="/KhalifaUni/">جامعة خليفة للعلوم والتكنولوجيا</a>

nature.com/articles/s4156…
The National (@thenationalnews) 's Twitter Profile Photo

Analysis of tiny crystals indicates that freshwater was present on Earth four billion years ago, earlier than previously thought thenationalnews.com/news/uae/2024/…

Daniel Bardsley (@db_journalism) 's Twitter Profile Photo

Life on Earth may have begun half a billion years earlier, UAE research suggests Thanks to Hamed GAMALELDIEN and @EndOfThePier for the interviews. thenationalnews.com/news/uae/2024/…

AGU's Eos (@agu_eos) 's Twitter Profile Photo

New research from Hamed GAMALELDIEN and colleagues reports evidence of fresh water on Earth 4 billion years ago, ~500 million years earlier than previously thought. Comments from Ilya Bindeman; story by @nathanielscharp. eos.org/articles/four-…

Hamed GAMALELDIEN (@hgamaleldien) 's Twitter Profile Photo

Jack Hills meta-conglomerate has zircon crystals ranging up to 4.4 billion years old. Using these crystals, we discovered the presence of freshwater 4 billion years ago. nature.com/articles/s4156…

Jack Hills meta-conglomerate has zircon crystals ranging up to 4.4 billion years old. Using these crystals, we discovered the presence of freshwater 4 billion years ago.
nature.com/articles/s4156…
AuScope (@auscope) 's Twitter Profile Photo

Opportunity rocks in our latest Quarterly newsletter. From MOUs and international collaborations to discovering dry land on a watery planet. Discover our latest research impact and more. bit.ly/4cFZPlC #NCRISimpact Australian Government Department of Education

Opportunity rocks in our latest Quarterly newsletter. From MOUs and international collaborations to discovering dry land on a watery planet.
Discover our latest research impact and more.  
bit.ly/4cFZPlC

#NCRISimpact
<a href="/AusGovEducation/">Australian Government Department of Education</a>
UAEGOV (@uaemediaoffice) 's Twitter Profile Photo

معالي مريم بنت محمد المهيري، رئيس مكتب الشؤون الدولية في ديوان الرئاسة تعلن عن إطلاق الإمارات برنامج وقاعدة بحثية قطبية دائمة وانضمام الإمارات إلى قائمة الدول الرائدة في مجال البحوث والتواجد القطبي. .. #الاجتماعات_السنوية_لحكومة_الإمارات