https://www.instagram.com/reel/DCwKOeOND-S/?igsh=MWt0anhmZzFicmJjcw== Growing up in Israel, water scarcity was as natural as summer heat.
From school to home, we learned: every drop counts. Israel, with its dry climate, turned necessity into innovation—drip irrigation, desalination, and recycling 86% of wastewater.
A global leader in water management, Israel’s story proves resilience and creativity can overcome even the driest challenges.
InstagramHebrew by Inbal 🇮🇱 Getting English speakers to thrive in Hebrew on Instagram: "Growing up in Israel, the idea of water scarcity was as natural as the heat of a summer day.
It wasn’t just something you heard occasionally — it was part of everyday life.
In school, at home, on TV—there were constant reminders about how precious water is and how we all needed to do our part to save it.
Whether it was turning off the tap while brushing your teeth, using just enough water to wash dishes, or seeing public service announcements about conserving water, the message was clear:
Every drop counts.
This emphasis on saving water isn’t just cultural — it’s a necessity.
Israel is a small country with a predominantly dry climate, and water resources have always been limited.
Yet despite these challenges, Israel has become a global leader in water management.
The country developed innovative solutions, like drip irrigation, which revolutionized agriculture worldwide, and advanced desalination plants that turn seawater into drinking water.
Today, Israel recycles 86% of its wastewater, the highest percentage in the world.
These innovations are a source of national pride, but they’re also a testament to Israel’s resilience and creativity in the face of adversity.
Growing up in such an environment shapes how you think about resources and sustainability.
It’s a lesson in valuing what you have and finding smart, efficient ways to make it last.
Water scarcity isn’t just an Israeli issue — it’s a global one.
But if there’s one thing Israel’s story teaches us, it’s that with enough determination and innovation, even the driest of challenges can be overcome.
#water #irrigation #drinkingwater #desert"469 likes, 17 comments - hebrewbyinbal on November 23, 2024: "Growing up in Israel, the idea of water scarcity was as natural as the heat of a summer day.
It wasn’t just something you heard occasionally — it was part of everyday life.
In school, at home, on TV—there were constant reminders about how precious water is and how we all needed to do our part to save it.
Whether it was turning off the tap while brushing your teeth, using just enough water to wash dishes, or seeing public service announcements about conserving water, the message was clear:
Every drop counts.
This emphasis on saving water isn’t just cultural — it’s a necessity.
Israel is a small country with a predominantly dry climate, and water resources have always been limited.
Yet despite these challenges, Israel has become a global leader in water management.
The country developed innovative solutions, like drip irrigation, which revolutionized agriculture worldwide, and advanced desalination plants that turn seawater into drinking water.
Today, Israel recycles 86% of its wastewater, the highest percentage in the world.
These innovations are a source of national pride, but they’re also a testament to Israel’s resilience and creativity in the face of adversity.
Growing up in such an environment shapes how you think about resources and sustainability.
It’s a lesson in valuing what you have and finding smart, efficient ways to make it last.
Water scarcity isn’t just an Israeli issue — it’s a global one.
But if there’s one thing Israel’s story teaches us, it’s that with enough determination and innovation, even the driest of challenges can be overcome.
#water #irrigation #drinkingwater #desert".
Greg Cocks 
a sponge made of cotton and squid bone could transform the fight against 
and smart 
![imagery / map / schematic cross-section - (A) A 3D view of the San Cristobal landslide. (B) A 1:50,000 geological map of the landslide area, modified from [33]. Ki-mat = Matalaque Fm. P-Pi = Puno Fm. Q-pl = colluvial deposits, debris avalanche. Qp-vl-pi = pyroclastic deposits. Red line marks the topographic cross-section shown in A. (C) Cross-section of the San Cristobal landslide with estimated base groundwater conditions (blue) and materials boundaries (green) to be used for modeling and interpreted potential failure surfaces (dashed red).](https://files.techhub.social/media_attachments/files/113/529/353/200/651/116/original/4c7094bbcfb5f7b1.jpg "imagery / map / schematic cross-section - (A) A 3D view of the San Cristobal landslide. (B) A 1:50,000 geological map of the landslide area, modified from [33]. Ki-mat = Matalaque Fm. P-Pi = Puno Fm. Q-pl = colluvial deposits, debris avalanche. Qp-vl-pi = pyroclastic deposits. Red line marks the topographic cross-section shown in A. (C) Cross-section of the San Cristobal landslide with estimated base groundwater conditions (blue) and materials boundaries (green) to be used for modeling and interpreted potential failure surfaces (dashed red).")
