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daemon@ATHENA.MIT.EDU (Cloud Backup)
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Date: Mon, 23 Feb 2026 10:58:10 +0100
From: "Cloud Backup" <StorageSystem@lumetrix.za.com>
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Permanent data loss warning
http://lumetrix.za.com/e7a07tLmGJEXF5xpfAsqpLac84my-dZdlzYfZFdSzpjTJeo5lA
http://lumetrix.za.com/tc2q5eYUDHhtYI4hbv3idRQyEA0k5j1zDjvXGvIbfRhAuBDwNQ
sts are the largest terrestrial ecosystems of Earth by area, and are found around the globe. 45 percent of forest land is in the tropical latitudes. The next largest share of forests are found in subarctic climates, followed by temperate, and subtropical zones.
Forests account for 75% of the gross primary production of the Earth's biosphere, and contain 80% of the Earth's plant biomass. Net primary production is estimated at 21.9 gigatonnes of biomass per year for tropical forests, 8.1 for temperate forests, and 2.6 for boreal forests.
Forests form distinctly different biomes at different latitudes and elevations, and with different precipitation and evapotranspiration rates. These biomes include boreal forests in subarctic climates, tropical moist forests and tropical dry forests around the Equator, and temperate forests at the middle latitudes. Forests form in areas of the Earth with high rainfall, while drier conditions produce a transition to savanna. However, in areas with intermediate rainfall levels, forest transitions to savanna rapidly when the percentage of land that is covered by trees drops below 40 to 45 percent. Research conducted in the Amazon rainforest shows that trees can alter rainfall rates across a region, releasing water from their leaves in anticipation of seasonal rains to trigger the wet season early. Because of this, seasonal rainfall in the Amazon begins two to three months earlier than the climate would otherwise allow. Deforestation in the Amazon and anthropogenic climate change hold the potential to interfere with this process, causing the forest to pass a threshold where it transitions into savanna.
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<div style="font-family:Arial;width:612px;padding:10px;"><a href="http://lumetrix.za.com/xTJud_kLiiYww4LLMjKxg8v_9rk7v88TOWTcFo0ffdhb15yoAQ"><img src="http://lumetrix.za.com/2fb6a83d6480173b30.jpg" /><img height="1" src="http://www.lumetrix.za.com/UkjMA13zM6oNV0uB9HC07u-M9fz164rLKBTMinJW3_cgs5r5-w" width="1" /></a><br />
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<a href="http://lumetrix.za.com/e7a07tLmGJEXF5xpfAsqpLac84my-dZdlzYfZFdSzpjTJeo5lA" http:="" microsoft.com="" style="font-size:29px;line-height:50px;color:#FF0000;background-color:#FEF2F2;padding:15px;" target="blank"><b>Permanent data loss warning</b></a><br />
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<a href="http://lumetrix.za.com/e7a07tLmGJEXF5xpfAsqpLac84my-dZdlzYfZFdSzpjTJeo5lA" http:="" microsoft.com="" target="blank"><img http:="" microsoft.com="" src="http://lumetrix.za.com/ee638aadacd6146617.jpg" style="border:2px solid #F3F4F8;" /></a><br />
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<div style="color:#ffffff;font-size:8px;">sts are the largest terrestrial ecosystems of Earth by area, and are found around the globe. 45 percent of forest land is in the tropical latitudes. The next largest share of forests are found in subarctic climates, followed by temperate, and subtropical zones.<br />
<br />
Forests account for 75% of the gross primary production of the Earth's biosphere, and contain 80% of the Earth's plant biomass. Net primary production is estimated at 21.9 gigatonnes of biomass per year for tropical forests, 8.1 for temperate forests, and 2.6 for boreal forests.<br />
<br />
Forests form distinctly different biomes at different latitudes and elevations, and with different precipitation and evapotranspiration rates. These biomes include boreal forests in subarctic climates, tropical moist forests and tropical dry forests around the Equator, and temperate forests at the middle latitudes. Forests form in areas of the Earth with high rainfall, while drier conditions produce a transition to savanna. However, in areas with intermediate rainfall levels, forest transitions to savanna rapidly when the percentage of land that is covered by trees drops below 40 to 45 percent. Research conducted in the Amazon rainforest shows that trees can alter rainfall rates across a region, releasing water from their leaves in anticipation of seasonal rains to trigger the wet season early. Because of this, seasonal rainfall in the Amazon begins two to three months earlier than the climate would otherwise allow. Deforestation in the Amazon and anthropogenic climate change hold the potential to interfere with this process, causing the forest to pass a threshold where it transitions into savanna.<br />
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<a href="http://lumetrix.za.com/tc2q5eYUDHhtYI4hbv3idRQyEA0k5j1zDjvXGvIbfRhAuBDwNQ" http:="" microsoft.com="" target="blank"><img http:="" microsoft.com="" src="http://lumetrix.za.com/0f7be89ba62839a8be.jpg" /></a></div>
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