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UID:647ca3f085fd1de044b43d04d8baf70b
CATEGORIES:Native Plant Talks
CREATED:20260827T133233
SUMMARY:CANCELLED: Life on the Rocks: The Many Wonders of Serpentine Soils, a talk by Nishanta “Nishi” Rajakaruna, Ph.D.
LOCATION:Los Altos Library Orchard Room\, 13 S. San Antonio Rd.\, Los Altos
DESCRIPTION:CANCELLED. To be rescheduled. \nSerpentine soils are often described as har
 sh, toxic and nutrient-poor, yet they harbor extraordinary concentrations o
 f rare and endemic plants found nowhere else on Earth. In this presentation
 , we will journey through the serpentine landscapes in California and beyon
 d to discover how these unusual soils shape evolution, biodiversity and eco
 logical specialization. Along the way, Nishi will share recent discoveries 
 about serpentine plants and other organisms and explore the remarkable adap
 tations that allow them to flourish where few others can survive.\nNishi wi
 ll also discuss the growing challenges these species face from climate chan
 ge, atmospheric nitrogen deposition, mining and urban development. Finally,
  we will examine the emerging promise of agromining, a technology that uses
  metal-accumulating plants to recover valuable metals such as nickel, showi
 ng how these botanical specialists may contribute to a more sustainable fut
 ure.\nNishi Rajakaruna is a professor of biology at Cal Poly, San Luis Obis
 po and has spent more than two decades exploring the remarkable plants and 
 ecosystems associated with serpentine soils in California and around the wo
 rld. His research focuses on how plants adapt to challenging soil environme
 nts, the origins of rare and endemic species and the conservation of rock o
 utcrop biota.\nHe is also interested in metal-accumulating plants and their
  potential use in emerging technologies such as agromining. Nishi enjoys sh
 aring the stories of serpentine plants and other biota with both scientific
  and public audiences and helping connect people with the natural history o
 f the landscapes around them.\n
X-ALT-DESC;FMTTYPE=text/html:<p>CANCELLED. To be rescheduled.&nbsp;</p><p>Serpentine soils are often des
 cribed as harsh, toxic and&nbsp;nutrient-poor, yet they harbor extraordinar
 y concentrations&nbsp;of rare and endemic plants found nowhere else on Eart
 h. In&nbsp;this presentation, we will journey through the serpentine&nbsp;l
 andscapes in California and beyond to discover how these&nbsp;unusual soils
  shape evolution, biodiversity and ecological&nbsp;specialization. Along th
 e way, Nishi will share recent&nbsp;discoveries about serpentine plants and
  other organisms and&nbsp;explore the remarkable adaptations that allow the
 m to&nbsp;flourish where few others can survive.</p><p>Nishi will also disc
 uss the growing challenges these species&nbsp;face from climate change, atm
 ospheric nitrogen deposition,&nbsp;mining and urban development. Finally, w
 e will examine&nbsp;the emerging promise of agromining, a technology that u
 ses&nbsp;metal-accumulating plants to recover valuable metals such&nbsp;as 
 nickel, showing how these botanical specialists may&nbsp;contribute to a mo
 re sustainable future.</p><p><strong>Nishi Rajakaruna</strong> is a profess
 or of biology at Cal Poly,&nbsp;San Luis Obispo and has spent more than two
  decades&nbsp;exploring the remarkable plants and ecosystems associated&nbs
 p;with serpentine soils in California and around the world.&nbsp;His resear
 ch focuses on how plants adapt to challenging&nbsp;soil environments, the o
 rigins of rare and endemic species&nbsp;and the conservation of rock outcro
 p biota.</p><p>He is also interested in metal-accumulating plants and their
 &nbsp;potential use in emerging technologies such as agromining.&nbsp;Nishi
  enjoys sharing the stories of serpentine plants and&nbsp;other biota with 
 both scientific and public audiences and&nbsp;helping connect people with t
 he natural history of the&nbsp;landscapes around them.</p>
DTSTAMP:20260923T124740
DTSTART;TZID=America/Tijuana:20260930T190000
DTEND;TZID=America/Tijuana:20260930T203000
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