Tree-Ring Day

Category: Time:
Tuesday, March 26, 2019 - 10:00 to 16:00
Room: Contact:
Pamela Pelletier pamela@email.arizona.edu 520.621.0894

2019 Tree-Ring Day Schedule

10-10:05 Opening Remarks

10:05am-12pm Graduate Lighting Talks

Name

Title of Talk

Time Slot

Erana Loveless

How mountain topography structured forests by influencing human fire use

10:05-10:12

Will Tintor

Turning bristlecone pines into water

10:13-10:20

Kinzie Bailey

Juniper encroachment into riparian areas and its effects on stream water availability

10:21-10:28

Talia Anderson

Andean peatland dynamics across the South American Altiplano Plateau

10:29-10:36

Axel Rodriguez

Climatic limitation on tree growth at the N. Hemisphere’s highest tree line; focus on Larix decidua

10:37-10:44

Eslam Salem

Did ancient Egypt have trees?

10:45-10:52

 

 

 

Brandon Strange

Going with the flow: Reconstruction approaches dictated by basin characteristics

11:05-11:12

Julie Edwards

Volcanic cooling signal in tree rings from the Laki eruption

11:13-11:20

Dave Edge

Clams tell the story of Pacific variability

11:21-11:28

Diana Zamora-Reyes

Enhanced hydroclimatic variability over California

11:29-11:36

Jonathan King

Paleo data assimilation of tree ring records

11:37-11:44

Courtney Giebink

The future of forests as told by tree rings

11:45-11:52

Amy Hudson

Winds up high move states down low- where leaves pop peak die and winged trav’lers fly

11:53-12:00

 

12:30-1:30 Lunch

2pm-4pm New faculty + Postdoc talks

Name

Title

Time Slot

Jia Hu

Interpreting tree rings using an ecophysiological approach

2:00-2:15

Bryan Black

From the trees to the seas: dendrochronology techniques in fish and bivalves

2:16-2:31

Soumaya

My year as a Voice for Science

2:32-2:47

 

 

 

Dave Reynolds

Extracting the secrets of past climate variability from the longest-lived animals on Earth

3:00-3:15

Tom De Mil

The persistence of carbon in the African forest understory

3:16-3:31

Emily Schultz

A demographic perspective on the ecological niche and the geographic distribution: a range-wide analysis of climate and competition as factors limiting vital rates of Pinus edulis

3:32-3:47