Follow
Daianne Starr
Daianne Starr
Other namesDaianne Höfig
Verified email at g.harvard.edu
Title
Cited by
Cited by
Year
Detrital zircon geochronology (U-Pb LA-ICP-MS) of syn-orogenic basins in SW Gondwana: New insights into the Cryogenian-Ediacaran of Porongos Complex, Dom Feliciano Belt …
DF Höfig, JC Marques, MAS Basei, RO Giusti, C Kohlrausch, JC Frantz
Precambrian Research 306, 189-208, 2018
392018
Constraining conifer physiological parameters in leaf gas-exchange models for ancient CO2 reconstruction
JQ Liang, Q Leng, DF Höfig, G Niu, L Wang, DL Royer, K Burke, L Xiao, ...
Global and Planetary Change 209, 103737, 2022
112022
Annually resolved sediments in the classic Clarkia lacustrine deposits (Idaho, USA) during the middle Miocene Climate Optimum
D Höfig, YG Zhang, L Giosan, Q Leng, J Liang, M Wu, B Miller, H Yang
Geology 49 (8), 916-920, 2021
92021
Hydrothermal dolomitization and porosity development: An example from Precambrian dolomitic rocks of Água Clara Formation, Ribeira Belt, southern Brazil
CV Pinto-Coelho, DF Höfig, MM Fregatto, TG da Silva, LGM da Silva, ...
Journal of South American Earth Sciences 94, 102193, 2019
82019
Early Miocene redwood fossils from Inner Mongolia: CO2 reconstructions and paleoclimate effects of a low Mongolian plateau
J Liang, Q Leng, L Xiao, DF Höfig, DL Royer, YG Zhang, H Yang
Review of Palaeobotany and Palynology 305, 104743, 2022
42022
Risk assessment and adapting strategies for post-tipping point climate disruptions: lessons from the middle Miocene
Y Hong, Q Leng, D Hofig, Y Zhang
Northeastern Section, 57th Annual Meeting 54 (3), 10.1130/abs/2022NE-374820, 2022
2022
Decadal-timescale CO2 and Temperature Records of the Middle Miocene Climate Optimum
D Hofig, Y Zhang, Q Leng, J Liang, B Kim, R Feng, H Yang
AGU Fall Meeting Abstracts 2021, PP23A-08, 2021
2021
Assessment of natural variations of key fossil parameters in conifer species and their impact on the accuracy of the leaf gas exchange model for ancient CO 2 reconstruction
J Liang, Q Leng, D Höfig, G Niu, L Xiao, YG Zhang, H Yang
Goldschmidt2021• Virtual• 4-9 July, 2021
2021
Annually-resolved Sedimentation of the Middle Miocene Clarkia Lake Deposit (USA)
DF Hofig
2021
Miocene Clarkia Lake Deposit: Archive of Annual Climate Variability at 16 Ma
DF Höfig, YG Zhang, Q Leng, J Liang, M Wu, H Yang
Goldschmidt Conference, 1045, 2020
2020
The Consumption Rate of a Natural CO2 Pulse: Lessons from the Middle Miocene
YG Zhang, DF Höfig, Q Leng, L Giusan, H Yang
Goldschmidt Conference, 3141, 2020
2020
Paleo-CO2 reconstruction based upon Metasequoia leaves: A comparison of different proxies using early Miocene fossils from Inner Mongolia
JQ Liang, DF Höfig, Q Leng, L Xiao, G Niu, YG Zhang, H Yang
Goldschmidt Conference 2020, 1545, 2020
2020
Towards establishing decadal-timescale atmospheric CO2 records during the Middle Miocene Climate Optimum
DF Höfig, DY Zhang, Q Leng, M Wu, H Yang
AGU Fall Meeting Abstracts 2019, A21N-2762, 2019
2019
Variations of stomatal frequency in Taxodium and Metasequoia populations at the mid-Miocene Clarkia Lake deposits: Implications for atmospheric CO2 reconstruction
MX Wu, Q Leng, H Yang, DF Hofig, YG Zhang
Goldschmidt Abstracts, 2019
2019
Variations of stomatal frequency in Taxodium and Metasequoia populations at the mid-Miocene Clarkia Lake deposits: Implications for atmospheric CO2 reconstruction
ZYG Wu M-X, Leng Q, Yang H, Höfig DF
Goldschmidt Conference 2019, 3722, 2019
2019
Revealing High-Resolution Volcanic Stratigraphy and Rock-Fluid Interaction by XRF Core Scanning
TW Höfig, MC ME, LVBJ Umberhocker KA, DF Höfig
Goldschmidt Conference, 1376, 2019
2019
Sedimentation Rates of the Middle Miocene Clarkia Lake Deposit, Northern Idaho, USA
DF Höfig, H Zhang, Y., Leng, Q., Wu, M., Yang
Goldschmidt Conference, 1375, 2019
2019
SEM-MLA-based Investigation of the Composition of Mafic Volcaniclastic Deposits from the Paraná Large Igneous Province, Brazil
DF Höfig, TW Höfig, OAB Licht, S Haser, L Valore
AGU Fall Meeting Abstracts 2017, V43E-0581, 2017
2017
The system can't perform the operation now. Try again later.
Articles 1–18