Paleopedology
Newsletter
IUSS Commission 1.6
INQUA Focus Group QUASAP
Paleopedology Newsletter
Issue 28, December 2019
1
Issue 28, December 2019
Paleopedology Newsletter is a joint initiative of the IUSS Commission 1.6–Paleopedology
and INQUA Focus Group QUASAP
International Union of Soil Sciences (IUSS)
Commission 1.6 – Paleopedology
Chair: Maria Bronnikova, mbmsh@mail.ru
Vice Chair: Elizabeth Solleiro Rebolledo, solleiro@geologia.unam.mx
Secretary: Tobias Sprafke, tobias.sprafke@giub.unibe.ch
International Union For Quaternary Research (INQUA)
International Focus Group QUASAP
Leaders:
Daniela Sauer, daniela.sauer@geo.uni-goettingen.de
Sergey Sedov
Dennis Dahms
Markus Egli
Fabio Scarciglia
Pauline Y.D. Da Costa
Paleopedology Newsletter is available at the IUSS website:
https://www.iuss.org/newsroom/newsletters/paleopedology-newsletters-commission-16/
For submissions, inquiries and comments:
newsletter.com1.6@gmail.com
@6Commission
Editor: Danny Itkin
Cover photo: Lake Brownwood Spillway paleo-Vertisol from Lake Brownwood (central Texas,
USA). It is Late Carboniferous in age (approximately Moscovian) and is overlain by a marine
transgressive limestone. The gley at the top of the profile is the result of marine
hydromorphism associated with submergence of the soil during marine flooding. The
horizons, from top to bottom, are Bssg, Bkss, and BC. The paleosol has pedogenic
slickensides and coarse wedge-shaped peds (hammer is 35 cm long for scale; photo
courtesy: Steven Driese).
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Contents
Editorial
Prologue: Paleopedology in INQUA: History and call for action
4
5-6
Past Conferences & Meetings
INQUA 2019
7
IAS 2019
8
Desna 2019
8-9
GSA 2019
10-11
INQUA IFG POCAS
11-12
GAMB19
Targulian 85 anniversary
13
13-14
Upcoming Conferences & Meetings (2020)
EGU General Assembly 2020
35th IMS 2020
ISFWP-XIV
Eurosoil 2020
15-18
19
19-25
25
16th ICSM
26-27
12th IGSS
27
FLAG 2020
28
INQUA IFG SEQS 2020
28-30
New Publications
Gregory J. Retallack 2019 (Soils of the Past)
31
Invited Contributions
Steven G. Driese et al.
32-35
David J. Lowe (late Quaternary tephra-derived Ultisol)
36-37
Special Acknowledgments
The Last Page
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Editorial
Welcome to the December 2019 Issue of Paleopedology Newsletter!
This Issue opens with an introduction regarding the new framework of Paleopedology
Working Group in INQUA. The section of past conferences reflects how fruitful was 2019.
The section of upcoming activities includes a promising program for 2020; EGU (Vienna,
Austria), IAS (Prague, Czech Republic), ISFWP-XIV (Altai, Russia), Eurosoil (Geneva,
Switzerland), 16th ICSM (Kraków, Poland), 12th IGSS (Morteratsch, Switzerland), FLAG
(Moscow, Russia), and INQUA IFG SEQS (Warsaw and Sienna, Poland).
As always, the heart of the Newsletter is composed of new publications and invited
contributions. Gregory Retallack presents the 3rd Edition of his well-known book Soils of the
Past: An Introduction to Paleopedology - certainly a must-have for all pedologists. Next
comes two contributions by Steven Driese et al., first regarding Geochemical paleoclimate
proxies and pedotransfer functions for paleosols, and the second regards Critical Zone
studies of Vertisols (both from the USA). One additional contribution by Steven Driese, this
time with Lee Nordt, deals with Paleo-Vertisols in the Phanerozoic record (USA). This
contribution by Driese and Nordt is especially exciting since it is dedicated in honour of
Lawrence “Larry” P. Wilding (1934-2019). This section ends with a contribution by David
Lowe who presents a study of Late Quaternary tephra-derived Ultisol (New Zealand).
Hopefully, Lowe’s contribution will motivate others from Oceania (but not just) to follow.
I wish to thank all contributors of this Issue for their time and efforts!
The next Issue of Paleopedology Newsletter will be published in June 2020.
Best wishes,
Danny Itkin
Editor
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Prologue
Paleopedology in INQUA: History and call for action
The history of the paleopedological community is highly involved with both the International
Union for Quaternary Research (INQUA) and the International Union of Soil Sciences (IUSS).
In 1965, a Commission on Paleopedology was established by INQUA (during its 7th
Congress at Denver) and eventually co-affiliated to the International Society of Soil Science
(ISSS, later IUSS). Since 2004 ‘Commission 1.6 – Paleopedology’ acts in the IUSS, whereas
at the same time conditions became more complicated with its role in INQUA.
In 2007, INQUA went through a major reorganization. Since then, no permanent subdivisions
exists anymore within five INQUA commissions. Consequently, the activity of the
Paleopedology group has ceased. However, during the inter-congress period of 2012-2015,
an International Focus Group (IFG) “PASTSOILS”1, led by Daniela Sauer, was established
within INQUA's Commission on Terrestrial Processes, Deposits, and History (TERPRO).
PASTSOILS had two INQUA projects: “RAISIN” (Rates of soil forming processes obtained
from soils and paleosols in well-defined settings) and AEOMED (Loess and aeolian additions
to current surface soils and paleosols in Mediterranean climate). The Focus Group was
meant to exist only for one inter-congress period. Therefore, PASTSOILS and its two projects
ended in 2015. Instead, a new Focus Group “QUASAP” (Kinds and rates of soil-forming
processes reflected in Quaternary soils and paleosols and their use as paleoenvironmental
archives), led by Daniela Sauer, was established for the inter-congress period of
2016-2019.
Recently, INQUA regulations have changed again following its 2019 Congress. After long
discussions, the board of the IUSS Commission 1.6, together with members of the INQUA
TERPRO advisory board and members of the paleosols-related INQUA community, have
decided to aim for a more stable framework for Paleopedology within INQUA. The leaders of
the IUSS Commission 1.6 Paleopedology Maria Bronnikova, Elizabeth Solleiro, and Tobias
Sprafke applied for a permanent Paleopedology Working Group (WG) within the INQUA
Commission TERPRO, which is essentially co-affiliated to the IUSS Commission 1.6
Paleopedology. This WG is not funded by INQUA, but it will benefit from involvement in
TERPRO activities, especially those which are connected with the new IFG for the intercongress period of 2020-2023.
1
Paleosol and soil analysis for assessing climate, time and duration of land surface stability of Quaternary
terrestrial systems.
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We thank Alessandro Fontana (University of Padova, Italy), Daniela Sauer (University of
Göttingen, Germany), Onn Crouvi (Geological Survey of Israel, Jerusalem), Rajiv Sinha
(Indian Institute of Technology, Kanpur) for the initiative to apply for the IFG HYPEDAE:
PalaeoHYdrological, -PEDological and -AEolian processes shaping Quaternary
landscape.
These two collaborative applications were prepared and submitted to the TERPRO
administration in October 2019. 31 January 2020, is the deadline for submission, by
which time the final proposals should be submitted to the TERPRO Commission and the
INQUA Secretary-General.
One key issue regarding INQUA activities applications is that we must present a ‘Confirmed
international participation’ form. In October, we were already circulating this call and
collected about 40 members. Still, surely there are more of us who are interested in a strong
position of paleopedology in INQUA. Therefore, we kindly ask you to confirm your
participation in the new Paleopedology Working Group (WG) and/or the new IFG
HYPEDAE (FG) by filling the following document:
https://docs.google.com/document/d/1Yk4Fj_hsA5SV8R_0nJEsDK1PNg0Icn8Ge5DudxKSMc/edit
We appreciate your help, thank you for your collaboration!
Maria Bronnikova, Elizabeth Solleiro, Daniela Sauer, Tobias Sprafke, and Alexander Makeev
IUSS Commission 1.6 – Paleopedology
INQUA International Focus Group QUASAP
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Past Conferences & Meetings
20th Congress of the International Union for Quaternary Research (INQUA),
Dublin, Ireland; 25-31 July 2019
The following are all INQUA2019 titles that included the word ‘paleosol(s)’
‣ Buried late Pleistocene paleosols in the context of the Quaternary landscape evolution of NorthWestern Siberia. Sedov S., et al.
‣ Colorimetric variations of loess-paleosol sequences in SW Poland. Marcin Krawczyk, Sprafke T., et al.
‣ Correlation of the loess-paleosol bassets in a short distance: reconstruction of the 350 ka
development of Basaharc section, Hungary. Erzsébet H., et al.
‣ Disentangling the effect of thermal and microbial degradation on the distribution pattern of paleosol
derived n-alkanes: Implications for paleo-fire reconstruction. Sarangi V., et al.
‣ Dust from the Sahara and Sahel to the Atlantic: Evidence from the mineralogy and geochemistry of
paleosols, Canary Islands, Spain. Muhs, D.R., et al.
‣ Geochronology and paleosols study of the lower terraces in the Middle Tagus River (Toledo, Central
Spain): paleoclimatic implications. Roquero E., et al.
‣ High-resolution luminescence chronology for the coastal loess-paleosol sequences in the Jiaodong
Peninsula and Miaodao Archipelago, Eastern China. Yi S., et al.
‣ Luminescence chronology of environmental evolution of the Ob Plateau loess-paleosol sequence in
the Late Quaternary. Volvakh N., et al.
‣ Modelling of interglacial paleosol development in the Chinese Loess Plateau. Nirmani K., et al.
‣ Multiproxy reconstruction of Pleistocene paleoclimatic/paleoenvironmental changes in the Aalat
pedostratigraphic succession (Eritrea). A focus on paleosols and stable isotopes. Scarciglia F., et al.
‣ Multi-scale microstructure and mineral grain size distribution of paleosol S0,S1 and loess L1 on
Luochuan, China. Li X., et al.
‣ Paleoclimate change record in the Dejvice loess-paleosol sequence (Prague, Czech Republic).
Flašarová K., et al.
‣ Paleoclimate implications from grain-size analysis of loess/paleosol sequences from the Carpathian
Basin. Novothny A., et al.
‣ Paleosols in Cover Sediments on Pleistocene Terraces of the Mosel River. Kühn P., et al.
‣ Superposition of paleosol horizons in the last 350 ka: a case study from the Hévízgyörk loesspaleosol sequence (Hungary). Csonka D., et al.
‣ Why are soils in Loess-Paleosol-Sequences in Southern Tunisia sandy? Faust D., et al.
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34th International Meeting of Sedimentology (IAS), Rome, Italy; 10-13
September 2019
The IAS Meeting of Sedimentology, of the International Association of Sedimentologists
(IMS), gathers over 1,000 participants to discuss and share the most recent advances in
sedimentology.
This time the programme included a session on paleosols, which turned out to as a big
success. As a result, the next IAS meeting (Prague 2020) will include a session with a very
similar name; Theme T01 - Continental environments and depositional systems, and Special
Sessions: T01-SS01 - Paleosols: A treasure chest to understand the paleoenvironmental
and sedimentary processes in continental realm.
The 2019 meeting included session 5.B Paleosols: A treasure chest to understand the
sedimentary processes in continental realm, chaired by Giorgio Basilici, Marco Benvenuti,
Isabelle Cojan, Stefano Carnicelli, Maria Sol Raigemborn, Augusto Varela, and Andre
Marconato.
The paleosol session was extremely interesting, very much due to the fact that the host
event hardly relates to pedology. The presented studies were highly professional, with each
researcher giving his/hers personal interpretation on paleosols, accompanied by unusual
approaches and technics of examining them. Most presented works were related to preQuarternary soils, while in our (Commission 1.6 - Paleopedology) paleosols meetings, preQuaternary paleopedology is still scarce.
Thus, we brought from this meeting a fresh view, inspirational research experience and new
ideas.
Maria Bronnikova
Desna 2019 Report: Cultural geography of the Paleolithic of the East European
Plain: from the Micoquian to the Epigravettian, Bryansk Oblast, Russia; 10-16
September 2019
Collaboration with archaeologists provides one of the most fruitful and exciting fields of
research for paleopedologists. Within the archaeological community, colleagues who work
on paleolithic cultures usually show much interest in geoscientific research, and particularly
in pedo-archaeology. This interest was clearly demonstrated at the regional archaeological
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conference “Cultural geography of the Paleolithic of the East European Plain: from the
Micoquian to the Epigravettian”, organized in the Bryansk Oblast of Russia by the key
Russian archaeological institutions together with the regional Government, University and
Museum. Besides the Russian research groups, specialists from Poland, Germany, Czech
republic and Rumania have participated in that conference. The scientific sessions took
place at the Bryansk State University. Additionally to numerous talks on archaeological
topics, these sessions have included a set of contributions regarding paleoenvironmental,
geomorphological and geochronological aspects of middle to late Paleolithic occupations.
3 papers were dedicated to the Late Pleistocene paleosols associated with the Paleolithic
findings in Kostenki, Zaraysk and near Moscow. The most impressive part of the event was
the scientific excursions to the famous archaeological sites of the Desna River Basin:
Khotylevo I and Betovo for the middle Paleolithic and Khotylevo II and Yudinovo for the upper
Paleolithic. In the large and beautifully prepared profiles, it was demonstrated that most of
the major cultural layers are closely related with Late Pleistocene Paleosol levels. A
multidisciplinary geoscientific research is being conducted at each site, enabling to correlate
paleopedological results with other (sedimentary, paleontological, palynological etc.) records,
and detailed chronology. Undoubtedly, the Paleolithic archaeological sites provide one of the
best ‘laboratories’ in which paleopedologists, together with other specialists, could work on
the integral paleoenvironmental reconstructions which shed light on the earliest stages of
human-landscape interaction. Further information: https://www.archaeolog.ru/media/2019/
konferencii_2019/gavrilov_mikok/Gavrilov_Tezis_2019.pdf
Sergey Sedov
Left: Profile of the middle Paleolithic site Khotylevo I; Right: Discussing with Dr. G.A. Khlopachov
in the excavation of the Yudinovo Upper Paleolithic site (photos courtesy: Sergey Sedov)
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GSA 2019 Annual Meeting. Phoenix, Arizona; 22-25 September 2019
The following are all GSA2019 titles under both oral and poster sessions (capitalization
follows the original style of program).
Soil Forming Processes and Quaternary Landscape History
Conveners: J.B.J. Harrison, Eric V. McDonald, and Brad D. Sion.
‣ THE SOIL PRODUCTION FUNCTION AND LANDSCAPE EVOLUTION: A TWENTY-YEAR
PERSPECTIVE. Heimsath A.M.
‣ SPATIAL VARIATIONS IN HILLSLOPE MORPHOLOGY RELATE TO LITHOLOGY AND BASE LEVEL.
Miller N., et al.
‣ QUANTIFYING SEDIMENT THICKNESS AND PRE- AND POST-SETTLEMENT SEDIMENTATION
RATES FOR HIGH PLAINS PLAYA WETLANDS UTILIZING 210PB AND 14C DATING TECHNIQUES.
Bowen M.W.
‣ USING NONCONTRIBUTING AREA TO ASSESS LANDFORM DEVELOPMENT IN THE CENTRAL
LOWLANDS OF NORTH AMERICA. McDanel J.J.
‣ LUMINESCENCE SIGNALS FROM SOIL AND SAPROLITE IN DEEPLY WEATHERED PROFILESINTRIGUING NEW RESULTS FROM THE PIEDMONT OF NORTH CAROLINA. Nelson M.S.
‣ RATES, PROCESSES, AND TIMESCALES OF BASALT WEATHERING IN THE TROPICS. Nelson S.T.
‣ FORMATION OF PEDOGENIC CARBONATE CRUSTS (CALCRETES) IN TROPICAL KARST
LANDSCAPES AS ARCHIVES FOR PALEOENVIROMENTAL RECONSTRUCTIONS₋A CASE STUDY
FROM YUCATAN PENINSULA, MEXICO. Solleiro-Rebolledo E., et al.
‣ EFFECTS OF REGIONAL CLIMATE DIFFERENCES ON RATES OF SOIL DEVELOPMENT: INSIGHTS
FROM WELL-DATED CHRONOSEQUENCES IN THE RIO GRANDE RIFT. Brad D.S., et al.
‣ DUST-DOMINATED CUMULIC ARIDISOL PEDOGENESIS DOMINATED THE PLIOCENE TAOS
PLATEAU, NEW MEXICO, USA. Hobbs K.M.
‣ INFLUENCE OF PARENT MATERIAL LITHOLOGY ON DUST ACCUMULATION IN ALLUVIAL FAN
SOILS, MOJAVE DESERT CALIFORNIA U.S.A. McDonald E.V., et al.
‣ EVOLUTION OF THE LANDSCAPE AND PEDODIVERSITY ON VOLCANIC DEPOSITS IN THE SOUTH
OF THE BASIN OF MEXICO AND ITS RELATIONSHIP WITH AGRICULTURAL ACTIVITIES. SolleiroRebolledo E., et al.
‣ CENTRAL CUBAN RIVER WATERS INDICATE HIGH RATES OF CHEMICAL WEATHERING WHEREAS
LOW NUTRIENT LOADS REFLECT SUSTAINABLE AGRICULTURAL PRACTICES. Bierman P., et al.
‣ FIRST DENUDATION RATE ESTIMATES FOR RIVER BASINS IN CENTRAL CUBA FROM
GEOCHEMICAL, COSMOGENIC ISOTOPE, AND SEDIMENT YIELD DATA. Campbell M.K., et al.
‣ BETTER UNDERSTANDING THE GEOLOGY OF CENTRAL CUBA THROUGH STREAM SEDIMENT
COMPOSITION ANALYSIS USING X-RAY DIFFRACTION. Williamson L., et al.
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‣ QUANTIFYING THE EFFECTS OF ORGANIC AGRICULTURE IN 26 CENTRAL CUBAN RIVERS USING
SHORT-LIVED FALLOUT RADIONUCLIDES IN DETRITAL RIVER SEDIMENT. Monica D., et al.
‣ USING FALLOUT RADIONUCLIDES TO IDENTIFY THE EROSIONAL IMPACT OF LAND USE IN
SOUTHWESTERN CHINA. Monyak P.N., et al.
‣ HURRICANES ALTER SHORT-TERM CONCENTRATION OF DETRITAL 10BE,210PBEX, 137CS, AND
7BE, BUT DO NOT CHANGE LONG-TERM EROSION RATE ESTIMATES. Amber E, et al.
‣ PEDOGENIC RECORD OF ENVIRONMENTAL CHANGE IN THE UPPER SAN PEDRO RIVER BASIN.
Rasmussen C.
‣ INVESTIGATING PALAEOMEGAFLOOD SEDIMENTATION INFLUENCES ON VINEYARD SOILS IN
SUNNYSLOPE, ID, SNAKE RIVER VALLEY. Haggen R.
INQUA, IFG Ponto-Caspian Stratigraphy and Geochronology (POCAS) meeting,
Tehran, Iran; 11-18 October 2019
The 3rd Plenary Meeting and Field Trip of INQUA IFG 1709F POCAS was held at the Iranian
National Institute for Oceanography and Atmospheric Science, Tehran (INIOAS was the main
organizer of the conference). This Project is co-headed by Prof. Valentina Yanko-Hombach
(Head of the Department of Physical and Marine Geology, Geological-Geographical Faculty,
Head of Interdisciplinary Scientific and Educational Center of Geoarchaeology, Marine and
Environmental Geology and President at Avalon Institute of Applied Science), and Prof.
Tamara Yanina (Head of the Scientific Laboratory of the Pleistocene Paleogeography, MSU).
The theme of the meeting focused on the Quaternary stratigraphy and geochronology of the
Ponto-Caspian Region. The conference included 3 main sections with oral and poster
presentations:
‣ General questions regarding the Ponto-Caspian Corridor.
‣ Black Sea, Sea of Azov, and Sea of the Marmara Region.
‣ Caspian Sea Region.
Most reports were devoted to quaternary geology and geomorphology of the Ponto-Caspian
Region, e.g., ‘Late Holocene landscape dynamics in the forest-steppe area of the Russian
Plain based soil chronosequence; the Borisovka Scythian settlement’ (Dr. A. Rusakov),
‘Returning to the problem of the Baer knolls origin’ (Dr. E. Badyukova), ‘Studies of
contemporary soils and paleosols, e.g., ‘Vertical and spatial differentiation of recent finetextured soils in Caspian Sea coast: Case study from Golestan (Iran) and Dagestan (Russia)’,
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(I. Semenkov), ‘Morphogenetic analysis of buried soils as a proxy for Paleogeographic
Reconstruction (loess-paleosol sequence of Srednaya Akhtuba key section, Lower Volga
area’ (Dr. M. Lebedeva). Small number of reports dealt with paleontological investigations,
e.g., ‘New discoveries of the Lower Paleolithic on the shores of the Early Pleistocene
Caspian Sea’ (Dr. A. Zeynalov).
The meeting included speakers from 6 countries; Iran, Russia, Ukraine, Azerbaijan, Turkey
and Canada. The post-conference tour covered four field trips to different parts of the Guilan
province of Iran. During the first trip, participants visited at the Manjl Fault, Shemshak
Formation, Rashi cave, Marlik Iron Age Cemetery, Shahran Iron Age Cemetery, and Saravan
loess. The second day included visits at the old beach deposits near Rasht, Qale Rudkhan
Castle, and Masuleh. Later, participants were taken to the Anzali Lagoon, Anzali Spit,
Sefidrud Delta, Kiashahr Lagoons, and the old Sefidrud river.
More information is available at http://www.avalon-institute.org/inqua/meeting_past.php
Marina Lebedeva and Alexandra Churilina
Group photo (photo courtesy: Marina Lebedeva and Alexandra Churilina)
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Reading the book of nature: Soils as records of past and present,
GeoArchaeological Meeting, Bruges, Belgium; 7 November 2019
To celebrate the 80th anniversary of Prof. Em. Roger Langohr, a special Geoarchaeological
Meeting was organised in the medieval city of Bruges, Belgium. Roger Langohr is an
international authority in the field of soil science and most particularly in the field of soil
genesis, soil morphology and archaeopedology. At the Ghent University, he established the
unit of archaeopedology as part of the international postgraduate programme in Physical
Land Resources. His teaching and international research has been inspirational to thousands
of students and fellow researchers. Roger Langohr always insists on taking a holistic
approach for reading the soil as a book, the “book of nature”. He is always keen on teaching
how insights into soil genesis enables to read the soil book for understanding past climatic
changes, paleo-environments as well as past and current land-uses.
The booklet with the abstracts of the conference is available at http://doi.org/10.5281/
zenodo.3527265
The proceedings of the conference, published as a book, will be available starting from the
1st of March 2020. The link for it will be http://doi.org/10.5281/zenodo.3417724 The
individual chapters can already be found at zenodo.org
Stefaan Dondeyne
85th anniversary of Victor Targulian: Honorary Session and presentation of a
new book, Institute of Geography, Russian Academy of Sciences, Moscow,
Russia; 5 December 2019
Honorary Session of the Scientific Council was held on World Soil Day, 5 December 2019.
The Session was devoted to the 85th anniversary of Prof. Em. Viktor Targulian, who is one of
the world’s most outstanding pedologists and paleopedologists, first winner of the
Dokuchaev Award, and Honorary Member of the International Union of Soil Sciences.
Targulian has contributed a lot to the fundamentals of pedogenesis; he developed the
general theory of soil system behaviour in time, based on the concept of characteristic time
of specific pedogenic processes; described the place and role of the pedosphere among
the surface exogenic systems of the Earth and other terrestrial planets; introduced the
concept of ‘soil memory’ as a specific type of biosphere-geospheres interactions record.
Short presentations were given by Targulian’s followers and friends. These presentations
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were devoted to Targulian’s scientific life and carrier, as well as current developments of his
key scientific ideas.
A new book of Victor Targulian ‘Theory of pedogenesis and soil change in time’ was
presented during the session. The book contains Targulian’s theoretical papers. The concept
of exons linking the pedosphere with surface formations of other planets, is emphasised.
The specific pedogenic processes, their diversity and mechanisms are explained in the
general theory of pedogenesis. Soil change in time is considered both with theoretical and
experimental approaches (the later is focused on soils of the humid tropics and subtropics).
The concept of ‘soil memory’, includes the types of record, agents, hierarchy and diversity.
One more item regards the problem of ‘soils and society’, noting human impacts and soil
responses. The book consists of papers in Russian and English.
Maria Bronnikova and Sergey Goryachkin
Targulian’s book cover (image courtesy: Maria Bronnikova)
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Upcoming Conferences & Meetings (2020)
EGU General Assembly 2020, Vienna, Austria, 3-8 May 2020
Dear friends of pedology and palaeopedology, if you are thinking about attending EGU
2020, please have a look at Programme Group SSS3 - Soils as Records in Time and
Space: https://meetingorganizer.copernicus.org/EGU2020/provisionalprogramme/
SSS#s35030
Abstract submission will be open until 15 January 2020
There are 5 interesting sessions have been proposed within our Programme Group SSS3:
Soil-forming processes from microscopic to landscape scale and the role of dust
input on pedogenesis
Conveners: Daniela Sauer and Markus Egli
Soil formation can be observed at various scales. For instance, at a centimetre scale, soil
structure formation creates spatial patterns, which may result in contrasting conditions for
weathering, redox processes and microbial activity within a few µm to mm. Soil formation at
a horizon to pedon scale is usually characterized by the transition from one soil type to
another, as investigated e.g. in soil chronosequences studies. Finally, soil formation at
landscape scale involves also lateral processes such as erosion-sedimentation, or transport
of solutes that may lead to predominantly depleted upslope soils and predominantly
enriched footslope soils. Processes that take place at one scale may with time lead to soil
changes at another scale. These concepts are complicated by the fact that many soils do
not simply form from local weathering products, but also have some aeolian contribution.
This is the case especially for soils in arid and Mediterranean climates, mountain regions,
areas of active volcanism, and coastal landscapes. Furthermore, many soils of temperate
regions developed from slope deposits enriched in windblown silt. These deposits are
usually related to periglacial conditions during the last glacial.
In this session, we seek abstracts on 1) aeolian inputs into soils, implications for soil genesis
and ecologically relevant soil properties, and 2) soil processes proceeding at different scales
and interactions across scales (both spatial and temporal).
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Anthropogenic soils and landforms as legacies of past land use
Conveners: Thomas Raab, Patrick Drohan, Florian Hirsch, Anna Schneider
Human land occupation and cultivation often results in characteristic modifications of soils
and geomorphology. Widespread examples for pedological and geomorphological land use
legacies are agricultural terraces, ridge and furrow systems, or relict charcoal hearths.
Pedological legacy effects can also occur without a concurrent characteristic modification of
the surface morphology, e.g., as colluvial soils, relict ploughing horizons in abandoned
agricultural areas, or through legacies of past soil amendment. Anthropogenic soils and
landforms provide a valuable archive function for geoarchaeological and paleoenvironmental
studies. Their spatial distribution can give insight on past land use systems, and their
properties provide an enormous potential for process-related research, e.g., for studying
long-term effects of carbon enrichment or depletion. Furthermore, land use legacies also
affect current ecosystems, as sites often differ from the surrounding landscape in soil
chemistry or soil physical properties and in consequence of these specific ecological
conditions, sites can exhibit altered species composition, plant growth or cover.
In this session, we would like to gather studies focusing on different types of anthropogenic
soils and landforms, working on various scales and in different ecosystems. We invite
contributions that approach the ecological, geomorphological, and geoarchaeological
significance of land use legacy soils and landforms by:
‣ mapping and analyzing the spatial distribution of anthropogenic relief features and
anthropogenically-affected soils, e.g., using digital elevation models, historic maps or field
surveys, or remote sensing data;
‣ characterizing the specific properties of anthropogenic soils and sediments, e.g., soil
stratigraphy, carbon dynamics, or nutrient availability of land use legacy sites or areas;
‣ reconstructing past land use or paleoenvironments based on the distribution and
properties of anthropogenic soils and landforms;
‣ studying the effects of anthropogenic soils on plants and ecosystems, e.g., forest cover
composition, plant growth rates, or soil microbial communities, or by evaluating
consequences of anthropogenic soil presence or heritage features for land management,
e.g. archaeological relevance, heritage value, conservation strategies
By bringing together such studies, the session aims at making a step towards assessing the
effects of land use legacies on a landscape scale.
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Soil Classification - a tool for understanding soil genesis, soil distribution, soil
mapping and for communication
Conveners: Tiina Törmänen, David Badía-Villas, Stephan Mantel
For the rationalization of research in any natural science, there is no other way than to rely on
taxonomy as developed as possible, and so it is with soil science. Moreover to extrapolate
results and to publish any research carried out on a soil requires offering the name of that
soil, as one more piece of the study area. With the classification of the soil and its spatial
distribution, we can eventually gain information on 1) soil genesis and dynamics of the land
systems, 2) soil sensitivity and resilience for degradation and other soils threats, 3) the
potential and limitations for land use, and 4) in addition climate change.
The session is proposed to bring together papers focussing on international soil
classification systems. A special focus is given to the third edition (2014) of the international
soil classification system World Reference Base for Soil Resources (WRB). This symposium
welcomes papers focussing on soil classification systems such as WRB (3rd ed, 2014) or
Soil Taxonomy, either or not linked with national classification approaches.
Presenters may show how they use soil classification and soil maps to derive understanding
and information. Experiences may be shared on how soil classifications are used and
possibly linked to processes of digital soil mapping and novel soil survey techniques such
as proximal sensing technologies, and detailed digital elevation models.
Recent advances in palaeoenvironmental reconstruction based on palaeosols
Conveners: Florian Hirsch, Tobias Sprafke
Palaeosols represent valuable records of the local to regional combinations of environmental
factors that were present during the time of their formation. Significant progress in
deciphering these records has been achieved e.g. through advances in analytical methods,
such as in the fields of isotopic techniques, plant-derived biomarkers, geochemical
weathering indices, microscopic and sub-microscopic techniques.
In this session we particularly welcome contributions on:
‣ the use of palaeosols as records of local to regional present and former environments,
‣ advances in biochemical, geochemical, (sub-)microscopic and other techniques in
palaeopedology,
‣ experiments and basic research, aiming at improving the interpretation of
palaeoenvironmental data such as biomarker and isotope data,
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‣ predictions of future soil changes as a result of changes in environmental conditions and/
or land-use, based on observed past soil responses to environmental changes.
Geoarchaeological records of human-landscape interaction: from a nature-dominated
world to the Anthropocene
Conveners: Julia Meister, André Kirchner, Guido Stefano Mariani, Kathleen Nicoll, Hans von
Suchodoletz
Documenting the diversity of human responses and adaptations to climate, landscapes,
ecosystems, natural disasters and the changing natural resources availability in different
regions of our planet, cross-disciplinary studies in Geoarchaeology provide valuable
opportunities to learn from the past. Furthermore, human activity became a major player of
global climatic and environmental change in the course of the late Quaternary, during the
Anthropocene. Consequently, we must better understand the archaeological records and
landscapes in context of human culture and the hydroclimate-environment nexus at different
spatial and temporal scales. This session seeks related interdisciplinary papers and specific
geoarchaeological case-studies that deploy various approaches and tools to address the
reconstruction of former human-environmental interactions from the Palaeolithic period
through the modern. Topics related to records of the Anthropocene from Earth and
archaeological science perspectives are welcome. Furthermore, contributions may include
(but are not limited to) insights about how people have coped with environmental disasters
or abrupt changes in the past; defining sustainability thresholds for farming or resource
exploitation; distinguishing the baseline natural and human contributions to environmental
changes. Ultimately, we would like to understand how strategies of human resilience and
innovation can inform our modern strategies for addressing the challenges of the emerging
Anthropocene, a time frame dominated by human modulation of surface geomorphological
processes and hydroclimate.
There is also a number of interesting sections related to specific paleoenvironmental
archives within these programme; group CL5 – Tools for climate studies: Geochronological
tools for environmental reconstructions; Co-organized by GM2/SSS3; Convener: Irka
Hajdas, Co-conveners: Andreas Lang, Gina E. Moseley, and Arne Ramisch.
Guidelines for submissions:
https://egu2020.eu/abstracts_and_programme/how_to_submit_an_abstract.html
For more information about EGU, please, visit https://www.egu2020.eu/
Abstract submission (deadline: 15 January 2020, 13:00 CET)
Daniela Sauer
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Issue 28, December 2019
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35th International Meeting of Sedimentology supported by the International
Association of Sedimentologists. Prague, Czech Republic, 23-25 June 2020
This is the main annual event of the IAS. Special session on Paleosols is planed in the
framework of theme T01 - Continental environments and depositional systems; and T01SS01 - Palaeosols: A treasure chest to understand the palaeoenvironmental and
sedimentary processes in continental realm.
Registration is open: https://www.iasprague2020.com/registration/
Deadline for abstract submission is 15 February 2020
XIVth International symposium and field workshop on paleopedology (ISFWPXIV) Paleosols, pedosediments and landscape morphology as archives of
environmental changes Russia, Altai, 13-23 August 2020
Organizers: IWG Paleopedology, IFG HYPEDAE: PalaeoHYdrological, -PEDological and AEolian processes shaping Quaternary landscapes (HYPEDAE), Commission Terrestrial
Processes, Deposits & History (TERPRO) depending on approval by INQUA in March
2020HONORARY.
Chairs: Maria Bronnikova (Institute of Geography RAS, Moscow, Russia; IUSS, Commission
1.6 Paleopedology, INQUA TERPRO IWG Paleopedology leader). Elizabeth Solleiro
Rebolledo (National Autonomous University of Mexico - UNAM, Mexico; IUSS, Commission
1.6 Paleopedology, INQUA TERPRO advisory board member, INQUA TERPRO IWG
Paleopedology co-leader). Daniela Sauer (Institute of Geography, University of Göttingen;
INQUA TERPRO IFG HYPEDAE co-leader).
Patronage: Dr. Olga Solomina, corresponding member of Russian Academy of Sciences,
Institute of Geography RAS, Moscow, Russia; Dr., Prof. Alexandr Puzanov, Institute for Water
and Environmental Problems SB RAS, Barnaul, Russia. Honorary Patronage: Dr. Olga
Solomina (corresponding member of the Russian Academy of Sciences, Institute of
Geography RAS, Moscow, Russia). Dr., Prof. Alexandr Puzanov (Institute for Water and
Environmental Problems SB RAS, Barnaul, Russia).
General information
Official language: English.
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Venue: The early career researcher school on paleopedology (14 August), the symposium
(15-16 August), and one-day field excursion (17 August) will be held at the Tourist Base
Taininskaya Sloboda (http://ta-sloboda.ru/), located 55 kilometers from Gorno-Altaysk, in the
picturesque corner of the lowland Altai, on the shore of Lake Kireevo.
Pre-Symposium: Before the beginning of the academic sessions of the symposium on 14
August, we invite early career researchers to take part in the lecture school on
paleopedology. The one-day school, organized within the XIV ISFWP, continues the tradition
of international schools on paleopedology for young scholars, held in Altai for the previous
10 years by Prof. M.I. Dergacheva.
Leading specialists in the field of paleopedology will deliver a series of lectures on theoretical
and methodological problems of paleopedology. Amongst the guest speakers: Joseph
Mason (University of Wisconsin-Madison, USA), Alexander Makeev (Soil Science Faculty,
Moscow State University, Moscow, Russia), Maria Dergacheva (Institute of Soil Science SB
RAS, Novosibirsk, Russia), Sergey Sedov (National Autonomous University of Mexico,
Mexico), Cezary Kabala (Wrocław University of Environmental and Life Sciences, Wroclaw,
Poland), Daniela Sauer (University of Göttingen, Germany), Elizabeth Solleiro Rebolledo
(National Autonomous University of Mexico, Mexico), Elya Zazovskaya (Institute of
Geography, RAS, Moscow, Russia), Marina Lebedeva (Dokuchaev Soil Science Institute,
Moscow, Russia).
Scientific coverage of academic sessions and field workshop will include soil, geomorphic,
sedimentary archives/records/memory of environmental changes; specificity of different
types of paleoenvironmental archives and their correlation.
Preliminary list of sections (main topics) for the scientific symposium:
‣ Loess-, alluvilal-, colluvial-, tephra-paleosol sequences: case studies, specific features for
different types of paleoenvironmental records, correlation between different types of soilsedimentary records, and with other paleoenvironmental archives.
‣ Paleosols and pedosediments of human habitats.
‣ Surface paleosols and relic features in contemporary surface soils.
‣ Pre-Quarternary paleosols: paleoenvironment and diagenesis.
The field workshop will take place during 18-23 August, after the early career researcher
school, symposium and a one-day tour on 17 August, which are held on the basis of the
Taininskisya Sloboda tourist resort. The route of the workshop will cross the Russian part of
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Issue 28, December 2019
20
the Altai from north-west to south-east, up to the border with Mongolia (the total length of
the route Taininskaya Sloboda - Kosh-Agach - the valley of the Boguty River - Gorno-Altaisk
- is about 1400). In addition to Pleistocene and Holocene soil sedimentary sequences and
paleogeography of the region with different topography elements, the participants of the field
workshop will see the whole variety of picturesque and diverse landscapes of the Altai: from
foothill and mountain steppes and mountain taiga to deserted steppes and mountain tundra.
Schedule
13 August - Check-in and registration of the early career researcher school participants.
14 August - Early career researcher school on paleopedology; Check-in and registration of
participants of the symposium and field workshop
15 August - Opening the symposium, academic session, and icebreaking party
16 August - Academic sessions
17 August - One-day tour; Middle-Late Pleistocene loess-paleosol series: soils complexes
from Shadrikha interglacial (MIS-11) to Kargin interstadial (MIS-3) in the quarry near
Krasnogorskoye village, low-mountainous North-Eastern Altai, visit to the National Museum
of the Republic of Altai; Introductory lecture for the field workshop (August, 18-23)
participants; Brief physical and geographical overview (climate, geology, geomorphology,
vegetation and soil cover), Quaternary history of the region.
18-23 August - Field workshop; Taininskaya Sloboda - v. Aktash - v. Kosh-Agach - valley of
the river Boguty - Gorno-Altaisk.
Route of field workshop: 18 August - 8.00-21.00 Transfer from "Taininskaya Sloboda"
tourist center to Aktash village (393 km). On the way it is planned: excursion in the GornoAltaisk Botanical Garden "Clean Meadow" (branch of the Central Siberian Botanical Garden
of Russian Academy of Sciences) http://g-abs.ru/, stops for observation of contemporary
soils, sedimentary sequences and geomorphic features related to the Pleistocene and
Holocene history of landscapes; sightseeing, and short photo-stops with pictures views.
Overnight stay in Aktash village.
19 August - Holocene soil-sedimentary sequences in the valley of the Chuya river in the
high-mountainous south-eastern Altai (between Aktash and Kosh-Agach villages) (sections
in "Baratal", "Sukhoy" and "Kuektanar" locations). Ice-dammed lakes paleo-shorelines,
sediments of outburst floods, giant gravel dunes (giant current "ripples") in the Kurai and
Chuya basin, and Sukor multievent paleoseismic landslide in the Chuya valley. Sliding
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Issue 28, December 2019
21
Neogene sediments on the Kurai Ridge. Paleolithic site Bigdon, archeological monuments
(mounds, balballs and steles, iron-smelting furnaces) connected with various nomadic
cultures. Overnight stay at Kosh-Agach village.
20 August - Chuya intermountain depression: surface polygenetic profiles with records of
Holocene environmental history: Skeletic Kastanozem Cambic and Skeletic Cambic Calcisol
Yermic; redeposited Neogene strata with signs of Pleistocene and Holocene
palaeopedogenesis; the largest landslide triggered by the 2003 Chuya earthquake in the
Taldura valley, Pleistocene moraines of Chagan-Uzun glacier, Chagan reference section of
Neogene - Eopleistocene lacustrine and alluvial, Pleistocene glacial and glacio-lacustrine
deposits. Overnight stay in Kosh-Agach village.
21 August - Landforms and sediments associated with the Holocene debris flow activity.
Valley of the Boguty river: high-mountain tundra-steppe landscapes, Late PleistoceneHolocene soil-sedimentary sequence in the small lateral tributary valley, Cryic Histosol of a
peat bog on the lake shore. Gala dinner and overnight stay in Kosh-Agach village.
22 August - Returning from Kosh-Agach village to Gorno-Altaisk, overnight stay in GornoAltaisk in Igman Hotel http://igman04.ru/.
23 August - Transfer to the Gorno-Altaisk airport.
Registration: Registration of participants and abstract submission will be conducted on the
conference website http://www.isfwp.igras.ru/ after 20 December. The registration
procedure is also required for participants who have been pre-registered.
Please note! The number of participants is restricted, so registration is based on ‘first-come
first-served’. Your place will be guaranteed only after fee payment. Registration will be closed
once the maximum number of participants is reached. Payment will be open from 1 January
to 1 March 2020.
Fees: Participation fee (August 14-23) is 950 €. It includes accommodation and three meals
a day at the Taininskaya Sloboda tourist centre during 14-18 August; an electronic version of
the conference materials and the field guide, a printed version of the field seminar guide and
final program; ice-breaking party (15 August), and gala dinner (21 August), an excursion to
the National Museum of the Republic of Altai named after Anokhin; transport,
accommodation and meals during the field seminar (18-22 August); excursion to the GornoAltaisk Botanical Garden Clean Meadow; transfer from the airport of Gorno-Altaisk to the
tourist resort Taininskaya Sloboda (14 August for all and 13 August for speakers and
participants of the pre-Symposium paleo-school), and from the hotel Igman in Gorno-Altaisk
to the airport of Gorno-Altaisk (23 August).
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Participation in the early career researcher school on paleopedology (14 August) - Early
career researcher school on paleopedology is held for students, postgraduates and young
scientists. The fee for participation in the school is 50 €. The fee includes attending lectures,
accommodation and three meals a day at the Taininskaya Sloboda tourist resort (13-14
August), coffee breaks (14 August).
Payment details will be available from 1 January on the conference website: http://
www.isfwp.igras.ru/ Please, make sure that all bank transfer costs are fully covered.
Please send an electronic copy of your payment receipt (titled “fee payment”) to the
conference email: paleosols2020@gmail.com
VISA: Details of visa requirements and support, visa form and borderland admission,
are included in the 2nd circular (published) and will be available on the Symposium’s
site.
Journey plan: Participants and speakers of the early career researcher school should arrive
at Gorno-Altaisk airport on the morning of 13 August. Participants of the Symposium and
field workshop should arrive at Gorno-Altaisk airport on the morning of 14 August (GornoAltaisk airport is connected with regular flights to Moscow).
The school on paleopedology (14 August), the symposium (15-16 August) and the one-day
excursion (17 August) will be held at Taininskaya Sloboda. Lectures of the paleo-school will
start at 9.00 (14 August), and the symposium (15 August) will also open at 9.00.
All participants (both 13 & 14 August) will be transferred from GA airport to Taininskaya
Sloboda tourist resort. This transfer will be connected to the arrival of S7 airlines flight (9.10
am, local time) from Moscow. No transfer is available on other days. On the way back (23
August), there will be a transfer from the Igman Hotel in Gorno-Altaisk to the airport.
Accommodation: Accommodation will be at Taininskaya Sloboda in double and triple
rooms. Note the different options for either private or shared bathrooms. If you have a need
to stay in a separate room, we can try to solve this problem for additional fee. Number of
rooms at the camp is limited. Participants of the field workshop will be accommodated in
double and triple rooms (bathrooms in the room or in a block of rooms).
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Issue 28, December 2019
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Route of the field workshop (image courtesy: Maria Bronnikova)
Useful information: Altai climate is ultra-continental. Much of the field workshop route
passes through mountainous area where the contrast of weather conditions can be very
significant, and night temperatures might be close to zero (even in August). Despite the
expressed moisture deficit, the maximum amount of precipitation falls in summer, so there
may be either heavy or drizzling rains. In the highland part of the rout (the valley of the
Boguty River) hail and snow are possible. Participants of the field workshop will need to be
equipped with comfortable field shoes, clothes, both in case of heat (daytime temperatures
can reach +30°C) and cold, as well as windy and rainy weather (sunscreen is needed!). The
farthest field facilities are located at a distance of 15-30 minutes walking up the slope from
the place where transport may approach. The route does not require special skills and
equipment but can be tedious.
Due to the specifics of the national cuisine, poor in fruits and vegetables, the organizers and
participants may have difficulties in meeting the demands for vegetarian food. Vegetarians
participating in the field tour should be prepared for a monotonous menu.
Please note: Altai is an endemic encephalitis area. The organizers recommend to get
vaccination against encephalitis.
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Issue 28, December 2019
24
Important dates
1 January - 1 March - Payment open.
1 March - Deadline for registration, payment and abstract submission.
Contacts
XIV ISFWP website (http://www.isfwp.igras.ru) will be active from 1 January 2020.
Please contact the secretaries of the organizing committee with any possible question: Julia
Konoplyanikova and Julia Karpova at: paleosols2020@gmail.com
Eurosoil 2020: Connecting People and Soil, 24-28 August 2020, Geneva,
Switzerland
Important dates
6 January - Early Bird Registrations Open
20 February - Call for Contributions Deadline
Mid-May - Notifications to Accepted Contribution Submitters
28 May - Early Bird Registrations Deadline
29 July - Late Registrations
Sessions related to the commission 1.6 activities
5.01 Cultural heritage of urban and pre-urban soils: geoarchaeological approach.
6.16 Soil archives to understand future changes of climate, landscapes, and the
pedosphere.
Registration and abstract submission is open at https://eurosoil2020.com/call-forcontributions/
Call for contributions is open at https://eurosoil2020.com/call-for-contributions/
Paleopedology Newsletter
Issue 28, December 2019
25
16th International Conference on Soil Micromorphology, Kraków, Poland; 30
August to 3 September 2020
This Conference will be hosted by the Jagiellonian University in Kraków; the oldest and one
of the leading Polish Universities. Schedule includes scientific sessions and a one-day midconference excursion. Pre- and post-conference activities are also planned.
General information
Venue: Jagiellonian University in Kraków, 3rd Campus, Gronostajowa Str.
Pre-conference
24-30 August - Micromorphological course (details will be announced later).
Conference
30 August (Sunday) - registration (afternoon) and ice-breaking party at the Institute of
Geography and Spatial Management, Jagiellonian University.
31 August (Monday) - registration, opening session, plenary sessions, poster session 1,
afternoon: guide visit to Kraków city center (undergrounds beneath the Main Market Square
and a walk around the city center).
1 September (Tuesday) - Plenary sessions, poster session 2, IUSS Business Meeting,
Banquet
2 September (Wednesday) - Mid-conference excursion (selected soils in Kraków and its
vicinity).
3 September (Thursday) - Plenary sessions, summary and closing ceremony.
Post-conference excursion: 4-6 September 2020 (Friday to Sunday) - Polish Upland tour
with emphasis on micromorphological aspects: Soils developed from loess, gypsum and
carbonate rocks; paleosols in loess; fossil Jurassic Podzols; Technosols in metal mining
areas.
Important dates
29 February - End of the abstract submission
29 February - Early-bird registration closed
Paleopedology Newsletter
Issue 28, December 2019
26
March/April - Acceptance of abstracts
Webpage: http://www.icosm2020.sggw.pl/
Facebook: https://www.facebook.com/16icosm/
Email: icosm2020@sggw.pl
Phone: +48 22 5932612
12th International Geochronology Summer School: Dating techniques in
environmental research, Morteratsch, Switzerland; 30 August - 03 September
2020
Topics to be covered in lectures, excursions and workshops include dating techniques such
as numerical methods (radiocarbon, exposure dating with cosmogenic nuclides, OSL,
137Cs, 210Pb, etc.), dendrochronology, anthracology, archaeomagnetic dating,
palaeolimnology, as well as relative methods like soil weathering and Schmidt-hammer
technique.
Lecturers: Holger Gärtner (WSL), Paolo Cherubini (WSL), Markus Egli (Univ. of Zurich),
Susan Ivy-Ochs (ETH Zurich/Uni Zurich), Dmitry Tikhomirov (ETH Zurich/Uni Zurich), Dennis
Dahms (Univ. Northern Iowa), Irka Hajdas (ETH Zurich), Jérôme Poulenard (University Savoie
Mont Blanc), Eileen Eckmeier (LMU University of Munich), Evdokia Tema (Univ. of Torino),
Natacha Gribenski (Univ. of Bern), Nathalie Dubois (EAWAG) and others.
The Summer School is open to young researchers (PhD students and Post-Docs)
worldwide. Participation is competitive and will be limited to a maximum of 20.
The registration fee (750 CHF) includes accommodation (room sharing required), half board
and lunch, field trips and teaching material.
Credit points: 3 ECTS
Application deadline: 30 April 2020
Registration: http://www.geo.uzh.ch/en/units/gch/geochronologysummerschool/
registration.html
Webinfo: http://www.geo.uzh.ch/en/units/gch/geochronologysummerschool.html
Paleopedology Newsletter
Issue 28, December 2019
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Fluvial Archives Group (FLAG) is an independent research group with links to
INQUA, IGU and IGBP (PAGES), holds 2020 biennial meeting in Moscow,
Russia; 2-9 September 2020
This meeting is hosted by the Institute of Geography, Russian Academy of Sciences, and
will include 1-2 day(s) of conference sessions and 7 days field trip along the upper Volga
River.
Conference and field trip topics include: Evolution of fluvial systems at different time scales,
River response to climate/tectonic/human influence, Rivers in formerly glaciated landscapes,
Alluvial geoarchaeology, paleohydrology and paleopedology, Alluvial stratigraphy and
sedimentology, Natural hazards in river valleys, Methodological issues (modelling, dating
techniques, etc.).
Deadlines
31
28
31
31
January - Preliminary registration
February - Abstract submission
March - Final registration with fee payment
May - Sending visa invitations to registered participants
Conference E-mail: Flag-2020@yandex.ru
Conference Website (in progress): http://eg.igras.ru/flag2020/
Andrei Panin, Chair of organizing committee
INQUA IFG Section on European Quaternary Stratigraphy (SEQS) - Quaternary
Stratigraphy: Sediments, localities, palaeofauna and human migrations across
Central Europe, Wrocław and Sienna near Stronie Śląskie, Poland; 27
September - 3 October 2020
Highlights of 1st Circular
Scientific sessions
‣ Karst and Cave sequences
‣ Quaternary stratigraphy, chronology, geomorphology and tectonics
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‣ Human and environment in the Quaternary
‣ Major regional subdivisions of the Quaternary in European and Asian regions: toward a
common data-base (Datestra)
Publication of conference papers: Proceedings will (most probably) be published as a
Special Issue of Quaternary International. The Organizing Committee will invite authors to
contribute to this volume.
Payment: Payment of the conference fees will open in January 2020. All fees include
current VAT. The conference fee can be paid with bank transfer only until 20 September
2020.
The conference fee includes scientific sessions, abstract volume, other scientific material
and coffee breaks, banquet and cultural programme. The early registration fee will be fixed
around 150 Euro. After 30 June 2020 it will be fixed around 200 Euro.
The organizers highly recommend accommodation and meals (27-30 September) provided
by Aparthotel for around 250 Euro. Filed trips fee will be fixed for around 300 Euro for the
early registration, and 350 Euro after 30 June 2020. Overnights, food and transport
included.
For official letter of invitation (visas etc., in case needed) please contact the organizers.
Dates and deadlines
15 January - Start of registration
30 June - Deadline for early registration payment
10 August - Deadline for abstract submission and late registration.
5 September - 2nd Circular with a definitive programme
27 September - Workshop SEQS
28-29 September - Indoor meeting
30 September - 3 October - Excursion
Financial support
Financial support by SEQS-DATESTRA for PhD students, early career researchers and DCR
will probably be available, depending upon the final decision of INQUA.
See https://www.inqua-seqs.org/, or contact Pierluigi Pieruccini pierluigi.pieruccini@unito.it
Paleopedology Newsletter
Issue 28, December 2019
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Institutions supporting the conference
INQUA – SEQS Section on European Quaternary Stratigraphy
INQUA - SACCOM Commission on Stratigraphy and Chronology
University of Warsaw
Polish Academy of Sciences
Committee for Quaternary Research, PAS
Polish Geological Society
Organizing committee
Krzysztof Stefaniak, Adrian Marciszak, Artur Sobczyk, Adam Kotowski, Janusz Badura,
Urszula Ratajczak; Secretary: Urszula Ratajczak
e-mail: seqspoland2020@gmail.com, urszula.ratajczak2@uwr.edu.pl
Department of Palaeozoology Sienkiewicza 21 str. 50-335 Wrocław
—————————————————————
At the museum of the Yudinovo Archaeological Site (photos courtesy: Sergey Sedov)
Paleopedology Newsletter
Issue 28, December 2019
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New Publications
Soils of the Past: An Introduction to Paleopedology, 3rd Edition
Gregory J. Retallack
Department of Earth Sciences, University of Oregon, Oregon, USA.
(gregr@uoregon.edu)
At last the third edition of “Soils of the past” is available, replacing the edition of 2001. These
dates are significant because 2001 is about when a new generation of quantitative
pedofunctions began to be published. Few of these were in the 2nd edition, but there are
now many in this new edition: so many that they are consigned to tables as a convenient
reference. Pedofunctions such as climofunctions and chronofunctions have been a
preoccupation of paleopedology, because they allow interpretation of past environments
from paleosols. This whole discipline was started by the late great Hans Jenny, and can be
called nomopedology, or laws of soil science. Another direction featured in the new edition
is astropedology, or soil science of the early earth and other planetary bodies in the solar
system. Soils of the Moon have been known for many years, but Curiosity Rover has
revealed a treasure trove of new information on Martian paleosols. Precambrian paleosols at
major geological unconformities have been known for many years, but newly discovered
have been a variety of paleosols in sedimentary sequences, which are uncannily like Martian
paleosols in their limited oxidation and abundant sulfate minerals. Despite difficulties with
science funding and student interest in natural science, we live in an age of information and
accelerating discovery, and this new edition is long overdue.
Part I: Soils and paleosols; Paleopedology・Soils on and
under the landscape・Features of fossil soils・Soil-forming
processes・Soil classification・Mapping and naming
paleosols・Part II: Factors in soil formation; Models of soil
formation・Climate・Organisms・Topographic relief as a
factor・Parent material as a factor・Time as a factor・Part III:
Fossil record of soils; A long-term natural experiment in
pedogenesis・Soils of other worlds・Early life on land・Large
plants and animals on land・Afforestation of the land・Human
impact on landscapes (photo courtesy: Gregory Retallack)
ISBN: 978-1-119-53045-9 | Wiley-Blackwell | 552 Pages
www.wiley.com/Soils of the Past
Paleopedology Newsletter
Issue 28, December 2019
31
Invited Contributions
Development of geochemical paleoclimate proxies and pedotransfer functions
for paleosols
Steven G. Driese1, Lee C. Nordt1, William E. Lukens1,2, Gary E. Stinchcomb3, and Jack D.
Tubbs1
Terrestrial Paleoclimatology Research Group, Department of Geosciences, Baylor
University, Texas, USA (Steven_Driese@baylor.edu)
2 School of Geosciences, University of Louisiana at Lafayette, Louisiana, USA
3 Watershed Studies Institute & Earth & Environmental Sciences, Murray State University,
Kentucky, USA
1
The great interest in paleosol bulk geochemistry has driven two primary directions of
research: 1) estimation of paleoclimate conditions, chiefly mean annual precipitation (MAP)
and mean annual temperature (MAT), and 2) estimation of colloidal soil properties such as
pH, base saturation, CEC, etc. that relate to soil ecosystem function. Initial paleoclimate
proxies were developed based on relatively small and somewhat biased soil data sets in
which MAP was limited to 200-1600 mm yr-1 and MAT was limited to 2-22 oC [1]. Our
research group recently developed a more widely applicable paleoclimate model (PPM1.0)
using 600+ B horizons of North American soils forming under spanning greater ranges of
MAP (130-6900 mm yr-1) and MAT (0-27 oC), but this increased range has come at a cost in
terms of increased error estimates for MAP [2]. Whereas estimations of MAP for paleosols
appear generally reliable, many available MAT proxies underestimate MAT based on
paleolatitudinal reconstructions and paleobotanical proxies; these are paleosols lacking
sufficient time of pedogenesis to achieve equilibrium with climate due to geomorphic
instability within paleoenvironments. Another area of development is pedotransfer functions
useful for estimating colloidal properties. Although well-established for one type of soil
(Vertisols: heavy clay soils with a high shrink-swell potential) and their paleosol equivalents
[3], only soil pH has thus far been shown amenable to a universal soil approach [4]. Rather
than continuing with traditional regression-based approaches, promising new avenues
include regression trees and machine learning to more thoroughly interrogate soil
geochemical data bases [5].
[1]
[2]
[3]
[4]
Sheldon et al. (2002) J. Geol. 110, 687-696.
Stinchcomb et al. (2016) Am. J. Sci. 316, 746-777.
Nordt and Driese (2010) Am. J. Sci. 310, 37-64.
Lukens et al. (2018) J. Geol. 126, 427-449.
Paleopedology Newsletter
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32
[5] Lukens et al.
(in review) Am. J. Sci.
Submitted to GOLDSCHMIDT2019 | 18-23 August 2019 | Barcelona | Spain
https://goldschmidt.info/2019/abstracts/abstractView?id=2019001029
Critical Zone Studies of Texas Vertisols: Implications for Interpreting Climate,
Landscapes, and Biota of the Past
Steven G. Driese1, Lee C. Nordt1, Gary E. Stinchcomb2, and William E. Lukens3
Terrestrial Paleoclimatology Research Group, Department of Geosciences, Baylor
University, Texas, USA (Steven_Driese@baylor.edu)
2 Watershed Studies Institute & Earth & Environmental Sciences, Murray State University,
Kentucky, USA
3 School of Geosciences, University of Louisiana at Lafayette, Louisiana, USA
1
The National Academy of Sciences identified integrative studies of the "Critical Zone" (CZ) as
one of the six compelling opportunities for earth scientists in the next decades. The CZ is
defined as the near-surface environment in which complex interactions involving rock, soil,
water, air and living organisms regulate the natural habitat. Integrative studies of the surfaceand near-surface environment are recognized as an important area of focus by scientific
communities including geology, biology, pedology, and hydrology. Modern-ancient analog
studies of Texas Coast Prairie and Blackland CZs relate the morphology, microscopy and
chemistry of surface soils to interpreting the genesis and climate record of equivalent
paleosols. Modern Vertisols are clay-rich soils characterized by macro- and
micromorphological characteristics formed in response to shrink-swell behavior. PaleoVertisols have provided important information on paleoenvironments, including Phanerozoic
estimates of atmospheric pCO2 and rainfall and changes in root morphology accompanying
the evolution and diversification of terrestrial land plants. Many features, including
slickensides, rhombohedral and wedge-shaped peds, shrinkage cracks and sepic-plasmic
microfabrics are well-preserved in the ancient rock record and can be easily identified in the
field and in thin section. Stable carbon isotope analysis of organic matter in paleo-Vertisols
may help to interpret the soil ecosystem (dominance of C3 vs. C4 flora) and changes in soil
water availability that may indicate climate change. Similar information may be preserved in
the isotopic compositions of pedogenic carbonates, as well as provide estimates of
paleoatmospheric pCO2 using the soil carbonate paleobarometer. Bulk geochemistry
Paleopedology Newsletter
Issue 28, December 2019
33
provides estimates of MAP and pedotransfer functions provide estimates of colloidal
properties. The wide spatial and temporal distribution of paleo-Vertisols reflects the potential
for formation under wide ranges of moisture regimes (from arid to semi-wet tropics); the only
strict requirements are a parent material weatherable to fine clay, and an environment in
which rainfall is seasonally distributed, or in which soils experience seasonal soil-moisture
deficits. Terrestrial facies intervals within Phanerozoic sedimentary deposits in North America
contain abundant paleo-Vertisols. Paleo-Vertisols appear over-represented in the deep-time
geological record as compared with their present global distribution of 2-3% of modern soils.
Submitted to GSA2019: T16. Building Bridges between Modern and Deep-Time Critical
Zones. Sponsored by GSA Soils and Soil Processes Division Advocates: Ashlee L.D. Dere,
Gary E. Stinchcomb, Zsuzsanna Balogh-Brunstad, Steven G. Driese, Lee C. Nordt, and
Bryan Moravec. 22-25 September 2019 | Phoenix | Arizona | USA
https://community.geosociety.org/gsa2019/learn/technical/topical
Paleo-Vertisols in the Phanerozoic rock record: In honor of career contributions
of Dr. Larry P. Wilding
Steven G. Driese and Lee C. Nordt
Terrestrial Paleoclimatology Research Group, Department of Geosciences, Baylor
University, Texas, USA
(Steven_Driese@baylor.edu)
Dr. Larry P. Wilding spent a lifetime studying genesis, morphology and properties of USDA
Vertisols across many continents and revolutionized our thinking on the physical mechanics
of the formation of this important soil Order that best explains field observations. His
research enabled our recognition of clay-rich paleosols that show abundant evidence for
shrink-swell processes and satisfy diagnostic criteria for classification as Vertisols (hereafter
"paleo-Vertisols"). Modern Vertisols are characterized by macro- and micromorphological
characteristics formed in response to shrink-swell behavior. Paleo-Vertisols have provided
important information on paleoenvironments, including Phanerozoic estimates of
atmospheric pCO2 and rainfall and changes in root morphology accompanying the evolution
and diversification of terrestrial land plants. Many features, including slickensides,
rhombohedral and wedge-shaped peds, shrinkage cracks and sepic-plasmic microfabrics
are well-preserved in the ancient rock record and can be easily identified in the field and in
thin section. Stable carbon isotope analysis of organic matter in paleo-Vertisols may help to
Paleopedology Newsletter
Issue 28, December 2019
34
interpret the soil ecosystem (dominance of C3 vs. C4 flora) and changes in soil water
availability that may indicate climate change. Similar information may be preserved in the
isotopic compositions of pedogenic carbonates, as well as provide estimates of
paleoatmospheric pCO2 using the soil carbonate paleobarometer. Bulk geochemistry
provides estimates of MAP and pedotransfer functions provide estimates of colloidal
properties. The wide spatial and temporal distribution of paleo-Vertisols reflects the potential
for formation under wide ranges of moisture regimes (from arid to semi-wet tropics); the only
strict requirements are a parent material weatherable to fine clay, and an environment in
which rainfall is seasonally distributed, or in which soils experience seasonal soil-moisture
deficits. Terrestrial facies intervals within Phanerozoic sedimentary deposits in North America
contain abundant paleo-Vertisols. Paleo-Vertisols appear over-represented in the deep-time
geological record as compared with their present global distribution of 2-3% of modern soils.
Submitted to 2019 ASA-CSSA-SSSA International Annual Meeting | 10-13 November 2019 |
San Antonio, Texas | USA
https://scisoc.confex.com/scisoc/2019am/meetingapp.cgi/Paper/118191
Top left: Burleson series Vertisol near Snook, Texas; Dr. Larry Wilding photograph (published by
NRCS in 2000 on calendar); top right: Texas Vertisol climosequence map (Nordt et al. 2006, Journal
of Geology); bottom left: Driese Vertisol Soil Pit (2019 talk based on Driese et al. 2019 GSA CZO
Vertisols; cross plot from Nordt and Driese 2010 Geology); bottom right: Vertisol diagrammatic (Lynn
and Williams, 1992, Soil Survey Horizons).
Paleopedology Newsletter
Issue 28, December 2019
35
Using soil stratigraphy and tephrochronology to understand the origin, age, and
classification of a unique late Quaternary tephra-derived Ultisol in Aotearoa New
Zealand
David J. Lowe
School of Science (Earth Sciences), University of Waikato, New Zealand
(david.lowe@waikato.ac.nz)
In this article, I show how an Ultisol, representative of a globally-important group of soils with
clay-rich subsoils, low base saturation, and low fertility, in the central Waikato region in
northern North Island, can be evaluated using soil stratigraphy and tephrochronology to
answer challenging questions about its genesis, age and classification. The Kainui soil, a
Typic Kandiudult (Soil Taxonomy) and Buried-granular Yellow Ultic Soil (New Zealand Soil
Classification), occurs on low rolling hills of Mid-Quaternary age mainly in the Hamilton
lowlands in, and north and northeast of, Hamilton city. It is a composite, multi-layered
tephra-derived soil consisting of two distinct parts, upper and lower. The upper part is a
coverbed typically c. 0.4–0.7 m in thickness (c. 0.6 m on average) comprising numerous
late Quaternary rhyolitic and andesitic tephras that have been accumulating incrementally
since c. 50 ka (the age of Rotoehu Ash at the coverbed’s base) whilst simultaneously being
pedogenically altered (i.e., forming soil horizons) via developmental upbuilding pedogenesis
during Marine Oxygen Isotope Stages (MOIS) 3-1. Any original depositional (fall) bedding has
been almost entirely masked by pedogenic alteration. Sediments in lakes aged c. 20 ka
adjacent to the low hills have preserved around 40 separate, thin, macroscopic tephra-fall
beds mainly rhyolitic in composition, and equivalent subaerial deposits together form the
upper c. 30 cm of the coverbed. Okareka (c. 21.8 ka), Okaia (c. 28.6 ka), Tāhuna (c. 39.3
ka) and (especially) Rotoehu tephras make up the bulk of the lower c. 30 cm of the
coverbed. Tephra admixing has occurred throughout the coverbed because of soil
upbuilding processes. Moderately well drained, this upper profile is dominated by halloysite
(not allophane) in the clay fraction because of limited desilication. In contrast, Otorohanga
soils, on rolling hills to the south of Hamilton, are formed in equivalent but thicker (>c. 0.8 m)
late Quaternary tephras ≤c. 50 ka that are somewhat more andesitic although predominantly
rhyolitic overall. These deeper soils are well drained with strong desilication and thus are
allophanic, generating Typic Hapludands. Ubiquitous redox features, together with shortlived contemporary reduction observed in the lower coverbed of a Kainui soil profile, indicate
that the Kainui soil in general is likely to be saturated by perching for several days, or near
saturation for several months, each year. The perching occurs because the coverbed
overlies a slowly-permeable, buried, clay-rich paleosol on upper Hamilton Ash beds, >c. 50
ka in age, which makes up the lower part of the two-storeyed Kainui soil. The coverbedPaleopedology Newsletter
Issue 28, December 2019
36
paleosol boundary is a lithologic discontinuity (unconformity). Irregular in shape, it represents
a tree-overturn paleosurface that may be c. 74 ka in age (MOIS 5/4 boundary). The buried
paleosol is markedly altered and halloysitic with relict clay skins (forming paleo-argillic and/or
paleo-kandic horizons) and redoximorphic features. It is inferred to have formed via
developmental upbuilding pedogenesis during the Last Interglacial (MOIS 5e). The entire
Hamilton Ash sequence, c. 3 m in thickness and overlain unconformably by Rotoehu Ash
and underlain by c. 340-ka Rangitawa Tephra at the base, represents a thick composite
(accretionary) set of clayey, welded paleosols developed by upbuilding pedogenesis from
MOIS 10 to 5.
Lowe 2019. Quaternary 2 (1), 9 (34 pp.) https://www.mdpi.com/2571-550X/2/1/9
Upper photo is same profile as
below. Bottom photo is Figure 3.
in Lowe (2019) - “A long section of
weathered tephras, including the
Hamilton Ash (H) beds, exposed in
a road cut on Gordonton Road,
about 3 km north of Hamilton. The
dark reddish-brown soil horizons
on uppermost Hamilton Ash,
probably reflect pedogenesis in
the Last Interglacial or Marine
Oxygen Isotope Stage (MOIS) 5e.
Above the unconformable
boundary (marked by the upper
dashed line) is a thin silty
coverbed of multiple, intermixed
late Quaternary tephras that have
accumulated incrementally over
t h e p a s t c . 5 0 k a .” ( p h o to
courtesy: David Lowe)
Paleopedology Newsletter
Issue 28, December 2019
37
Special Acknowledgements
Gratitude to the lecturers of the annual International School on Paleopedology
for Young Scholars in Siberia, Russia
The International School on Paleopedology for Young Scholars, which was held from 2010
to 2019 in Siberia, completed its work. For ten years, leading Russian and foreign scientists
delivered lectures on both fundamental and applied issues of paleopedology, as well as
topics of adjacent sciences, and conducted master classes on the basic methods of
paleosols field study. They have delivered more than 150 lectures and held about 50 master
classes.
On behalf of the organizing committee and young participants of the School, we would very
much like to thank the leading experts of the world scientific community who unselfishly
transferred their knowledge and experience to the younger generation, by giving lectures
and conducting master classes in different years:
Alexandrovsky Alexander (Prof, Institute of Geography RAS, Moscow), Alexandrovskaya Elena (Prof.,
Institute of Geography RAS, Moscow), Andreeva Darima (Ph.D., Institute of General and Experimental Biology
SB RAS, Ulan-Ude), Bezuglova Olga (Prof., Southern Federal University, Rostov-on-Don), Blagodatnova
Anastasia (Ph.D., Novosibirsk state pedagogical university), Blyakharchuk Tatyana (Prof, Institute of
monitoring of climatic and ecological systems biology SB RAS, Tomsk), Chendev Yuri (Prof., Belgorod State
University, Belgorod), Dergacheva Maria (Prof., Institute of Soil Science and Agrochemistry, SB RAS,
Novosibirsk), Fedeneva Irina (Prof., Institute of Soil Science and Agrochemistry, SB RAS, Novosibirsk), Fűlek
György (Prof., Szent István University, Godollő, Hungary), Gnibidenko Zinaida (Prof, Institute of Petroleum
Geology and Geophysics, SB RAS, Novosibirsk), Golyeva Alexandra (Prof., Institute of Geography RAS,
Moscow), Granina Natalya (Ph.D., Irkutsk State University, Irkutsk), Ivanov Igor (Prof., Institute of PhysicoChemical and Biological Problems of Pedology RAS, Pushchino), Jung Haye Kyung (PhD, Mokpo University,
Southern Korea), Khokhlova Olga (Prof., Institute of Physico-Chemical and Biological Problems of Pedology
RAS, Pushchino), Korkina Irina (Ph.D., Institute of plant and animal ecology UB RAS, Yekaterinburg), Kovaleva
Ekaterina (Ph.D., Moscow State University, Moscow), Kurbatskaya Svetlana (Ph.D., Institute Tuva of
integrated development of natural resources SB RAS, Kyzyl), Larionova Natalia (Ph.D., Institute of Radiation
Safety and Ecology, Kazakhstan), Lebedeva-Verba Marina (Prof., Dokuchaev Soil Science Institute, Moscow),
Lomov Stanislav (Prof., Penza State University of Architecture and Construction) Lukashenko Sergey (Prof.,
Institute of Radiation Safety and Ecology, Kazakhstan), Makeev Alexander (Prof., Lomonosov Moscow State
University, Moscow), Mermut Ahmet Ruhi (Prof. of Soils, Dr Ministry of Food, Agriculture and Livestock ,
Turkey; Harran University Faculty of Agriculture Department of Soil Science), Nekrasova Olga (Ph.D., Ural
Federal University named after the First President of Russia B. N. Yeltsin, Yekaterinburg), Ostroumov Vladimir
(Prof., Institute of Physico-Chemical and Biological Problems of Pedology RAS, Pushchino), Pall D.G.
(University of Szeged, Hungary), Parnachev Valery (Prof., National Research Tomsk State University, Tomsk),
Persaits G. (University of Szeged, Hungary), Ponomarenko Elena (PhD, Ottawa University, Ottawa, Canada),
Prokashev Alexey (Prof., Vyatka State University, Kirov), Richvanov Leonid (Prof., National Research Tomsk
State University, Tomsk), Roslyakov Sergey (Ph.D., Novosibirsk State Museum of Regional History and
Folklife), Rusakov Alexei (Prof., Institute of Earth Sciences, St. Petersburg), Rykova Valentina (The State
Public Scientific Technological library SB RAS, Novosibirsk), Sauer Daniela (Prof., Dresden University of
Paleopedology Newsletter
Issue 28, December 2019
38
Technology, Germany), Sedov Sergey (Prof., Institute of Geology, Mexico), Sheynkman Vladimir (Ben-Gurion
University of the Negev, Beer-Sheva, Israel), Shumilovskikh Lyudmila (Ph.D., Georg-August University of
Göttingen, Göttingen, German), Smolentsev Boris (Ph.D., Institute of Soil Science and Agrochemistry, SB
RAS, Novosibirsk), Snakin Valery (Prof., Lomonosov Moscow State University, Moscow), Sycheva Svetlana
(Ph.D., Institute of Geography RAS, Moscow), Syso Alexander (Prof., Institute of Soil Science and
Agrochemistry, SB RAS, Novosibirsk), Tairov Alexander (Prof., South Ural State University, Chelyabinsk),
Trifonova Tatyana (Prof., Lomonosov Moscow State University, Moscow), Vashukevich Nadezhda (Ph.D.,
Irkutsk State University, Irkutsk), Vasilieva Olga (Prof, Central Siberian botanical garden SB RAS, Novosibirsk),
Voronina Larisa (Ph.D., St. Petersburg University of Economics and management, Novosibirsk branch,
Novosibirsk), Yakimenko Olga (Ph.D., Lomonosov Moscow State University, Moscow), Zakharchenko
Alexander (Prof., Yugra State University, Khanty-Mansiysk), Zavarzina Anna (Ph.D., Lomonosov Moscow
State University, Moscow), Zazovskaya Ale (Ph.D., Institute of Geography RAS, Moscow), Zech Michael
(Ph.D., University of Bayeuth, Germany), Zech Roland (Ph.D., University of Bayeuth, Germany), Zech
Wolfgang (Prof., University of Bayreuth, Bayreuth city, Germany).
We wish you all success in science, prosperity and look forward to future meetings!
On behalf of the school organizing committee and young participants;
Maria Dergacheva and Natalya Bazhina
Group photo of the 2019 International School on Paleopedology for Young Scholars
(photo courtesy: Maria Dergacheva)
Paleopedology Newsletter
Issue 28, December 2019
39
The Last Page
One way of measuring the expertise of a paleopedologist is by the
quality of his/her paleo-cakes! Luckily, Fatima Kurbanova (Moscow,
Russia) was kind enough to share on of her many paleo-cakes.
Hopefully, the recipe will be published in the next Issue…
(Image courtesy: @fati_kurbanova)
Paleopedology Newsletter
Issue 28, December 2019
40