|
F.H. Schweingruber and G. Schleser: A glance back, a glance ahead
|
6 |
 |
A. Billamboz:
Dendroarchaeology from a Palaeodendroecological Perspective – The Case of
Bronze and Iron Age Pile dwellings in Southwest Germany |
10 |
 |
H.H. Leuschner, U. Sass-Klaassen, E. Jansma, M. Baillie and M. Spurk:
Population dynamics and long-term growth depressions in European bog oaks as
indicators of climate changes in the Holocene |
13 |
 |
Th. Westphal:
High medieval urban development between middle Elbe River and the Lower Oder
based on dendrochronological data |
20 |
 |
SECTION 2 LONG TREE-RING CHRONOLOGIES
K.F. Kaiser, M. Schaub, B. Kromer & M. Friedrich:
Dendrochronologie im Spätglazial, Schmelzwasserschübe, Dansgaard-Oeschger
Zyklen und Heinrich-Ereignisse (short Abstract) |
24 |
 |
K. Nicolussi and P. Schießling:
Eine ultra-lange Hochlagen-Chronologie für die zentralen Ostalpen: Möglichkeiten
und Ergebnisse (short Abstract) |
25
|
 |
SECTION 3 CLIMATE
U. Büntgen, D. Frank and J. Esper:
A Detailed View on Instrumental Temperature Data from Northern Eurasia |
28 |
 |
B. Neuwirth and M. Winiger:
Dendrochronological Network Analyses of Central European Chronologies –
A Conceptional Approach of a New Project |
35 |
 |
M. Schaub, K.F. Kaiser and B. Kromer:
Fossil pines from loamy slope sediments reflect Lateglacial climatic variations |
40 |
 |
J. Esper:
A millennium-long temperature reconstruction for the Tien Shan Mountains,
Kirghizia (short Abstract) |
47 |
 |
H.-P. Kahle and R. Unseld:
Analyse der raumzeitlichen Variationen des Radialzuwachses von Fichten in
Südwestdeutschland (short Abstract) |
48 |
 |
Th. Riemer:
Trendanalyse mit gemischten Modellen – Methodik, Software und Anwendung in der
Dendroklimatologie (short Abstract) |
49 |
 |
SECTION 4 ISOTOPES AND CLIMATE
T. Boettger, A. Hiller, C. Kremenetski and M. Friedrich:
Interrelations between climatic changes and northern and alpine Holocene pine limit
movements – deduced from stable isotope signals of 14C-dated subfossil pines
(Pinus sylvestris L.) on the Kola Peninsula, north-western Russia |
52 |
 |
M. Saurer and R. Siegwolf:
Oxygen isotopes in tree rings: do they really reflect temperature? |
60 |
 |
K. Treydte, G.H. Schleser and M. Winiger:
ä13C, ä18O and tree ring width as climate proxies in the Karakorum / Pakistan
(short Abstract) |
63 |
 |
SECTION 5 ISOTOPES AND PLANT PHYSIOLOGY
G. Helle and G.H. Schleser:
Seasonal variations of stable carbon isotopes from tree-rings of Quercus petraea |
66 |
 |
Ch. Mayr, W. Stichler and P. Trimborn:
The influence of temperature and relative humidity on ä13C values of C3 plants in
growth chamber experiments |
71 |
 |
SECTION 6 DENDROECOLOGY
A. Bräuning and I. Sobania:
Dendroecological investigations on mountain bog pine (Pinus rotundata Link) in a
peat bog in Southwestern Germany |
76 |
 |
S. van Daalen, U. Sass-Klaassen and L.I. Kooistra:
How did ‘bog oaks’ grow? – First answers from the excavation of a mire woodland in
Ypenburg, The Netherlands |
82 |
 |
A. Schmelter:
Fluctuations in subalpine tree-ring records from sites located along a
dendroecological transect in Northern Patagonia |
87 |
 |
M. Friedrich, I. Boeren, S. Remmele, M. Küppers, C. Eschenbach, M. Knipping,
H.-P. Stika, T. Böttger, J. Vollbrecht, A. Renno and O. Ullrich:
A Late-Glacial forest in the lignite mine of Reichwalde - An interdisciplinary project
(short Abstract) |
90 |
 |
SECTION 7 FOREST DYNAMICS AT THE TIMBERLINE
A. Müterthies:
The Potential Timberline: Determination with dendrochronological methods |
94 |
 |
J. Block and U. Treter:
Growth conditions at the upper and lower forest limits in the mountain-forest steppe
of Northwest Mongolia |
101 |
 |
U. Treter and J. Block:
Space-time variability of climatic influences on the growth patterns at the lower and
upper timberline of the mountain forest steppe of Mongolia. Preliminary results and
future dendrochronological research in Mongolia |
108 |
 |
SECTION 8 GEOMORPHOLOGY
| List of Participants 133 |
133 |
Dendrosymposium 2002 (Bonn / Jülich)