B H Luckman
Biographic Data
| ID | 5245213 |
|---|---|
| NAME | B H Luckman |
| GIVEN NAMES | B H |
| FAMILY NAME | Luckman |
| SIGNATURE | LUCKMAN B H |
| AFFILIATIONS | Western University |
| VERIFIED | No |
| TOTAL WORKS | 2 |
| TOTAL CITATIONS | 8 |
| WORKS AS AUTHOR | 2 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 1995 |
| LATEST PUBLICATION YEAR | 2006 |
| H-INDEX | 2 |
Long-term relationships between reconstructed seasonal mass balance at Peyto Glacier, Canada, and Pacific sea surface temperatures
Tree-ring based mass balance reconstructions developed for Peyto Glacier, Alberta, Canada are compared with measured conditions in the Pacific Ocean over the last century and, using reconstructions of Pacific climate indices, over the past ∼300 years, at interannual and decadal-interdecadal timescales. Tree-ring reconstructed winter balance totals at Peyto Glacier in La Niña, negative Pacific Decadal Oscillation (PDO) and La Niña/negative PDO yea…
Calendar-dated, early 'Little Ice Age' glacier advance at Robson Glacier, British Columbia, Canada
Dendrochronological studies at Robson and Bennington Glaciers have provided the first calendar dating of an early 'Little Ice Age' glacier advance in North America. Dates derived from in-situ stumps indicate that Robson Glacier began over-riding forest between c. AD 1142 and 1150 and continued until at least AD 1350. The highest rates of glacier advance (c. 3.8 m yr -1 ) occurred between AD 1214 and 1261 based on a series of kill dates from in-si…
Calendar-dated, early 'Little Ice Age' glacier advance at Robson Glacier, British Columbia, Canada
Dendrochronological studies at Robson and Bennington Glaciers have provided the first calendar dating of an early 'Little Ice Age' glacier advance in North America. Dates derived from in-situ stumps indicate that Robson Glacier began over-riding forest between c. AD 1142 and 1150 and continued until at least AD 1350. The highest rates of glacier advance (c. 3.8 m yr -1 ) occurred between AD 1214 and 1261 based on a series of kill dates from in-si…
Long-term relationships between reconstructed seasonal mass balance at Peyto Glacier, Canada, and Pacific sea surface temperatures
Tree-ring based mass balance reconstructions developed for Peyto Glacier, Alberta, Canada are compared with measured conditions in the Pacific Ocean over the last century and, using reconstructions of Pacific climate indices, over the past ∼300 years, at interannual and decadal-interdecadal timescales. Tree-ring reconstructed winter balance totals at Peyto Glacier in La Niña, negative Pacific Decadal Oscillation (PDO) and La Niña/negative PDO yea…
Calendar-dated, early 'Little Ice Age' glacier advance at Robson Glacier, British Columbia, Canada
Dendrochronological studies at Robson and Bennington Glaciers have provided the first calendar dating of an early 'Little Ice Age' glacier advance in North America. Dates derived from in-situ stumps indicate that Robson Glacier began over-riding forest between c. AD 1142 and 1150 and continued until at least AD 1350. The highest rates of glacier advance (c. 3.8 m yr -1 ) occurred between AD 1214 and 1261 based on a series of kill dates from in-si…
Long-term relationships between reconstructed seasonal mass balance at Peyto Glacier, Canada, and Pacific sea surface temperatures
Tree-ring based mass balance reconstructions developed for Peyto Glacier, Alberta, Canada are compared with measured conditions in the Pacific Ocean over the last century and, using reconstructions of Pacific climate indices, over the past ∼300 years, at interannual and decadal-interdecadal timescales. Tree-ring reconstructed winter balance totals at Peyto Glacier in La Niña, negative Pacific Decadal Oscillation (PDO) and La Niña/negative PDO yea…
Climatology (2 works) · Cryospheric studies and observations (2 works) · Geography (2 works) · Geology (2 works) · Geology and Paleoclimatology Research (2 works) · Glacier (2 works) · Glacier mass balance (2 works) · Physical geography (2 works) · Cirque glacier (1 work) · Climate change and permafrost (1 work)