My team just stored some data, facts and done research to create the non included parts like caves(India), lakes,reconstruction in asia (china).https://www.ncdc.noaa.gov/data-access/land-based-station-data
1. NASA Resources
https://pmm.nasa.gov/data-access/data-products
2. Background
we did this project by viewing the climatic condition in the world which is effecting every living thing day by day. with the some of us can know the changes and problem.
1.Reconstruction
Temporal change of radiocarbon reservoir effect in Sugan Lake, Northwest China during the Late Holocene. | |
Depth(cm) | Varve year(AD/BC) |
0.47794 | 2002 |
0.95588 | 2000 |
1.43382 | 1998 |
2.3897 | 1995 |
3.34558 | 1992 |
4.30146 | 1986 |
5.25734 | 1981 |
6.21322 | 1978 |
7.1691 | 1975 |
8.12498 | 1972 |
9.08086 | 1967 |
10.03674 | 1962 |
10.99262 | 1957 |
11.9485 | 1952 |
12.90438 | 1946 |
15.77202 | 1930 |
16.7279 | 1925 |
17.68378 | 1919 |
18.63966 | 1914 |
19.59554 | 1907 |
2.Insects
The World Data Center (WDC) for Paleoclimatology archives climate proxy insect data and insect-based climate reconstructions.
Birch Creek Insect Faunal List | |||||||||
Taxon | Samples (in stratigraphic order) | ||||||||
68 | 39 | 38 | 41 | 58 | 59 | 100 | 60 | 61 | |
Coleoptera | |||||||||
Carabidae | |||||||||
Dyschirius frigidus | 1 | ||||||||
Pterostichus brevicornis Kby. | 1 | ||||||||
Pterostichus (Cryobius) sp. | 1 | 1 | |||||||
Genus et sp. indet. | 1 | ||||||||
Dytiscidae | |||||||||
Agabus arcticus | 1 | ||||||||
Hydroporus sp. | 4 | 2 | |||||||
Hydrophilidae | |||||||||
Hydrobius fuscipes L. | 1 | 3 | |||||||
Cercyon marinus Thoms. | 5 | 1 | |||||||
Enochrus or Cymbiodyta sp. | 1 | 1 | 5 | ||||||
Limnebiidae | |||||||||
Ochthebius sp. | 1 | ||||||||
Hydraena angulicollis Notm. | 1 | 8 | 1 | ||||||
Staphylinidae | |||||||||
Eucnecosum brachypterum | 1 | 1 |
3.Caves
Speleothems are mineral deposits formed from groundwater within underground caverns. Stalagmites, stalactites, and other forms may be annually banded or contain compounds that can be radiometrically dated. Thickness of depositional layers or isotopic records can be used to determine past climate conditions.
Sample 238U 232Th230Th / 232Thd234U*230Th / 238U230Th Age (yr)230Th Age (yr)d234UInitial**230Th Age (yr BP)***Depth# Number(ppb)(ppt)(atomic x10-6)(measured)(activity)(uncorrected)(corrected)(corrected)(corrected )(cm)# # BT1-II-3107.3±0.211070±22215±0268.6±20.0940±0.00188371±1685989±1694273±35929±16941.20# BT1-II-4421.1±0.729376±58934±1199.1±20.1446±0.000713965±7712269±1202206±212209±12021.80# BT1-3202.5±0.32658±53175±4191.2±20.1390±0.001113484±12013164±255198±213102±25524.60# BT1-4283.6±0.51437±29454±10194.9±20.1396±0.000913503±9913380±132202±213318±13231.80# BT1-5242.7±0.43118±63180±4186.2±20.1405±0.001013705±10413391±245193±213329±24536.60# BT1-6250.4±0.44949±99120±2191.5±20.1436±0.000713959±8013479±349199±213417±34939.80# BT1-7236.6±0.45723±11598±2185.7±20.1440±0.001214074±12513482±437193±213420±43741.80# BT1-8261.8±0.43013±61205±4186.6±20.1429±0.000913947±9613666±220194±213604±22045.40# BT1-II-6588.9±1.017591±35384±2168.4±20.1526±0.000515212±6514470±529175±214410±52949.60# BT1-9661.9±1.2806±172017±42190.1±20.1491±0.000614543±6214513±66198±214451±6652.20# BT1-10626.1±0.8333±74643±105189.8±10.1496±0.000514599±5914586±59198±114524±5955.00# BT1-II-8851.5±1.411790±237192±4211.1±20.1614±0.000415538±5115207±239220±215147±23962.00# BT1-II-9629.8±1.4157216±316315±0208.8±30.2269±0.001122538±13116418±4343219±416358±434366.00# BT1-II-10649.5±0.82434±49757±15198.1±20.1721±0.000516841±6016751±87208±216691±8766.60