Core name	Depth (cm)	Average depth (cm)	Year AD	%N	%C
3B1	0-1	0.5	2013	2.88	21.45
3B1	1-2	1.5	2005	2.91	19.41
3B1	2-3	2.5	1996	2.47	17.30
3B1	3-4	3.5	1988	2.15	14.52
3B1	4-5	4.5	1980	1.43	7.85
3B1	5-6	5.5	1971	1.56	10.59
3B1	6-7	6.5	1963	1.89	12.54
3B1	7-8	7.5	1955	1.69	8.61
3B1	8-9	8.5	1947	1.77	12.15
3B1	9-10	9.5	1938	1.89	11.55
3B1	10-11	10.5	1930	1.81	11.16
3B1	11-12	11.5	1922	1.96	12.52
3B1	12-13	12.5	1913	1.62	10.84
3B1	13-14	13.5	1905	1.67	11.75
3B1	14-15	14.5	1897	1.89	12.65
3B1	15-17	16	1884	1.90	13.74
3B1	17-18	17.5	1872	1.57	11.45
3B1	18-19	18.5	1864	2.27	14.75
3B1	19-20	19.5	1855	1.93	13.35
3B1	20-21	20.5	1847	1.66	10.10
3B1	21-22	21.5	1839	1.72	9.25
3B1	22-23	22.5	1831	1.32	7.14
3B1	23-24	23.5	1822	1.56	8.87
3B1	24-25	24.5	1814	1.44	8.93
3B1	25-26	25.5	1806	1.35	9.17
3B1	26-27	26.5	1797	1.61	9.23
3B1	27-28	27.5	1789	1.43	7.27
3B1	28-29	28.5	1781	1.47	8.42
3B1	29-30	29.5	1773	1.06	5.41
3B1	30-31	30.5	1764	1.33	7.18
3B2	0-1	0.5	2013	2.29	16.61
3B2	1-2	1.5	2004	2.82	18.92
3B2	2-3	2.5	1996	2.37	18.26
3B2	3-4	3.5	1987	2.12	15.92
3B2	4-5	4.5	1979	1.11	8.69
3B2	5-6	5.5	1971	1.77	11.45
3B2	6-7	6.5	1962	1.84	12.91
3B2	7-8	7.5	1954	1.81	12.77
3B2	8-9	8.5	1945	1.67	11.41
3B2	9-10	9.5	1937	1.51	11.22
3B2	10-11	10.5	1928	1.81	11.68
3B2	11-12	11.5	1920	1.53	10.60
3B2	12-13	12.5	1911	1.36	11.31
3B2	13-14	13.5	1903	1.70	11.94
3B2	14-15	14.5	1895	1.89	13.04
3B2	15-16	15.5	1886	1.74	12.13
3B2	16-17	16.5	1878	1.42	10.51
3B2	17-18	17.5	1869	1.30	9.86
3B2	18-19	18.5	1861	1.29	9.22
3B2	19-20	19.5	1852	1.37	9.53
3B2	20-21	20.5	1844	1.48	9.87
3B2	21-22	21.5	1835	1.78	12.59
3B2	22-23	22.5	1827	1.65	10.68
3B2	23-24	23.5	1819	1.46	8.97
3B2	24-25	24.5	1810	1.14	7.00
3B2	25-26	25.5	1802	1.31	8.20
3B2	26-27	26.5	1793	1.58	10.71
					
					
Authors: Elena Argiriadis, Luisa Poto, Ilaria Baneschi, Carlo Barbante
Project ref. number 641762 Project title ECOPOTENTIAL: IMPROVING FUTURE ECOSYSTEM BENEFITS THROUGH EARTH OBSERVATIONS	
Changes in the hydrologic aspects of climate are of optimum importance. However, the details of past changes in the hydrologic cycle are difficult to reconstruct. In this reportwe show the firs results of the analyses of paleohydrologicalproxies(n-alkanes)that allow the reconstruction of multiple terms of the hydrologic budgetin the GPNP. We analyzed a core from Lake Trebecchi (GPNP), and after the definition of the age-dating chronology, we measured the concentrations of n-alkanes and their major indexes (ACL, Paq, C27/C31) usually selected to infer information about hydrological evolution of the ecosystems.