|
1 |
| -@article{Unknown2024-lw, |
2 |
| - title = {Using {DNA} archived in lake sediments to reconstruct past |
3 |
| - ecosystems}, |
4 |
| - publisher = {Elsevier}, |
5 |
| - abstract = {Ecosystems are continuously responding to both natural and |
6 |
| - anthropogenic environmental change. Lake sediments preserve local |
7 |
| - and global evidence of th…}, |
8 |
| - month = jan, |
9 |
| - year = 2024, |
10 |
| - url = {http://dx.doi.org/10.1016/B978-0-323-99931-1.00171-9}, |
11 |
| - doi = {10.1016/B978-0-323-99931-1.00171-9} |
12 |
| -} |
13 |
| - |
14 |
| -@article{Unknown2020-ht, |
15 |
| - title = {Geochemical identification of potential {DNA}-hotspots and |
16 |
| - {DNA}-infrared fingerprints in lake sediments}, |
17 |
| - journal = {Applied Geochemistry}, |
18 |
| - publisher = {Pergamon}, |
19 |
| - volume = 122, |
20 |
| - pages = 104728, |
21 |
| - abstract = {DNA preserved in sedimentary materials can be used to study past |
22 |
| - ecosystem changes, such as species' colonization and extinction. |
23 |
| - It is believed that …}, |
24 |
| - month = nov, |
25 |
| - year = 2020, |
26 |
| - url = {http://dx.doi.org/10.1016/j.apgeochem.2020.104728}, |
27 |
| - doi = {10.1016/j.apgeochem.2020.104728}, |
28 |
| - issn = {0883-2927} |
29 |
| -} |
30 |
| - |
31 | 1 | @article{Jia2022-vv,
|
32 | 2 | title = {Preservation of sedimentary plant {DNA} is related to lake water
|
33 | 3 | chemistry},
|
@@ -785,4 +755,191 @@ @article{Jenkins2012-ac
|
785 | 755 | pmid = 22798611,
|
786 | 756 | issn = {0036-8075,1095-9203}
|
787 | 757 | }
|
788 |
| - |
| 758 | +@article{Pedersen2015, |
| 759 | + title={Ancient and modern environmental DNA}, |
| 760 | + author={Pedersen, Mikkel Winther and Overballe-Petersen, S{\o}ren and Ermini, Luca and Sarkissian, Clio Der and Haile, James and Hellstrom, Micaela and Spens, Johan and Thomsen, Philip Francis and Bohmann, Kristine and Cappellini, Enrico and others}, |
| 761 | + journal={Philosophical Transactions of the Royal Society B: Biological Sciences}, |
| 762 | + volume={370}, |
| 763 | + number={1660}, |
| 764 | + pages={20130383}, |
| 765 | + year={2015}, |
| 766 | + publisher={The Royal Society} |
| 767 | +} |
| 768 | +@article{Orlando2021, |
| 769 | + title={Ancient DNA analysis}, |
| 770 | + author={Orlando, Ludovic and Allaby, Robin and Skoglund, Pontus and Der Sarkissian, Clio and Stockhammer, Philipp W and {\'A}vila-Arcos, Mar{\'\i}a C and Fu, Qiaomei and Krause, Johannes and Willerslev, Eske and Stone, Anne C and others}, |
| 771 | + journal={Nature reviews methods primers}, |
| 772 | + volume={1}, |
| 773 | + number={1}, |
| 774 | + pages={14}, |
| 775 | + year={2021}, |
| 776 | + publisher={Nature Publishing Group UK London} |
| 777 | +} |
| 778 | +@incollection{Murchie2023, |
| 779 | + title={Terrestrial Fauna and Hominin DNA from Sedimentary Archives}, |
| 780 | + author={Murchie, Tyler J and Giguet-Covex, Charline and Heintzman, Peter D and Slon, Viviane and Wang, Yucheng}, |
| 781 | + booktitle={Tracking Environmental Change Using Lake Sediments: Volume 6: Sedimentary DNA}, |
| 782 | + pages={299--378}, |
| 783 | + year={2023}, |
| 784 | + publisher={Springer} |
| 785 | +} |
| 786 | +@article{Capo2021, |
| 787 | + title={Lake sedimentary DNA research on past terrestrial and aquatic biodiversity: Overview and recommendations}, |
| 788 | + author={Capo, Eric and Giguet-Covex, Charline and Rouillard, Alexandra and Nota, Kevin and Heintzman, Peter D and Vuillemin, Aur{\`e}le and Ariztegui, Daniel and Arnaud, Fabien and Belle, Simon and Bertilsson, Stefan and others}, |
| 789 | + journal={Quaternary}, |
| 790 | + volume={4}, |
| 791 | + number={1}, |
| 792 | + pages={6}, |
| 793 | + year={2021}, |
| 794 | + publisher={MDPI} |
| 795 | +} |
| 796 | +@article{Sand2024, |
| 797 | + title={Importance of eDNA taphonomy and sediment provenance for robust ecological inference: Insights from interfacial geochemistry}, |
| 798 | + author={Sand, KK and Jelavi{\'c}, S and Kj{\ae}r, KH and Prohaska, A}, |
| 799 | + journal={Environmental DNA}, |
| 800 | + volume={6}, |
| 801 | + number={2}, |
| 802 | + pages={e519}, |
| 803 | + year={2024}, |
| 804 | + publisher={Wiley Online Library} |
| 805 | +} |
| 806 | +@incollection{Garces2023, |
| 807 | + title={Terrestrial plant DNA from lake sediments}, |
| 808 | + author={Garc{\'e}s-Pastor, Sandra and Nota, Kevin and Rijal, Dilli P and Liu, Sisi and Jia, Weihan and Leunda, Maria and Schw{\"o}rer, Christoph and Crump, Sarah E and Parducci, Laura and Alsos, Inger G}, |
| 809 | + booktitle={Tracking Environmental Change Using Lake Sediments: Volume 6: Sedimentary DNA}, |
| 810 | + pages={275--298}, |
| 811 | + year={2023}, |
| 812 | + publisher={Springer} |
| 813 | +} |
| 814 | +@article{Torti2015, |
| 815 | + title={Origin, dynamics, and implications of extracellular DNA pools in marine sediments}, |
| 816 | + author={Torti, Andrea and Lever, Mark Alexander and J{\o}rgensen, Bo Barker}, |
| 817 | + journal={Marine genomics}, |
| 818 | + volume={24}, |
| 819 | + pages={185--196}, |
| 820 | + year={2015}, |
| 821 | + publisher={Elsevier} |
| 822 | +} |
| 823 | +@article{Stotzky2000, |
| 824 | + title={Persistence and biological activity in soil of insecticidal proteins from Bacillus thuringiensis and of bacterial DNA bound on clays and humic acids}, |
| 825 | + author={Stotzky, G}, |
| 826 | + journal={Journal of Environmental Quality}, |
| 827 | + volume={29}, |
| 828 | + number={3}, |
| 829 | + pages={691--705}, |
| 830 | + year={2000}, |
| 831 | + publisher={Wiley Online Library} |
| 832 | +} |
| 833 | +@article{Lorenz1987, |
| 834 | + title={Adsorption of DNA to sand and variable degradation rates of adsorbed DNA}, |
| 835 | + author={Lorenz, MICHAEL G and Wackernagel, WILFRIED}, |
| 836 | + journal={Applied and environmental microbiology}, |
| 837 | + volume={53}, |
| 838 | + number={12}, |
| 839 | + pages={2948--2952}, |
| 840 | + year={1987}, |
| 841 | + publisher={Am Soc Microbiol} |
| 842 | +} |
| 843 | +@article{Lorenz1981, |
| 844 | + title={Interaction of marine sediment with DNA and DNA availability to nucleases}, |
| 845 | + author={Lorenz, MG and Aardema, BW and Krumbein, WE}, |
| 846 | + journal={Marine Biology}, |
| 847 | + volume={64}, |
| 848 | + pages={225--230}, |
| 849 | + year={1981}, |
| 850 | + publisher={Springer} |
| 851 | +} |
| 852 | +@article{Beall2009, |
| 853 | + title={Analysis of oligonucleotide DNA binding and sedimentation properties of montmorillonite clay using ultraviolet light spectroscopy}, |
| 854 | + author={Beall, Gary W and Sowersby, Drew S and Roberts, Rachel D and Robson, Michael H and Lewis, L Kevin}, |
| 855 | + journal={Biomacromolecules}, |
| 856 | + volume={10}, |
| 857 | + number={1}, |
| 858 | + pages={105--112}, |
| 859 | + year={2009}, |
| 860 | + publisher={ACS Publications} |
| 861 | +} |
| 862 | +@article{Armbrecht2020, |
| 863 | + title={An optimized method for the extraction of ancient eukaryote DNA from marine sediments}, |
| 864 | + author={Armbrecht, Linda and Herrando-P{\'e}rez, Salvador and Eisenhofer, Raphael and Hallegraeff, Gustaaf M and Bolch, Christopher JS and Cooper, Alan}, |
| 865 | + journal={Molecular Ecology Resources}, |
| 866 | + volume={20}, |
| 867 | + number={4}, |
| 868 | + pages={906--919}, |
| 869 | + year={2020}, |
| 870 | + publisher={Wiley Online Library} |
| 871 | +} |
| 872 | +@article{Perez2022, |
| 873 | + title={A case study for the recovery of authentic microbial ancient DNA from soil samples}, |
| 874 | + author={P{\'e}rez, Vilma and Liu, Yichen and Hengst, Martha B and Weyrich, Laura S}, |
| 875 | + journal={Microorganisms}, |
| 876 | + volume={10}, |
| 877 | + number={8}, |
| 878 | + pages={1623}, |
| 879 | + year={2022}, |
| 880 | + publisher={MDPI} |
| 881 | +} |
| 882 | +@incollection{Heintzman2023, |
| 883 | + title={The sedimentary ancient DNA workflow}, |
| 884 | + author={Heintzman, Peter D and Nota, Kevin and Rouillard, Alexandra and Lammers, Youri and Murchie, Tyler J and Armbrecht, Linda and Garc{\'e}s-Pastor, Sandra and Vernot, Benjamin}, |
| 885 | + booktitle={Tracking Environmental Change Using Lake Sediments: Volume 6: Sedimentary DNA}, |
| 886 | + pages={53--84}, |
| 887 | + year={2023}, |
| 888 | + publisher={Springer} |
| 889 | +} |
| 890 | +@article{Murchie2021, |
| 891 | + title={Optimizing extraction and targeted capture of ancient environmental DNA for reconstructing past environments using the PalaeoChip Arctic-1.0 bait-set}, |
| 892 | + author={Murchie, Tyler J and Kuch, Melanie and Duggan, Ana T and Ledger, Marissa L and Roche, Kevin and Klunk, Jennifer and Karpinski, Emil and Hackenberger, Dirk and Sadoway, Tara and MacPhee, Ross and others}, |
| 893 | + journal={Quaternary Research}, |
| 894 | + volume={99}, |
| 895 | + pages={305--328}, |
| 896 | + year={2021}, |
| 897 | + publisher={Cambridge University Press} |
| 898 | +} |
| 899 | +@article{Slon2017, |
| 900 | + title={Neandertal and Denisovan DNA from Pleistocene sediments}, |
| 901 | + author={Slon, Viviane and Hopfe, Charlotte and Wei{\ss}, Clemens L and Mafessoni, Fabrizio and De La Rasilla, Marco and Lalueza-Fox, Carles and Rosas, Antonio and Soressi, Marie and Knul, Monika V and Miller, Rebecca and others}, |
| 902 | + journal={Science}, |
| 903 | + volume={356}, |
| 904 | + number={6338}, |
| 905 | + pages={605--608}, |
| 906 | + year={2017}, |
| 907 | + publisher={American Association for the Advancement of Science} |
| 908 | +} |
| 909 | +@article{Crump2021, |
| 910 | + title={Sedimentary ancient DNA as a tool in paleoecology}, |
| 911 | + author={Crump, Sarah E}, |
| 912 | + journal={Nature Reviews Earth \& Environment}, |
| 913 | + volume={2}, |
| 914 | + number={4}, |
| 915 | + pages={229--229}, |
| 916 | + year={2021}, |
| 917 | + publisher={Nature Publishing Group UK London} |
| 918 | +} |
| 919 | +@article{Cribdon2020, |
| 920 | + title={PIA: more accurate taxonomic assignment of metagenomic data demonstrated on sedaDNA from the North Sea}, |
| 921 | + author={Cribdon, Becky and Ware, Roselyn and Smith, Oliver and Gaffney, Vincent and Allaby, Robin G}, |
| 922 | + journal={Frontiers in Ecology and Evolution}, |
| 923 | + volume={8}, |
| 924 | + pages={84}, |
| 925 | + year={2020}, |
| 926 | + publisher={Frontiers Media SA} |
| 927 | +} |
| 928 | +@incollection{Vuillemin2023, |
| 929 | + title={Bacterial and archaeal DNA from lake sediments}, |
| 930 | + author={Vuillemin, Aur{\`e}le and Coolen, Marco JL and Kallmeyer, Jens and Liebner, Susanne and Bertilsson, Stefan}, |
| 931 | + booktitle={Tracking Environmental Change Using Lake Sediments: Volume 6: Sedimentary DNA}, |
| 932 | + pages={85--151}, |
| 933 | + year={2023}, |
| 934 | + publisher={Springer} |
| 935 | +} |
| 936 | +@article{Schulte2021, |
| 937 | + title={Hybridization capture of larch (Larix Mill.) chloroplast genomes from sedimentary ancient DNA reveals past changes of Siberian forest}, |
| 938 | + author={Schulte, Luise and Bernhardt, Nadine and Stoof-Leichsenring, Kathleen and Zimmermann, Heike H and Pestryakova, Luidmila A and Epp, Laura S and Herzschuh, Ulrike}, |
| 939 | + journal={Molecular Ecology Resources}, |
| 940 | + volume={21}, |
| 941 | + number={3}, |
| 942 | + pages={801--815}, |
| 943 | + year={2021}, |
| 944 | + publisher={Wiley Online Library} |
| 945 | +} |
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