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20.08.2018

Jadar Lithium Ltd.: Erste Probennahmen auf Projektgebiet Vranje-South definieren Li-B-Anomalien

Erste Probennahmen auf Projektgebiet Vranje-South definieren Li-B-Anomalien

HÖHEPUNKTE

- Interpretation der ersten Probendaten auf Projektgebiet Vranje-South abgeschlossen

- Vorläufige Flusssediment- und Bodenuntersuchungen definieren eine Anzahl von Gebieten mit erhöhter Lithium- und Bormineralisierung auf Projektgebiet Vranje-South

- Gute Korrelation zwischen B- und Li-Zonen in 2 Gebieten

- Programm aus Anschlussprobennahmen in Planung

20. August 2018, Jadar Lithium Limited (ASX: JDR) (“Jadar” oder “das Unternehmen”) berichtet über den aktuellen Stand der ersten Erkundungsproben und Kartierungsarbeiten auf seinem Projektgebiet Vranje-South in Serbien.

Die ersten Boden- und Flusssedimentprobennahmen konzentrierten sich auf großflächige Verwerfungen und Spalten innerhalb des Sedimentbeckens. Das Probenprogramm wurde im vergangenen Quartal abgeschlossen und die Proben an das ALS-Labor in Bor, Serbien, geschickt, wo sie aufbereitet wurden. Diese Proben (Trüben) wurden anschließend an das ALS-Labor in Kanada geschickt, um weiter auf Lithium, Bor und verbundene Elemente untersucht zu werden.

Flusssediment- und Bodenproben

Ziel dieses ersten Beprobungsprogramms war, anomale Zonen im Konzessionsgebiet zu identifizieren, die auf Lithium-Bor-Mineralisierung in der Tiefe hinweisen könnten. Mit Sedimentgestein aus dem Miozän überdeckte Gebiete sind potenziell aussichtsreich für Lithium-Bor-Mineralisierung des Jadar-Stils.

Das Bodenprobenprogramm hat 4 Zonen mit stärkeren Bor-Anomalien definiert, von denen zwei auch höhere Lithiumwerte aufweisen.

Das Programm hat vier Gruppen mit erhöhter Bor-Konzentration in den Bodenproben und in den als aussichtsreich angesehenen Sedimentfolgen definiert. Die Zonen mit erhöhter Borkonzentration liegen auf und in unmittelbarer Nähe zu Verwerfungslinien und Trends in den Sedimentbecken. Die Bor-Werte erreichen mehr als 800 Teile pro Million (ppm), was als erheblich gilt.

Die Lithiumwerte in den Bodenproben definieren zwei Gebiete, die als anomal angesehen werden. Außerdem sind die Gruppen mit erhöhter Lithiumkonzentration auch mit erhöhten Borwerten assoziiert.

Das Unternehmen ist der Ansicht, dass diese Ergebnisse weitere Anschlussarbeiten rechtfertigen, um die Anomalien genauer zu definieren. Weitere Proben werden auf dem gesamten Konzessionsgebiet gesammelt, um zu bestimmen, ob noch weitere Anomalien definiert werden.

Abbildung 1 – Geologie des Projektgebiets Vranje-South und Standorte der Bodenproben sowie Lithium-Ergebnisse

Abbildung 2 – Geologie von Vranje-South, Standorte der Bodenproben und Bor-Ergebnisse

Für das aktuelle Quartal geplante Arbeiten:

- Infill-Proben der Zielgebiete und weitere Bodenproben auf dem gesamten Konzessionsgebiet

- geophysikalische Untersuchungen, um die Tiefe des Beckens zu bestimmen, sofern das Ziel beim Anschluss-Bohrprogramm bestätigt wird

Das Unternehmen wertet derzeit die Ergebnisse aus den anderen Projekten aus und wird diese nach Abschluss veröffentlichen.

ENDE

Anfragen richten Sie bitte an:

Luke Martino

Non-Executive Chairman

Tel: +61 8 6489 0600

E: luke@jadarlithium.com.au

Stellungnahme des Sachverständigen

Die in dieser ASX-Meldung enthaltenen Informationen zu den Explorationsergebnissen wurden von Herrn Jerry L. Aiken, einem eingetragenen Mitglied der Society for Mining, Metallurgy & Exploration (SME), zusammengestellt. Herr Aiken hat ausreichende Erfahrungen, wie sie für den Mineralisierungstyp und die Art der hier betrachteten Lagerstätte sowie die von ihm durchgeführten Tätigkeiten wesentlich sind. Er verfügt somit über die entsprechenden Qualifikationen, die ihn zum Sachverständigen gemäß den einschlägigen australischen Richtlinien der Berichterstattung („Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves“, Ausgabe 2012 - JORC-Code 2012) befähigen. Herr Aiken ist für Jadar Lithium Limited als Berater tätig und stimmt zu, dass die vorgelegten Informationen in der hier präsentierten Form und in diesem Zusammenhang in der vorliegenden Meldung veröffentlicht werden.

Haftungsausschluss

Bestimmte Aussagen in dieser Meldung stellen zukunftsgerichtete Informationen dar. Diese Informationen basieren auf einer Reihe von Schätzungen und Annahmen, die das Unternehmen unter Berücksichtigung seiner Erfahrung, der aktuellen Bedingungen und der Erwartungen hinsichtlich zukünftiger Entwicklungen sowie anderer Faktoren, die das Unternehmen unter den gegebenen Umständen für angemessen hält, auf einer vernünftigen Grundlage getroffen hat. Obwohl diese Schätzungen und Annahmen als angemessen gelten, sind sie naturgemäß geschäftlichen, wirtschaftlichen, wettbewerblichen, politischen und gesellschaftlichen Unsicherheiten und Unwägbarkeiten unterworfen, von denen viele nur schwer vorhersehbar sind und im Allgemeinen nicht im Einflussbereich des Unternehmens liegen. Diese können dazu führen, dass die tatsächlichen Ergebnisse wesentlich von denjenigen abweichen, die in den zukunftsgerichteten Informationen und Aussagen ausgedrückt, impliziert oder prognostiziert werden. Obwohl das Unternehmen der Auffassung ist, dass alle wesentlichen Annahmen angemessen sind, besteht keine Gewissheit, dass sie sich als richtig erweisen werden oder dass die in dieser Meldung ausgewiesenen Ergebnisse erreicht werden können.

Zukunftsgerichtete Aussagen sind Aussagen, die keine historischen Tatsachen darstellen. Wörter wie „erwarten”, „fühlen“, „glauben“, „werden“, „können“, „rechnen mit“, „Potenzial“ und ähnliche Ausdrücke sollen zukunftsgerichtete Aussagen kenntlich machen. Diese Aussagen beinhalten, sind jedoch nicht beschränkt auf Aussagen über die zukünftige Produktion, Ressourcen oder Reserven sowie Explorationsprogramme und -ergebnisse. Eine Vielzahl von Faktoren kann dazu führen, dass die tatsächlichen Ergebnisse des Unternehmens wesentlich von denjenigen abweichen, die in den vom oder im Namen des Unternehmens bereitgestellten zukunftsgerichteten Informationen ausgedrückt oder impliziert werden. Zu diesen Faktoren gehören unter anderem Risiken in Bezug auf den Preis von Lithium und anderen Rohstoffen und Wechselkursschwankungen; Explorationsrisiken; Risiken in Bezug auf die Auswertung von Explorations-, Probe- und Bohrergebnissen, die Geologie, den Gehalt und die Kontinuität von Minerallagerstätten und Schlussfolgerungen aus wirtschaftlichen Bewertungen; Erschließungsrisiken; Betriebsrisiken; Wettbewerb; zeitliche Verzögerungen; regulatorische Einschränkungen; Umweltschäden und -haftung sowie zusätzlicher Finanzierungsbedarf. Obwohl das Unternehmen versucht hat, alle wesentlichen Faktoren, die eine Abweichung der tatsächlichen Ergebnisse bewirken können, zu identifizieren, kann es andere Faktoren geben, die dazu führen, dass die Ergebnisse nicht wie erwartet, geschätzt oder beabsichtigt ausfallen. Die zukunftsgerichteten Informationen sind keine Garantie für zukünftige Leistungen und die Anleger werden daher davor gewarnt, sich aufgrund ihrer inhärenten Unsicherheit nicht auf zukünftige Informationen zu verlassen. Zukunftsgerichtete Informationen gelten zum Zeitpunkt dieser Meldung (oder wie anderweitig angegeben) und das Unternehmen übernimmt keinerlei Verpflichtung, solche zukunftsgerichteten Informationen öffentlich zu aktualisieren, sei es aufgrund neuer Informationen, zukünftiger Ereignisse oder Ergebnisse bzw. aus anderen Gründen, es sei denn, dies wird gesetzlich gefordert.

Unter folgendem Link finden Sie die englische Originalmeldung: https://www.asx.com.au/asxpdf/20180820/pdf/43xgp2byvdn789.pdf

Die Ausgangssprache (in der Regel Englisch), in der der Originaltext veröffentlicht wird, ist die offizielle, autorisierte und rechtsgültige Version. Diese Übersetzung wird zur besseren Verständigung mitgeliefert. Die deutschsprachige Fassung kann gekürzt oder zusammengefasst sein. Es wird keine Verantwortung oder Haftung für den Inhalt, die Richtigkeit, die Angemessenheit oder die Genauigkeit dieser Übersetzung übernommen. Aus Sicht des Übersetzers stellt die Meldung keine Kauf- oder Verkaufsempfehlung dar! Bitte beachten Sie die englische Originalmeldung auf www.sedar.com, www.sec.gov, www.asx.com.au/ oder auf der Firmenwebsite!

Table 1. Soil Sampling results - Vranje South ME-MS89L method

Sam. ID	Ag ppm	As ppm	B ppm B MS89L	Ba ppm	Be ppm	Bi ppm	Ca perc	Cd ppm	Ce ppm	Co ppm	Cs ppm	Cu ppm	Dy ppm	Er ppm	Eu ppm	Fe perc	Ga ppm	Gd ppm	Ge ppm
S-701	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-
S-703	<5	113	181	392	2	0.2	0.9	<0.8	62	4.7	9.3	20	2.57	1.37	1.03	2.9	24.9	2.99	1.1
S-704	<5	39	70	430	2.6	0.3	1	<0.8	53.1	14.7	14.6	20	3.8	2.13	1.1	2.79	19.3	3.89	1.6
S-706	<5	14	39	486	4.1	<0.1	1	<0.8	75.9	12.2	4.3	20	4	2.8	1.27	2.8	24.5	4.47	1.4
S-707	6	134	253	588	3.4	0.6	1	0.9	70.5	20.3	29.6	60	7.78	4.05	2.22	5.15	22.5	7.11	2.6
S-708	5	194	107	494	3.8	0.3	0.9	0.8	79.7	17.5	24.5	30	5.03	2.89	1.6	4.32	25.1	5.88	1.6
S-719	10	123	147	545	4.3	0.5	1.1	0.9	75.4	18.3	22.2	40	4.82	2.42	1.5	4.46	24.2	6.04	2
S-721	<5	92	121	578	1.8	0.4	2	0.8	59.6	16.7	20.7	40	4.5	2.58	1.39	3.64	19.4	5.13	1.9
S-723	<5	68	171	319	3.4	0.2	1.1	<0.8	57.8	9.7	8.6	20	3.55	2.04	1.21	2.78	22.9	4.6	1.3
S-724	6	88	109	482	2	0.4	1.1	0.8	54.7	15.5	22.1	30	3.99	2.19	1.11	3.45	19.1	3.98	1.9
S-725	<5	65	42	316	2.5	0.2	1.3	<0.8	44.3	10.6	8.6	20	3.21	1.64	0.87	1.82	17.4	3.18	1.6
S-726	5	125	139	439	2.6	0.4	1.1	<0.8	73.6	14.3	22.6	50	3.75	2.07	1.67	4.21	25.2	5.11	1.5
S-727	<5	188	170	498	2.7	0.4	1.1	<0.8	63.3	21.8	36.6	60	3.68	1.92	1.21	4.74	25.4	5.08	1.8
S-728	<5	126	103	428	2.8	0.4	7.1	<0.8	69.9	11	19.3	40	3.85	2.01	1.67	2.7	22.9	5.09	1.3
S-731	5	126	168	547	3.1	0.5	1	0.8	74.7	20.6	29.6	50	6.6	3.38	1.63	5.1	23.4	5.83	2.1
S-732	10	92	199	524	3.3	0.4	1.5	<0.8	67.1	18.3	23.9	40	4.45	2.56	1.43	3.92	21	5.57	1.9
S-734	8	87	99	547	2.2	0.3	1.7	1.1	49.7	11	13.2	30	3	2.14	1.18	2.35	16.8	2.74	1.3
S-735	<5	66	110	380	2.2	0.1	3.8	1.1	44.6	13.1	9	20	2.82	1.85	1.25	2.84	21.4	3.43	1.5
S-736	<5	61	106	454	1.6	0.2	2	0.8	63.4	15.5	11.1	20	4.24	2.49	1.08	2.71	15.9	4.33	1.4
S-737	6	59	105	474	2.1	0.3	1.8	0.8	58.6	15.7	12	30	4.18	2.54	1.5	2.97	17.5	4.65	1.6
S-738	7	74	94	298	2.8	0.2	1.3	<0.8	64.3	9.5	8.4	30	3.65	2.2	1.44	3.42	23.3	4.79	1.4
S-739	9	84	120	631	3.1	0.4	1.1	0.9	79.4	17.8	56.6	50	7.45	3.94	1.93	4.46	21.4	7.68	1.5
S-740	8	58	103	538	1.8	0.4	1	1	65.4	19.3	19	40	5.02	3.3	1.36	3.33	17.5	4.76	2.1
S-741	<5	98	158	541	1.9	0.3	1.1	0.9	66.4	18.7	32.4	40	5.09	3.15	1.66	4.08	20.5	5.27	1.8
S-742	17	74	176	563	3.5	0.5	1	1.2	72.6	20.9	21.4	40	5.19	3.04	1.49	3.99	19.3	5.29	1.8
S-743	<5	66	78	364	1.3	0.2	1.3	<0.8	55.7	13.1	11.4	30	3.58	1.91	0.98	2.93	21.2	4.24	2.7
S-744	7	123	175	618	1.8	0.4	1.8	0.9	71	18.8	73.1	50	5.52	2.98	1.63	4.06	21.9	5.8	1.9
S-746	5	39	67	189	3	0.1	1.6	<0.8	37.2	7	3.7	<20	2.16	1.76	0.78	2.07	16.8	2.48	1.4
S-747	<5	59	57	390	2.4	0.4	1.1	0.8	59.3	9.9	8	20	4.58	3.29	1.29	2.43	16.4	5.13	1.1
S-748	6	82	77	473	2.4	0.5	1.2	0.9	61.5	17.5	18.5	30	4.98	3.09	1.27	3.43	17.9	4.84	2
S-749	<5	76	95	531	2.6	0.4	1	<0.8	73.1	20.3	24.1	40	5.35	2.92	1.2	4.27	20.9	5.93	1.9
S-750	<5	48	51	419	3.6	0.4	0.7	<0.8	67.9	13.6	11.6	20	4.66	3	1.28	3.62	19.4	4.74	1.5
S-751	6	40	70	465	2.7	0.5	0.9	0.8	62.8	12.3	12.1	20	4.27	3.29	1.18	3.41	18	5.36	1.5
S-752	6	53	112	480	3.3	0.5	0.9	<0.8	54.4	17.1	25.5	30	4.1	2.77	1.22	4.13	20	4.8	2.2
S-753	6	80	295	653	3	0.6	2.2	1	70.5	20.4	25.1	50	5.31	2.89	1.54	5.2	23.8	6.19	1.5
S-754	5	67	239	514	2.5	0.5	4.8	0.9	62.3	20.2	29.7	40	4.82	3.04	1.33	4.57	21.3	6.36	2.2
S-755	6	44	286	554	2	0.5	1.3	1.1	64.9	17	21.8	40	4.93	2.99	1.46	4.25	23.5	5.8	2
S-756	<5	48	159	469	2.2	0.4	1	<0.8	47.6	15.8	13.6	40	3.71	2.44	0.95	4.17	18.9	4.84	2.1
S-757	6	42	204	395	0.9	0.4	19.7	0.8	41.8	12.3	15.4	40	4	2.13	0.97	3.1	13.9	3.8	1.5
S-758	5	71	244	470	1.6	0.5	9.3	0.9	46.9	15.4	36.6	40	3.41	2.06	0.99	4.01	17.7	4.17	1.5
S-759	5	102	208	548	2.8	0.6	2	<0.8	66.7	22.4	24.6	50	5.06	2.73	1.29	4.66	23.5	5.92	2.4
S-760	5	118	321	611	1.8	0.4	0.8	<0.8	60.5	16.6	21.4	50	5.99	3.51	1.46	5.1	23.6	5.79	2.4
S-761	6	13	208	524	1.6	0.5	7	<0.8	45.3	12	11.4	30	3	1.73	0.9	2.65	16.7	3.79	1.9
S-762	6	82	188	615	3.2	0.6	1.7	0.9	66.4	20	26	50	5.11	3.16	1.49	4.51	21.4	5.91	2.2
S-763	5	115	294	648	2.9	0.6	3	1.1	67.2	18.8	50.1	50	5.66	3.18	1.4	5.06	21.2	6.04	1.9
S-764	8	51	120	512	2	0.6	0.9	1	61.2	16.2	17.1	30	4.41	2.77	1.12	3.2	18.4	4.33	1.6
S-765	7	73	153	602	3.4	0.5	0.9	<0.8	68.6	21.4	21.1	40	5.16	3.28	1.55	4.28	21.1	5.73	2.1
S-766	6	47	120	524	2.3	0.6	7.5	1	56.7	16.7	18.9	40	4.32	2.53	1.14	3.94	19.5	4.81	1.9
S-767	5	65	120	576	3.4	0.5	0.9	1.1	64.6	19.8	20.5	40	5.38	3.06	1.31	4.4	19.5	5.24	1.9
S-768	5	42	126	505	2.9	0.5	0.8	1	82.9	19.5	30.6	40	8.45	4.78	1.89	4.51	21.2	8.37	1.8
S-769	7	64	93	527	3	0.4	0.9	0.9	71.6	19.1	24.1	40	5.68	3.1	1.58	4.38	21.2	6.36	2.3
S-770	6	71	93	459	2.1	0.5	1	1	71.3	13.1	21.6	40	4.87	2.61	1.39	4.27	20.1	5.06	1.9
S-771	6	107	87	589	3.1	0.6	1.1	0.8	77.9	23.5	25.7	50	5.68	3.49	1.7	4.64	21.6	6.05	2
S-772	7	157	160	638	2.5	0.7	1.2	0.9	74.6	23.2	34.6	60	4.95	2.9	1.39	4.74	21.9	5.45	2.2
S-773	<5	73	110	483	2.8	0.4	2.8	<0.8	59.9	18.3	39.3	30	4.75	2.83	1.01	4.05	18	4.92	2.2
S-774	<5	66	219	547	1.7	0.5	2.2	<0.8	57.9	18.9	17.1	40	5.11	2.82	1.21	4.23	21.6	5.03	2.3
S-775	5	61	226	470	1.2	0.4	8.8	<0.8	48.3	13.2	14.9	30	4.1	2.3	0.85	3.45	18.1	4.84	1.9
S-776	<5	123	256	466	2.3	0.4	14.7	<0.8	43.9	16.4	22.6	50	2.77	2.28	0.81	3.94	16.1	4.6	1.6
S-777	<5	64	288	506	2.1	0.5	3.9	<0.8	49.1	14.6	18.2	40	4.17	2.64	1.09	3.79	19.1	4.68	1.7
S-778	5	45	180	556	2.8	0.4	1.1	<0.8	58.8	13.3	20.2	30	5.24	3.32	1.37	3.6	19.6	5.65	2
S-779	5	24	191	515	1.9	0.4	1.1	<0.8	49.4	11.4	17.2	30	4.04	2.19	1.35	3.53	20.8	4.73	1.6
S-780	<5	63	169	490	2.6	0.3	7	<0.8	53.2	15.7	27.7	40	4.01	2.52	1.42	4.01	17.6	4.67	1.6
S-781	<5	52	96	350	2.1	0.4	1.7	<0.8	49.9	12.7	10.3	20	3.5	1.57	1.24	2.82	17.5	4.49	1.7
S-782	5	88	102	376	1.8	0.4	2.5	0.8	51.3	12.8	10.6	30	3.24	1.39	1.17	3.33	21.3	3.82	1.7
S-783	6	49	137	515	2.8	0.6	0.9	1	58.2	15.8	16.1	30	4.68	2.84	1.32	3.92	21.7	5.02	2.5
S-784	5	70	379	591	3.1	0.5	0.6	<0.8	64.7	16.1	26	40	4.63	2.66	1.04	4.27	23.3	4.72	2.2
S-785	5	82	259	535	2.9	0.5	0.9	<0.8	63.3	13.9	16.9	40	4.88	2.81	1.37	3.76	24.2	4.6	2.1
S-786	5	75	275	521	2.3	0.4	3.4	<0.8	60.3	17.7	30.6	40	5.08	3.25	1.35	4.43	21.6	5.47	2.4
S-787	5	46	45	284	1.7	0.3	3.1	0.9	32.3	6.9	7.4	20	2.64	1.55	0.9	2.77	19.5	2.95	1
S-788	7	75	122	391	1.8	0.5	3.5	1.1	54.8	14.7	15.7	40	3.15	1.73	1.11	3.17	22.3	4.24	1.7
S-789	6	133	178	522	2.4	0.6	6.4	1.2	56.6	17.2	26.6	40	5.21	2.91	1.4	4.07	19.1	5.68	1.6
S-790	7	153	187	560	1.4	0.4	8.6	0.8	59.3	16.3	24.7	50	4.61	2.34	1.34	3.39	19.1	5.29	1.6
S-791	5	231	66	309	2	0.5	1.7	0.8	46.5	8.9	9.2	40	2.86	1.62	1.09	3.45	21.4	3.85	1.8
S-792	5	80	49	301	0.7	0.2	20.5	0.9	26.7	7.4	4.2	<20	2.47	1.95	0.77	1.41	7.1	2.57	0.6
S-793	<5	97	141	518	2	0.5	1	<0.8	51.5	13.9	29.1	40	5.11	2.51	1.25	4.12	19.1	4.58	2.5
S-794	5	63	68	492	1.7	0.3	2.4	0.8	40.1	9.4	13.2	20	3.48	1.94	0.99	1.97	13.3	2.89	1.7
S-795	5	96	145	471	2.3	0.5	1.2	<0.8	50.2	16.5	22.1	40	4.77	3.1	1.16	4.2	18.9	5.89	1.7
S-796	8	50	95	316	2.4	0.4	1.3	1	43.2	9.6	8.5	20	3.07	1.86	0.85	2.65	20.1	3.38	1.2
S-798	7	104	135	354	2.6	0.4	1.3	1.1	71.7	12.5	10.8	40	5.2	2.82	1.48	4.08	23.6	5.92	1.6
S-799	5	46	91	445	1.8	0.3	1.8	0.8	42.1	10.5	6	20	3.95	2.55	0.87	2.64	16.5	3.73	1.8
S-800	6	44	153	538	2.4	0.5	1.1	0.8	60.4	15.6	15.5	30	4.96	3.1	1.09	3.67	20.1	5.45	2.4
S-801	5	97	156	506	3.3	0.4	0.9	<0.8	57.2	17.9	20.7	40	4.6	2.79	1.09	3.84	21.3	4.66	1.7
S-802	6	56	195	384	2.6	0.5	0.4	1	52.1	15.2	10.6	30	4.26	2.28	1.1	5.31	20.4	4.24	2
S-803	6	108	190	571	2.5	0.6	1.7	1.1	75.4	25.2	32	50	5.09	3.32	1.48	5.36	22.7	6.1	2
S-804	6	71	186	581	1.8	0.5	1.2	1	76.7	20	26.6	40	5.35	3.15	1.34	4.35	20.5	6.28	2.6
S-805	<5	54	170	482	2	0.4	7.7	0.8	48	10.4	25.3	30	4.13	2.59	0.94	3.06	17	4.56	1.6
S-806	6	119	177	569	2.3	0.4	1	1.4	69.1	18.9	37.5	40	5.37	3.12	1.4	4.3	18.6	5.21	1.7
S-808	6	90	127	538	3.4	0.5	0.9	1.2	68.3	18.8	29.8	40	5.58	3.69	1.49	4.62	22.2	5.63	2.1
S-810	<5	101	178	520	2.4	0.4	2.6	1	55.6	15.2	36.4	50	4.91	3	0.89	3.69	18.5	5.07	1.9
S-811	<5	81	211	512	3	0.4	5.9	<0.8	62.8	18.9	22.1	40	5.45	2.89	1.34	4.17	19	5.34	2.4
S-813	6	119	102	571	2.2	0.6	1	0.8	73.6	22.6	29.7	50	5.3	3.16	1.2	4.53	20.3	6.04	2.5
S-815	6	55	209	605	2.5	0.6	1.1	1	67.5	17.2	27.9	50	6.21	3.9	1.45	4.63	21.7	6.34	2.3
S-816	<5	144	127	345	2.9	0.3	1.2	<0.8	69.6	13.2	20	40	3.12	1.85	1.26	4.82	24.1	3.68	1.6
S-818	<5	47	107	566	3.1	0.3	1.5	0.9	58.6	15	16.6	50	4.35	2.73	1.2	3.08	15.9	5.01	1.3
S-819	9	36	93	321	2.5	0.2	1.4	1	43.8	8.6	7.4	20	2.34	1.51	0.72	1.88	18.9	2.64	1.4
S-822	<5	61	96	484	2.4	0.2	2.2	<0.8	47.6	10.3	8.1	20	3.38	1.9	1.1	2.59	14.9	3.69	1.3
S-825	<5	494	334	721	1.9	0.4	6	1.1	68.2	21.8	67.8	50	3.7	1.8	1.27	3.79	21	3.97	1.2
S-826	<5	59	104	458	1.7	0.2	1.9	<0.8	49.4	13	10	20	3.65	2.62	1.18	2.54	15.4	3.81	1.1
S-829	6	86	163	496	3.3	0.6	1	1.2	73.8	19.8	14	60	6.47	3.68	1.4	5.17	22.4	6.81	2.3
S-830	7	83	90	434	3	0.4	0.9	1.1	44.4	17.5	9.9	40	5.05	3.33	1.09	3.75	18.1	4.93	1.4
S-831	<5	70	102	491	1.9	0.4	0.7	0.8	47.8	15.2	8.5	30	4.45	3.28	1.03	3.65	17.9	4.73	1.5
S-832	7	73	205	476	2.6	0.4	0.9	1.2	52.7	17.6	11.5	40	4.96	3.01	1.15	4.08	18.8	5.16	1.9
S-833	6	112	70	538	1.7	0.5	0.6	1	66.6	21.3	10	50	6.16	3.53	1.48	5.52	21.3	6.5	1.9
S-834	5	124	137	526	2.1	0.5	0.7	0.8	59.1	16.6	13.5	40	5.24	3	1.42	4.6	20.2	5.19	1.9
S-835	8	82	140	491	2.3	0.5	0.8	1.2	58.1	22.3	16.2	50	5.11	2.71	1.11	4.08	19.5	4.66	1.9
S-836	7	171	173	502	2.6	0.4	1.2	<0.8	57.3	19.3	19	50	5.03	2.94	1.14	4.5	20.2	5.21	1.9
S-837	6	31	199	444	3.1	0.3	0.6	1	41.5	13.7	5.9	20	4.8	3.03	1.04	3.56	16.8	4.81	1.5
S-838	8	33	223	507	2.6	0.4	0.5	1.4	46.1	14.4	4.4	20	3.94	2.57	1.04	3.32	19.2	3.83	1.9
S-839	6	113	112	473	2.3	0.5	0.8	1.1	56.5	18.7	14.4	50	5	3.05	1.27	4.29	19.7	5.12	1.9
S-840	7	105	105	557	3.7	0.5	0.5	0.8	62.4	18	12.7	50	5.36	2.81	1.28	4.73	21.8	5.25	2.1
S-841	7	30	67	422	1.8	0.5	2	1.2	53.7	20.1	6	40	6.31	3.55	1.25	5.18	20.5	5.62	1.4
S-842	7	105	90	358	1.3	0.3	0.9	0.9	48	16	10.5	40	4.57	3.17	1.45	4.87	19.8	5.71	1.2
S-844	5	29	270	520	3.3	0.4	0.6	<0.8	47.2	12	7.5	20	3.85	2.71	0.77	3.66	20.8	4.37	2.5
S-845	7	94	183	484	3.4	0.5	0.9	1.1	54.5	16.1	8.5	30	5.8	4.18	1.09	4.34	19.7	6.18	1.9
S-847	<5	220	391	668	1.5	0.3	13.3	0.8	54.5	24.4	14.6	50	5.54	3.42	1.45	4.3	15.1	5.74	0.9
S-848	<5	66	70	449	2.1	0.4	3.9	<0.8	55.9	17.2	9.8	40	4.31	2.45	1.12	3.55	17.1	4.56	1.7
S-850	7	86	230	504	2.9	0.6	1.7	1.1	69.8	20.7	30.5	50	5.12	3.26	1.35	4.71	22.4	6.28	1.9
S-851	<5	121	96	591	2	0.5	1.2	<0.8	58	21	26.1	50	6.08	3.61	1.68	4.98	21.1	5.8	1.7
S-852	<5	136	86	601	2.1	0.6	1.1	0.8	68.5	23.8	38.2	60	6	3.28	1.68	5.41	22.2	6.03	2.6
S-853	6	81	255	487	2.2	0.5	5.1	1.1	57.6	20.2	22	40	4.7	2.8	1.28	4.44	18.8	5.61	1.8
S-854	6	21	65	381	1.6	0.4	4.3	1.3	50.1	19.1	5.7	60	5.47	3.04	1.21	4.26	17.5	5.34	1.3
S-855	6	44	33	518	2.8	0.3	1.1	<0.8	61.1	12.3	7	20	4.7	2.68	1.12	3.39	19.1	5.48	1.8
S-857	11	147	120	592	4	0.8	1.9	1.6	78	28.3	23.5	70	6.18	3.78	1.34	4.84	20.4	6.85	1.9
S-858	7	70	249	590	1.9	0.4	0.5	0.9	63.4	16.6	10.4	30	4.04	2.58	1.09	4.55	22.5	4.14	2.1
S-859	9	82	826	617	3.3	0.7	0.3	1.8	78.7	24.3	31.6	60	6.85	3.84	1.48	5.82	24.3	7.04	1.7
S-860	6	12	56	453	1.4	0.5	2.2	1.2	56.2	23	5.6	30	6.77	3.61	1.71	5.51	21.2	6.01	1.7
S-861	5	16	33	455	1.7	0.3	2.1	0.9	55.7	21.3	5.3	30	6.56	3.74	1.53	5.63	22.9	5.96	1.8
S-862	7	13	35	416	1	0.4	1.9	1.3	47	19.3	3.5	30	5.41	3.51	1.44	4.9	20.3	5.69	1.5

Table 2. Soil Sampling Vranje South ME-MS89L method

Sam. ID	Ho ppm	In ppm	K perc	La ppm	Li ppm	Lu ppm	Mn ppm	Mo ppm	Nb ppm	Nd ppm	Ni ppm	Pb ppm	Pr ppm	Rb ppm	Re ppm	Sb ppm	Se ppm	Sm ppm	Sn ppm	Sr ppm
S-701	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-
S-703	0.48	<0.3	2.5	32	117	0.27	150	<2	10.8	27.2	30	13.5	7.17	82	<0.01	3.1	<3	4.67	<3	350
S-704	0.67	<0.3	1.59	28	65	0.36	800	<2	13	23.2	50	31	5.95	79.2	0.01	2	<3	4.34	<3	250
S-706	0.8	<0.3	2.03	41.5	35	0.42	660	2	22.5	32.2	30	18.2	8.81	89.2	<0.01	0.6	<3	5.13	<3	290
S-707	1.46	<0.3	2.61	38.7	119	0.52	760	4	12.7	35.7	120	34.8	9.77	128.5	<0.01	2.5	12	7.58	5	160
S-708	0.94	<0.3	2.06	41.6	90	0.41	680	3	18.2	34.8	50	26.4	9.16	105.5	<0.01	4.8	<3	6.6	<3	280
S-719	1.05	<0.3	2.01	39.1	96	0.37	520	3	15.3	37.4	70	30	9.01	108	<0.01	2.2	<3	6.28	<3	230
S-721	1.04	<0.3	2.33	30.4	65	0.43	1050	<2	11	26.9	70	32.9	6.9	105	<0.01	2.1	6	5.16	<3	260
S-723	0.8	<0.3	2.06	30.9	101	0.29	290	<2	8.6	28.1	30	12.6	6.92	91.4	<0.01	0.7	<3	4.51	<3	360
S-724	0.75	<0.3	2.09	27.2	74	0.39	770	2	12.5	23.5	80	34.7	6.31	110.5	<0.01	1.5	7	4.34	5	200
S-725	0.72	<0.3	1.23	21.6	45	0.2	480	2	9.6	18.35	30	25.8	4.67	62.9	0.01	1.1	5	3.34	<3	340
S-726	0.76	<0.3	1.56	36.6	84	0.27	330	5	12.5	31.8	50	25.6	8.26	85.7	<0.01	2	<3	5.81	<3	280
S-727	0.72	<0.3	1.98	33.5	132	0.28	680	4	10.4	31.1	110	27.6	7.44	103.5	<0.01	3.5	<3	5.3	<3	260
S-728	0.76	<0.3	1.78	37.2	92	0.29	430	<2	12.3	32.4	40	18.2	7.91	89.8	<0.01	4.6	9	6.27	3	310
S-731	1.24	<0.3	2.03	39.4	112	0.45	920	2	14.7	36.3	100	34.9	9.12	122	<0.01	2.4	<3	6.99	<3	150
S-732	0.97	<0.3	2.21	31.6	88	0.37	800	<2	12.4	30	80	31.3	7.59	109.5	<0.01	2.1	<3	5.51	<3	290
S-734	0.75	<0.3	2.27	23.7	41	0.36	690	2	9.7	22.7	40	22	5.39	79.4	<0.01	1.3	<3	3.82	8	400
S-735	0.63	<0.3	2.33	22.4	43	0.21	510	<2	10.3	20.4	40	14	4.95	76.1	<0.01	1.4	<3	3.52	<3	400
S-736	0.89	<0.3	1.63	29.7	61	0.43	770	<2	12.3	26.7	50	28.5	6.69	76.2	<0.01	1.6	6	4.96	<3	280
S-737	0.87	<0.3	1.78	29.3	66	0.41	810	<2	12.4	25.7	60	29.3	6.58	83.7	<0.01	1.3	<3	4.32	<3	280
S-738	0.84	<0.3	1.62	32.4	56	0.25	460	<2	8.3	30.2	50	12.2	7.54	71.8	<0.01	1.2	<3	4.88	<3	330
S-739	1.41	<0.3	2.33	41.9	113	0.57	1000	<2	14.4	42.2	90	37	10.15	137	<0.01	2.8	<3	8.34	<3	220
S-740	1.02	<0.3	2.06	30.2	83	0.44	1010	<2	14.3	27.7	80	38.2	6.94	102.5	0.01	2.4	8	5.68	<3	210
S-741	1.01	<0.3	2.26	34	119	0.44	880	<2	12.3	31	70	32.4	8.01	114	<0.01	2.2	<3	5.71	<3	220
S-742	1.05	<0.3	2.17	36.1	108	0.45	1070	2	15.6	32.9	80	39.2	8.27	115.5	<0.01	2.2	3	5.9	<3	210
S-743	0.76	<0.3	1.55	27.5	61	0.3	420	<2	9.5	27.6	50	21.3	6.92	74.5	<0.01	1	<3	4.78	<3	300
S-744	1.09	<0.3	2.3	35.6	84	0.39	900	<2	12.1	32.7	70	33.9	7.72	123	<0.01	2.5	3	6.59	<3	320
S-746	0.6	<0.3	1.3	19.7	13	0.29	360	<2	6.2	16.45	20	11.4	4.4	40.6	<0.01	0.6	4	2.96	<3	360
S-747	0.96	<0.3	1.57	30.4	39	0.38	500	<2	15.8	27.3	300	28.6	7.25	75.8	<0.01	1.3	7	5.53	<3	240
S-748	0.95	<0.3	1.77	31.2	77	0.33	820	2	12.8	28.6	70	36.1	7.52	102.5	<0.01	1.9	19	5.56	3	190
S-749	1.19	<0.3	1.86	36.6	102	0.41	960	2	15.6	33.4	80	34.9	8.91	115	<0.01	2.8	<3	7.22	<3	160
S-750	0.96	<0.3	1.34	31	49	0.31	390	2	14.5	28	50	30.2	7.26	83.3	<0.01	1.2	4	5.62	<3	160
S-751	1.02	<0.3	1.63	31	64	0.34	530	<2	15.6	28.6	50	28.2	7.56	92.7	<0.01	1.1	<3	5.4	<3	170
S-752	0.99	<0.3	1.88	26.1	89	0.4	700	<2	12.4	23.8	80	29.5	6.77	117.5	<0.01	2.9	6	5.18	<3	140
S-753	1.01	<0.3	2.27	36.1	133	0.36	940	<2	14.2	32.8	90	34.2	9.09	128.5	0.02	2.6	11	7.84	<3	200
S-754	0.91	<0.3	2.21	32.1	105	0.44	840	<2	12.7	30.3	90	30.5	7.86	123.5	<0.01	2.7	<3	7.06	<3	150
S-755	1.12	<0.3	2.24	32.2	94	0.45	540	<2	13.3	28.8	60	32.5	7.79	120.5	<0.01	2.2	<3	5.72	<3	200
S-756	0.67	<0.3	1.85	22.7	105	0.27	1060	<2	9.1	22.3	80	23.4	5.87	79.1	0.01	1.8	4	4.63	<3	190
S-757	0.71	<0.3	1.54	22.8	74	0.24	530	<2	7.5	21.7	70	25.5	5.32	79.8	<0.01	1.1	5	4.6	<3	260
S-758	0.64	<0.3	1.99	24.5	142	0.24	790	2	9.8	23.3	90	28.7	5.94	116	<0.01	3.3	3	3.97	<3	360
S-759	0.95	<0.3	2.06	35.7	112	0.44	900	3	12.3	31.8	100	33.6	7.88	116	<0.01	2.8	5	6.67	<3	190
S-760	1.15	<0.3	2.56	32.5	103	0.44	550	<2	13.3	29.3	100	28.8	7.94	141	0.01	2.1	<3	6.11	<3	130
S-761	0.65	<0.3	1.51	22.1	72	0.19	450	<2	10.2	20.9	40	18.8	5.2	69.4	<0.01	1	8	4.03	<3	250
S-762	0.97	<0.3	2.27	33.8	110	0.43	910	<2	13.8	30.3	90	36.6	7.91	135.5	<0.01	1.9	<3	6.84	<3	200
S-763	1.04	<0.3	2.7	36	176	0.5	830	<2	12.7	33.5	100	44.2	8.6	146	<0.01	5	5	6.07	4	170
S-764	0.84	<0.3	1.83	28.7	86	0.4	990	2	12.8	24.7	70	35.1	6.57	101	<0.01	1.7	<3	4.77	<3	200
S-765	1.07	<0.3	2.16	30.7	102	0.41	990	<2	13.8	29.3	90	34.7	7.71	123	<0.01	1.9	<3	6.48	<3	200
S-766	0.82	<0.3	1.61	28	81	0.31	810	<2	12	26.4	80	26.9	6.59	99.5	<0.01	1.7	3	5.36	<3	190
S-767	1.09	<0.3	2.1	33.4	95	0.47	810	<2	14.3	28.6	80	32.4	7.68	118	0.02	1.2	18	5.85	4	160
S-768	1.62	<0.3	2.09	45	107	0.55	610	<2	13.9	41.1	110	29.5	11.15	122.5	<0.01	1.9	10	8.54	4	160
S-769	1.15	<0.3	1.9	37.9	88	0.43	760	<2	14.8	33.4	90	32.4	8.78	119	<0.01	2.6	<3	7.27	4	140
S-770	0.83	<0.3	1.78	35.7	75	0.35	400	2	14.8	31.9	70	30.2	9.16	110.5	<0.01	1.9	9	6.6	5	150
S-771	1	<0.3	1.97	37.2	124	0.42	920	3	14.1	33.9	90	37.9	8.75	129.5	<0.01	2.3	5	7	5	200
S-772	1.02	<0.3	2.53	35.8	166	0.43	890	5	13	33.4	110	43.6	8.57	140	<0.01	2.7	3	6.47	5	200
S-773	0.83	<0.3	1.93	32.6	110	0.42	820	<2	13	28.5	90	34	7.43	114.5	<0.01	3.3	5	5.53	5	170
S-774	0.95	<0.3	2.04	30.9	106	0.41	890	<2	11.3	26.9	80	29.6	6.69	115	<0.01	2.1	<3	6.03	<3	190
S-775	0.69	<0.3	1.8	24.4	67	0.26	840	<2	9.2	24.4	50	18	6.18	85.6	<0.01	1.4	4	4.77	<3	210
S-776	0.66	<0.3	1.64	21.1	104	0.28	590	3	6.3	21.8	80	21.1	5.56	82.9	0.01	2.9	3	4.22	<3	430
S-777	0.67	<0.3	2.12	23.9	94	0.33	630	<2	10.6	22.6	90	23.9	5.91	104.5	<0.01	1.5	9	4.58	<3	210
S-778	1.12	<0.3	1.93	30	53	0.56	770	<2	11.3	27.2	200	30	7.38	94.4	0.01	3.1	13	5.71	<3	200
S-779	0.79	<0.3	1.89	25.9	88	0.31	270	<2	9.6	25	70	26.3	6.34	85.7	<0.01	1.7	<3	5.64	<3	210
S-780	0.84	<0.3	1.96	28	97	0.33	690	<2	11	27.1	70	24.4	6.69	96.9	<0.01	2.7	8	5.56	4	230
S-781	0.7	<0.3	1.52	25.5	86	0.26	510	2	10.1	23.4	50	23.4	5.97	65.8	<0.01	1.9	15	4.82	4	240
S-782	0.63	<0.3	1.49	24.1	52	0.31	740	4	9.3	23.1	50	14.9	5.77	69.4	<0.01	0.9	<3	3.68	<3	330
S-783	0.87	<0.3	1.75	30.4	71	0.29	670	<2	13.7	25.6	60	29.7	6.89	103.5	<0.01	1.5	<3	6.04	<3	170
S-784	0.93	<0.3	2.36	29.1	97	0.31	780	2	15.3	24.2	70	30.9	7.04	139.5	0.01	2.3	<3	5.62	<3	290
S-785	0.93	<0.3	2.2	33.4	128	0.39	460	2	12.6	27.7	50	19.9	7.5	118.5	<0.01	1	3	5.45	6	330
S-786	1.1	<0.3	2.32	32.5	107	0.39	890	<2	11.4	29.4	80	31.2	7.53	116	<0.01	2.2	3	5.89	<3	190
S-787	0.54	<0.3	1.11	16.8	37	0.16	610	3	7.4	14.75	30	9.1	3.86	50.7	<0.01	0.9	4	3.22	<3	400
S-788	0.66	<0.3	1.47	27.4	67	0.22	570	4	9.6	24.7	60	19.8	6.29	79.2	<0.01	1.8	5	4.39	<3	370
S-789	1.03	<0.3	2.3	36.7	89	0.36	790	2	11.9	30.1	100	26	7.87	113.5	<0.01	2.1	6	6.56	5	250
S-790	0.87	<0.3	2.19	29.5	61	0.35	930	<2	9.3	28	60	27.2	6.87	99	0.01	2.9	<3	5.39	<3	390
S-791	0.63	<0.3	1.49	25.3	43	0.22	220	11	7.8	21.9	40	20.8	6.05	61.8	<0.01	1.7	4	4.78	4	350
S-792	0.6	<0.3	0.64	12.5	34	0.33	740	<2	4.7	11.5	40	13.9	2.89	22.7	<0.01	0.8	3	2.38	<3	510
S-793	0.78	<0.3	2.11	28.4	119	0.34	650	<2	11.5	27.3	90	31.5	6.61	101.5	<0.01	3.5	11	4.71	5	150
S-794	0.57	<0.3	1.66	19.95	80	0.34	470	<2	8.9	18.85	50	24.2	4.42	58.7	<0.01	3	3	4.1	4	280
S-795	1.01	<0.3	1.97	28.8	108	0.33	780	2	11	27.7	100	25.6	7.23	93.1	<0.01	2.1	3	5.62	6	200
S-796	0.6	<0.3	1.3	19.7	90	0.24	320	2	10.6	18.25	50	14.2	5.27	58.4	<0.01	1.7	5	4.1	<3	320
S-798	0.98	<0.3	1.33	33.2	54	0.27	590	4	11	33.1	60	15.2	8.56	68.6	<0.01	1.1	3	5.96	<3	270
S-799	0.82	<0.3	1.83	21	33	0.31	630	<2	8.4	19.65	30	17.8	5.04	72.8	<0.01	0.7	<3	3.55	<3	280
S-800	1	<0.3	1.83	30.2	65	0.34	790	<2	14	27.2	50	32.1	7.59	99.6	<0.01	1.5	4	5.52	<3	200
S-801	0.92	<0.3	2.12	27.4	88	0.37	740	3	11.8	24.7	60	29.7	6.58	121	<0.01	1.7	<3	5.32	<3	150
S-802	0.92	<0.3	1.74	22.7	41	0.34	460	<2	12.8	25	30	18.8	6.32	105	<0.01	0.6	<3	4.65	<3	270
S-803	1.04	<0.3	2.29	39.1	144	0.42	1040	2	14.7	32.7	120	40.7	9.22	137.5	<0.01	2.4	19	6.67	6	140
S-804	0.98	0.3	2.39	39.5	118	0.43	970	<2	14.3	36	80	43.2	9.48	134	0.01	2.1	7	6.21	6	190
S-805	0.85	<0.3	1.85	26.1	94	0.31	820	<2	9.3	23.3	50	28.8	6.07	95.1	<0.01	1.5	<3	4.9	<3	280
S-806	1.02	<0.3	2.23	34.3	124	0.42	1060	<2	13.3	32.1	90	42.8	8.2	133.5	0.01	2.8	8	6.55	4	150
S-808	1.14	<0.3	2.14	34.9	105	0.42	820	2	14.8	31.7	70	34.5	8.21	125	<0.01	2.3	18	6.81	8	160
S-810	0.95	<0.3	2.49	28.7	113	0.38	900	<2	12.9	26.3	70	32.2	6.47	115.5	0.01	2.3	4	5.16	6	270
S-811	0.89	<0.3	2.05	31.9	126	0.39	880	<2	12.2	29.2	110	32.8	7.35	115	0.02	2	3	6.47	7	410
S-813	0.94	<0.3	1.97	37.1	130	0.4	880	3	15.4	32.7	90	42.7	8.89	135	<0.01	2.5	8	6.71	7	170
S-815	1.21	<0.3	2.18	36.5	105	0.62	790	2	14.6	34	70	34.1	8.92	123.5	<0.01	2.1	<3	7.07	4	160
S-816	0.66	<0.3	1.79	34.9	49	0.22	340	3	10.7	29.9	70	25.2	7.61	88.9	<0.01	1.9	<3	5.77	<3	310
S-818	1.02	<0.3	2.11	27	68	0.43	1080	<2	11.4	25.6	60	32.9	6.52	90.1	<0.01	1.4	<3	4.76	<3	260
S-819	0.53	<0.3	1.87	21.3	30	0.24	460	<2	10.7	18.45	30	21.2	4.82	67.2	<0.01	0.9	11	3.61	<3	340
S-822	0.84	<0.3	1.79	23.4	42	0.32	610	<2	8.2	20.9	30	20.4	5.11	65.1	<0.01	0.8	<3	3.44	<3	330
S-825	0.65	<0.3	3.53	32.3	119	0.26	940	9	10.3	29.8	60	35	7.24	166.5	<0.01	13.3	<3	5.34	<3	550
S-826	0.85	<0.3	1.78	24.2	56	0.4	700	<2	8.7	21.5	40	23.3	5.5	69.5	0.01	1.1	<3	4.08	<3	300
S-829	1.25	<0.3	2.15	31.8	95	0.46	770	<2	12.7	30.6	90	22.5	8.29	117	<0.01	1.7	<3	6.93	<3	120
S-830	1	<0.3	1.73	18.75	50	0.41	630	<2	9.9	21.7	50	14.1	5.04	80.2	<0.01	1.1	<3	4.44	<3	170
S-831	0.97	<0.3	2.12	22.3	43	0.44	780	2	11.9	23.4	40	22.6	6.09	93.5	<0.01	1	<3	3.82	<3	200
S-832	1	<0.3	2.11	24	80	0.55	650	<2	11.8	25.3	60	18.6	6.55	95.4	0.01	1	<3	5.68	<3	210
S-833	1.24	<0.3	1.99	28.6	61	0.66	890	2	12	30.5	70	20.2	7.69	103	<0.01	1.1	<3	6.54	<3	130
S-834	1.13	<0.3	1.83	29.8	78	0.37	970	2	10.8	28.3	70	24.3	7.56	99.7	<0.01	1.5	<3	6.38	<3	140
S-835	0.99	<0.3	2.09	26.3	81	0.43	850	2	13	26	80	26.1	6.7	113	<0.01	1.3	5	5.75	<3	150
S-836	0.99	<0.3	2.07	24.4	69	0.44	810	<2	11.2	24.1	70	21	6.45	114	<0.01	1.5	9	5.57	<3	180
S-837	0.93	<0.3	1.9	18.75	91	0.39	740	<2	11.6	19	30	19.7	5	76.7	<0.01	0.8	<3	4.11	<3	300
S-838	0.76	<0.3	2.33	20.1	116	0.36	620	<2	12.9	20.5	30	22.4	5.2	91.9	<0.01	1	<3	4.03	<3	340
S-839	1.08	<0.3	2.13	26.6	88	0.45	700	<2	13.4	27.1	90	23	6.93	109.5	<0.01	1.5	<3	5.27	<3	140
S-840	1.04	<0.3	2.38	26.8	91	0.41	700	2	15	26.2	80	24.5	7.42	126	0.01	1.2	<3	5.7	<3	120
S-841	1.17	<0.3	1.67	24	29	0.54	1010	<2	12.7	25	50	22	6.65	68.3	<0.01	0.7	<3	5.78	<3	220
S-842	0.95	<0.3	1.99	22.9	30	0.47	440	<2	8.9	27.3	50	12.1	6.46	65.5	<0.01	0.7	<3	5.22	<3	130
S-844	0.82	<0.3	2.19	20.6	58	0.35	540	<2	12.1	19.25	30	18.7	5.37	86.4	<0.01	0.7	<3	4.5	<3	320
S-845	1.33	<0.3	1.93	24	35	0.57	810	<2	13.6	25.7	40	17.1	6.84	84.9	<0.01	0.7	<3	5.93	<3	260
S-847	1.02	<0.3	3.13	26.8	90	0.38	1140	8	7.2	27.7	70	26.7	6.48	103	<0.01	4.2	<3	6.6	5	540
S-848	0.95	<0.3	2.14	30.2	78	0.33	740	<2	11	26.1	70	24.7	6.88	89.5	<0.01	0.8	<3	5.1	7	170
S-850	1.12	<0.3	4.01	34.3	95	0.51	710	<2	14.2	33.4	140	27.6	8.59	153.5	<0.01	1	<3	6.66	<3	100
S-851	1.13	<0.3	2.27	33.7	140	0.46	970	<2	10.2	30.9	100	31	7.74	118.5	<0.01	1.6	4	5.96	6	170
S-852	1.19	<0.3	2.66	33.4	135	0.45	1040	2	11	32.2	90	35.7	8.55	136.5	0.01	3.5	<3	6.5	11	140
S-853	0.93	<0.3	2.17	26.7	98	0.37	800	<2	13	26.1	70	27.1	6.63	120.5	<0.01	2.1	<3	6.03	<3	300
S-854	0.97	<0.3	1.57	24.2	27	0.45	940	2	10.9	23.3	50	22.1	5.72	73.8	<0.01	0.8	<3	5.65	<3	200
S-855	0.94	<0.3	1.72	29.6	33	0.42	590	<2	13.4	27.7	30	19.2	7.1	93	<0.01	0.3	<3	6.32	<3	190
S-857	1.18	<0.3	2.33	34.9	116	0.48	1510	3	14	33.6	110	51.8	8.46	136	<0.01	1.7	<3	6.48	<3	200
S-858	0.84	<0.3	2.99	26.2	73	0.4	540	<2	14	24.2	50	19.8	6.57	124.5	<0.01	0.6	5	5.05	<3	150
S-859	1.38	<0.3	5.03	35.3	105	0.59	1120	3	15.5	37.3	110	24.7	9.83	200	<0.01	2.6	<3	7.62	<3	380
S-860	1.29	<0.3	1.67	25.3	23	0.49	1010	<2	12.3	27.6	50	19.4	6.96	72.1	<0.01	1	<3	5.71	<3	230
S-861	1.21	<0.3	1.67	25.1	24	0.65	1030	<2	13	27.5	50	23.6	6.65	77.5	<0.01	0.8	<3	6.55	<3	240
S-862	1.08	<0.3	1.46	20.7	20	0.47	890	<2	12.1	23.2	40	20.4	5.92	67.4	<0.01	0.8	<3	5.08	<3	220

Table 3. Soil Sampling VranjeSouth -ME-MS89L method

Sam. ID	Ta ppm	Tb ppm	Te ppm	Th ppm	Ti perc	Tl ppm	Tm ppm	U ppm	V ppm	W ppm	Y ppm	Yb ppm	Zn ppm
S-701	-	-	-	-	-	-	-	-	-	-	-	-	-
S-703	0.85	0.42	<0.5	8.3	0.324	0.32	0.19	2.1	84	1.9	14.3	1.37	70
S-704	0.92	0.53	<0.5	7.9	0.454	0.56	0.34	2.4	92	1.7	20.7	2.54	60
S-706	1.49	0.7	<0.5	10.3	0.502	0.54	0.33	3.5	84	1.6	22.2	2.61	60
S-707	0.8	1.14	1	12.7	0.476	0.94	0.5	3.1	148	1.5	35.8	4.05	120
S-708	1.11	0.84	0.5	10.6	0.434	1.07	0.37	2.8	125	1.7	28	2.41	90
S-719	0.99	0.81	0.8	12.3	0.425	0.83	0.32	2.3	142	1.9	26.1	2.09	100
S-721	0.82	0.67	0.5	8.9	0.415	0.71	0.38	2.2	113	2.1	25.7	3.11	140
S-723	0.75	0.56	<0.5	7.6	0.336	0.35	0.25	2.1	74	1.6	21.3	2.08	60
S-724	0.76	0.54	<0.5	9.7	0.446	0.65	0.31	2.5	101	1.4	21.4	2.44	70
S-725	0.69	0.54	<0.5	6.2	0.335	0.54	0.3	2.1	61	1.5	19.1	1.91	50
S-726	0.85	0.57	0.5	9.7	0.39	0.8	0.25	2.6	128	1.8	20.4	1.98	90
S-727	0.74	0.58	<0.5	8.5	0.401	0.82	0.27	3.3	141	1.9	22.2	2.37	120
S-728	0.81	0.65	0.7	11.1	0.419	0.63	0.29	2.4	103	1.5	22	2	80
S-731	1	1.08	0.7	11.4	0.456	0.96	0.51	2.2	156	2.2	33.2	3.31	110
S-732	0.91	0.77	<0.5	9.7	0.432	0.8	0.42	2.3	119	2.4	26.5	2.42	90
S-734	0.67	0.44	<0.5	7	0.294	0.51	0.33	2.2	66	1.1	19.9	2.21	70
S-735	0.91	0.52	<0.5	5.6	0.376	0.38	0.3	1.5	84	1.4	16.5	1.73	70
S-736	0.87	0.72	<0.5	8.8	0.428	0.58	0.39	2.3	87	1.5	24.5	2.87	70
S-737	1.13	0.6	<0.5	8	0.405	0.64	0.4	2.2	93	1.7	24.4	2.57	70
S-738	0.54	0.64	<0.5	9.5	0.291	0.44	0.26	1.9	89	1	22.4	1.75	110
S-739	0.93	1.1	<0.5	11.2	0.439	1.24	0.56	3.2	133	2.2	40.3	3.78	110
S-740	1.02	0.72	<0.5	9.1	0.471	0.8	0.48	2.4	105	2.1	28.3	3.17	80
S-741	1	0.87	<0.5	10.4	0.498	0.81	0.48	2.4	127	2.3	29.7	2.86	100
S-742	1.11	0.91	<0.5	10.9	0.481	0.82	0.52	2.7	130	2.1	28.5	2.98	100
S-743	0.8	0.61	0.5	7.1	0.356	0.53	0.29	2	93	1.9	18.3	1.86	70
S-744	0.87	0.8	<0.5	10.2	0.431	1.09	0.51	2.6	120	2	29.4	3.07	100
S-746	0.55	0.39	<0.5	4.5	0.249	0.23	0.24	1.6	52	0.9	15	1.72	40
S-747	1.05	0.75	<0.5	9.7	0.437	0.47	0.46	2.4	85	2.2	28.3	3.34	50
S-748	0.73	0.69	<0.5	10	0.425	0.76	0.45	2.2	104	1.8	29.2	2.57	90
S-749	1.11	0.89	<0.5	11.4	0.509	0.75	0.45	2.3	137	2.3	30.6	3.4	80
S-750	1.07	0.64	<0.5	9.6	0.424	0.67	0.37	2.2	111	1.8	24.2	2.59	70
S-751	0.88	0.61	<0.5	10	0.483	0.64	0.39	2.5	112	2	28.2	2.31	70
S-752	0.81	0.72	<0.5	9.8	0.454	0.69	0.44	2.2	122	2	25.9	2.32	90
S-753	0.76	0.75	<0.5	13	0.491	0.94	0.4	2.8	160	2.7	31.5	3.42	120
S-754	0.71	0.81	<0.5	10.5	0.452	0.73	0.38	2.4	139	2.2	29.8	2.57	110
S-755	0.71	0.82	<0.5	10.9	0.485	0.66	0.42	2.8	133	2.4	32.7	3.31	110
S-756	1.54	0.54	0.8	8.4	0.407	0.42	0.26	2	114	1.8	23.6	2.01	100
S-757	0.44	0.53	<0.5	7	0.283	0.52	0.32	2	94	1.5	21.1	1.92	80
S-758	0.59	0.58	<0.5	8.9	0.355	0.75	0.32	2.3	114	1.6	20.9	2.06	90
S-759	0.89	0.85	<0.5	11.9	0.436	0.81	0.41	2.5	137	2.5	29.3	2.57	100
S-760	0.76	0.89	<0.5	10.6	0.488	0.79	0.45	2.3	151	2.5	33.6	3.07	110
S-761	0.55	0.48	<0.5	7	0.364	0.42	0.26	2.6	89	1.7	18.5	1.84	70
S-762	0.79	0.85	<0.5	11.7	0.473	0.86	0.4	2.5	137	2.1	29.2	3.07	90
S-763	0.8	0.78	0.6	12.4	0.447	1.03	0.46	3.1	144	1.7	31	2.72	170
S-764	0.76	0.72	0.7	9.8	0.451	0.62	0.38	2.7	99	2.1	25.6	2.66	70
S-765	0.88	0.81	<0.5	11	0.474	0.73	0.46	2.4	131	2.3	30.3	2.62	100
S-766	1.21	0.7	<0.5	9.7	0.406	0.66	0.4	2.1	115	2.2	26.4	2.05	80
S-767	0.92	0.87	0.7	10.9	0.489	0.71	0.41	2.2	129	1.7	32.7	3.11	100
S-768	0.78	1.45	<0.5	10.6	0.48	0.91	0.63	2.1	131	2.4	47.1	4.4	100
S-769	0.96	0.88	0.9	11.8	0.478	0.97	0.42	2.5	130	2.6	34.5	3.04	100
S-770	0.93	0.84	<0.5	12.2	0.461	0.74	0.39	2.5	127	3.1	28	2.56	80
S-771	0.74	0.88	<0.5	12.2	0.433	0.78	0.38	2.5	138	1.6	33.3	3.5	100
S-772	0.98	0.7	0.5	13.6	0.434	0.92	0.38	2.3	146	2.1	29	3.13	120
S-773	0.72	0.7	0.7	11.3	0.444	0.87	0.35	1.9	123	1.3	26.4	2.21	90
S-774	0.78	0.71	<0.5	10.2	0.448	0.71	0.35	2.4	132	2.3	29.6	2.62	80
S-775	0.57	0.54	<0.5	8.2	0.376	0.52	0.32	2.2	104	2	23.5	2.11	70
S-776	0.43	0.5	<0.5	7.7	0.296	0.68	0.31	3.5	108	1.4	20.3	2.16	100
S-777	0.6	0.75	<0.5	8.3	0.427	0.49	0.37	2.2	110	1.9	28.5	2.58	110
S-778	0.77	0.8	<0.5	9.7	0.444	0.73	0.48	2.7	104	2.1	30.5	3.12	90
S-779	0.61	0.65	0.6	8.6	0.419	0.65	0.36	2.5	109	1.8	22.6	2.34	90
S-780	0.65	0.67	<0.5	9.8	0.411	0.64	0.32	2.1	116	2.4	26.9	2.3	80
S-781	0.64	0.57	0.6	8.4	0.381	0.49	0.37	2.3	82	1.2	21.9	1.97	60
S-782	0.54	0.54	<0.5	6.8	0.346	0.55	0.32	2.4	78	1.3	16.6	2.03	70
S-783	0.76	0.68	0.7	10	0.463	0.77	0.46	2.5	117	2	27.4	2.85	80
S-784	0.98	0.6	<0.5	11.4	0.499	0.99	0.35	2.7	130	2.7	25.9	2.74	110
S-785	0.93	0.78	<0.5	11.1	0.438	0.87	0.36	2.5	139	2.5	26.5	2.6	110
S-786	0.76	0.8	<0.5	10.8	0.445	1.01	0.48	2.5	134	2.3	34.2	3.22	110
S-787	0.49	0.42	<0.5	3.9	0.335	0.27	0.23	2.1	76	1.2	16.5	1.4	60
S-788	0.61	0.53	<0.5	7.6	0.347	0.58	0.28	2.7	90	1.8	19.7	1.89	80
S-789	0.8	1	0.7	10.5	0.374	0.9	0.38	2.3	115	1.6	35.3	3.17	110
S-790	0.57	0.78	<0.5	10.2	0.33	0.63	0.36	2.9	118	1.8	26.9	2.19	60
S-791	0.48	0.55	0.5	6	0.331	0.31	0.25	3.3	85	1.5	17.9	1.77	80
S-792	0.25	0.34	0.7	6.3	0.187	0.22	0.3	2.8	37	0.5	20.3	2	30
S-793	0.69	0.76	0.8	9.6	0.432	0.72	0.33	2.2	114	1.2	24.7	2.69	110
S-794	0.61	0.45	<0.5	7.1	0.371	0.42	0.28	1.8	68	1.1	17.1	1.47	70
S-795	0.8	0.83	1.2	9.5	0.428	0.66	0.45	2.2	114	1.2	28.3	2.65	90
S-796	0.67	0.44	<0.5	6	0.326	0.44	0.28	2	68	1.4	16.1	1.5	70
S-798	0.68	0.92	<0.5	10.1	0.377	0.56	0.41	2.9	105	1.5	25.4	2.72	90
S-799	0.9	0.55	<0.5	6.3	0.335	0.4	0.34	2.2	74	1.1	23.3	2.83	60
S-800	0.72	0.79	<0.5	9.9	0.493	0.71	0.5	2.4	111	2.1	31.1	2.74	80
S-801	0.75	0.68	<0.5	9.6	0.413	0.7	0.38	2.7	118	2.1	27.7	2.22	90
S-802	0.68	0.71	<0.5	9.7	0.629	0.41	0.37	2	150	2.1	21.8	2.3	80
S-803	1.01	1	0.7	13.4	0.499	0.89	0.46	2.1	165	1.9	32.7	3.32	110
S-804	0.95	0.87	0.7	13.2	0.502	0.87	0.41	2.7	131	2	30.8	2.66	110
S-805	0.59	0.67	0.5	8.2	0.376	0.49	0.39	2.2	100	1.6	25.3	2.27	90
S-806	0.91	0.85	0.9	12	0.46	0.96	0.42	2.7	132	1.9	32.7	3.25	100
S-808	1.12	0.98	<0.5	11.4	0.504	0.95	0.5	2.3	142	1.8	31.8	3.36	110
S-810	0.85	0.72	0.8	9.6	0.489	0.85	0.42	2.4	106	2.1	27.5	2.6	110
S-811	0.76	0.81	1.2	11.2	0.451	0.76	0.45	3.1	123	1.5	27.9	2.67	90
S-813	0.99	0.94	0.7	12.8	0.474	0.97	0.41	2.5	140	2	29.9	3.06	110
S-815	1.03	0.94	0.6	12.3	0.484	0.83	0.48	2.7	142	2.8	36.7	3.42	100
S-816	1.59	0.47	<0.5	10.2	0.389	0.6	0.19	2.4	118	1.5	16.8	1.53	90
S-818	0.81	0.7	<0.5	8.2	0.418	0.77	0.39	2.2	96	1.9	25.5	3	100
S-819	0.69	0.38	<0.5	6.2	0.326	0.39	0.28	2.2	60	1.2	14.6	1.77	50
S-822	0.66	0.45	<0.5	5.4	0.329	0.38	0.33	2.1	74	1.1	19.7	2.47	50
S-825	0.74	0.6	0.6	9.4	0.389	2.33	0.24	2.7	145	1.5	18.1	2.09	130
S-826	0.66	0.56	<0.5	6.8	0.36	0.5	0.4	2.5	76	1.3	25.6	2.73	60
S-829	0.81	0.86	<0.5	11.5	0.488	0.65	0.54	3	148	2.6	33.4	3.7	110
S-830	0.62	0.76	<0.5	7.5	0.456	0.56	0.46	2.6	116	1.5	28.5	2.63	80
S-831	0.83	0.63	<0.5	8.9	0.505	0.56	0.44	2.4	111	1.8	25.5	2.83	80
S-832	0.7	0.75	<0.5	9	0.482	0.65	0.45	2.7	119	1.7	28.1	3.06	80
S-833	0.78	0.99	<0.5	10.2	0.483	0.67	0.52	2.6	144	1.7	33.1	3.57	100
S-834	0.62	0.87	<0.5	9.2	0.471	0.48	0.49	2.5	136	2.1	30.5	3.31	90
S-835	0.87	0.81	<0.5	9.8	0.498	0.8	0.4	3	119	2	26.6	3.26	90
S-836	0.71	0.69	<0.5	9.3	0.471	0.76	0.35	2.8	134	2	25.5	2.98	100
S-837	0.75	0.59	<0.5	8.2	0.565	0.43	0.47	2.7	107	1.5	27.3	3	50
S-838	0.82	0.58	<0.5	7.4	0.533	0.43	0.36	3	106	1.7	23	2.48	50
S-839	1.07	0.76	0.7	10.2	0.491	0.78	0.39	2.5	124	2.5	25.2	2.95	100
S-840	0.83	0.84	<0.5	10.5	0.526	0.89	0.45	3.3	130	2.5	25.8	3.18	100
S-841	0.77	0.9	<0.5	7.4	0.763	0.47	0.49	2.3	162	1.4	30.6	3.74	110
S-842	0.54	0.74	<0.5	7	0.547	0.4	0.41	2.2	144	1.3	26.3	2.68	60
S-844	0.8	0.66	<0.5	8.6	0.531	0.47	0.43	2.4	108	2	22.9	2.89	60
S-845	0.91	0.93	<0.5	10.2	0.621	0.51	0.6	2.9	129	1.8	35.5	4	80
S-847	0.48	0.83	<0.5	9.4	0.348	1.3	0.45	3.2	122	1	31	2.95	90
S-848	0.66	0.66	0.5	10.2	0.435	0.52	0.37	2.3	108	1.7	24.5	2.12	90
S-850	0.83	0.86	<0.5	12.9	0.483	0.8	0.52	3	143	1.9	29.5	2.99	110
S-851	0.7	0.93	0.6	12.3	0.509	0.72	0.52	3.2	145	2.1	34.6	3.02	110
S-852	0.71	1.03	1	12.7	0.493	0.96	0.44	2.9	161	1.9	32.6	3.15	110
S-853	0.76	0.78	<0.5	9.6	0.468	0.75	0.41	2.5	128	1.8	25	2.82	110
S-854	0.62	0.73	0.6	6.6	0.584	0.41	0.4	2	141	1.3	28.6	2.89	230
S-855	0.93	0.64	<0.5	10	0.509	0.39	0.46	2.7	89	1.6	28.1	3.34	70
S-857	0.81	0.92	<0.5	11.9	0.441	1.13	0.54	3.4	135	2.4	36	3.4	120
S-858	0.91	0.62	<0.5	11.2	0.497	0.83	0.39	3.3	132	1.9	22.2	2.33	90
S-859	1.01	1.08	<0.5	14.7	0.503	0.98	0.57	3.1	189	2.4	36.8	3.89	110
S-860	0.78	1.02	<0.5	7.3	0.771	0.56	0.48	2.4	184	1.3	33.6	4.03	100
S-861	0.81	1.09	<0.5	6.9	0.797	0.5	0.55	2.3	189	1.4	32.9	3.56	120
S-862	0.76	0.81	<0.5	6.1	0.691	0.48	0.59	2.2	159	1.3	29.4	3.09	100

Table 4. Soil Sampling Vranje South ME-MS89L method

Samp. ID	Ag ppm	As ppm	Ba ppm	Be ppm	Bi ppm	Ca perc	Cd ppm	Ce ppm	Co ppm	Cs ppm	Cu ppm	Dy ppm	Er ppm	Eu ppm	Fe perc	Ga ppm	Gd ppm	Ge ppm	Ho ppm
S-701	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-
S-702	<5	204	556	1.8	0.1	0.8	<0.8	90.4	13.5	10.4	20	3.14	1.55	0.9	2.72	21.8	3.78	1.1	0.71
S-703	7	111	411	0.7	0.1	1	<0.8	74.8	4.2	9.4	20	2.65	1.73	1	2.77	24.6	4.64	1	0.48
S-704	<5	35	416	1.8	0.2	1	<0.8	50.8	13.8	15.1	20	3.74	2.17	0.98	2.68	17.9	4.23	1.2	0.67
S-706	<5	10	476	2.8	0.2	1	<0.8	66.8	10.1	4.3	20	4.09	2.03	0.95	2.67	22	4.36	1.1	0.69
S-707	<5	143	619	2.9	0.5	0.9	<0.8	75.1	18.1	26.9	60	6.34	3.75	1.91	5.08	22.4	7.63	1.1	1.28
S-708	<5	180	473	3	0.3	0.9	<0.8	78.6	16.8	23.6	30	4.91	2.46	1.33	4.04	23.8	6.19	1.3	0.97
S-709	<5	114	241	2.2	0.1	1.1	<0.8	40.3	5.8	3.2	20	1.82	1.17	0.86	1.52	22.4	2.52	<0.5	0.33
S-710	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-
S-711	11	648	513	2.9	0.4	0.7	0.9	78.6	14.9	20.4	60	4.59	2.59	1.35	4.1	27.5	6.44	2	0.8
S-712	<5	398	587	2.3	0.8	7.9	<0.8	99.9	55.2	32.4	60	7.33	4.23	1.51	6.14	17.2	7.33	0.8	1.4
S-713	<5	29	405	2.2	0.2	1.3	<0.8	81.4	9.3	2.8	20	2.41	1.18	1.33	2.82	28.7	4.63	0.5	0.5
S-714	6	61	911	3.9	0.3	0.9	0.8	104	24.5	8.6	60	6.57	3.86	1.88	5.47	32.8	8.36	2	1.35
S-715	<5	132	397	3.4	0.2	1	<0.8	68.4	12.8	15.3	20	3.73	2.14	1.03	2.7	23.6	4.37	1.2	0.76
S-716	7	286	668	1.6	0.3	1.3	1.1	75.1	14.6	27.3	40	4.45	2.3	1.56	3.58	24.4	5.44	2.5	0.88
S-717	<5	163	506	2	0.3	7.5	1.3	69.4	22.7	20.2	40	7.76	4.71	1.73	4.12	23.4	7.39	2.1	1.51
S-718	<5	30	344	2.1	0.2	0.9	<0.8	95.7	10.2	7.4	<20	3.79	1.35	1.78	3.16	31.3	5.14	<0.5	0.59
S-719	8	131	526	2.4	0.4	1	<0.8	72.7	18.2	24.5	40	4.65	2.8	1.27	4.4	24.2	5.85	2.4	0.99
S-720	<5	124	427	2.4	0.5	1.3	<0.8	77.2	16.7	16.2	50	4.99	2.3	1.49	4.35	25.6	5.25	0.7	0.78
S-721	5	83	586	2.3	0.3	1.9	0.8	58.3	15.3	20.8	40	3.99	2.58	1.32	3.56	20.1	4.8	2.4	0.91
S-723	6	73	331	2.7	0.2	1.2	0.9	60.7	9.6	8.6	30	3.61	2.17	1.26	2.94	23.6	4.77	1	0.72
S-724	<5	90	503	1.9	0.3	0.8	0.9	54.3	17.4	20.7	40	3.56	2.37	0.89	3.7	19.5	3.65	1.5	0.8
S-725	6	51	319	1.6	0.3	1.3	<0.8	49	9.8	9.5	20	2.7	1.61	0.79	1.8	18.6	3.15	1.6	0.54
S-726	<5	125	401	2	0.3	0.9	<0.8	68.7	12.9	23.5	50	4.3	2.1	1.24	4.15	27.7	4.62	1.8	0.82
S-727	8	170	483	1.6	0.4	1.2	1.4	63.2	22.5	37.9	70	4.06	2.23	1.45	4.72	25	5.38	1.5	0.81
S-728	<5	136	431	2.3	0.4	6.7	1.2	77.5	13.4	19	40	4.48	2.42	1.47	2.92	23.2	5.68	0.8	0.86
S-729	10	99	472	2.9	0.2	1	1.3	56.1	12.5	11.3	20	3.61	2.32	0.95	2.45	19.6	3.74	1	0.82
S-730	8	136	551	2.9	0.4	1	0.9	82.5	20	37.8	40	4.23	1.96	1.31	3.71	24	4.67	1.7	0.83
S-731	6	140	521	2.6	0.4	0.9	0.8	71.7	19.3	34	50	6	3.49	1.42	5.12	25.2	7.14	2.2	1.37
S-732	6	105	517	3	0.4	1.2	<0.8	61.7	19.3	25.9	40	4.65	2.48	1.19	3.98	22.3	4.94	2.6	0.93
S-733	<5	103	577	2.6	0.4	0.7	0.9	68.5	21.6	39.8	60	5.44	2.82	1.34	5.58	25.1	6.04	2.1	1.06
S-734	8	82	553	1.8	0.1	1.5	0.8	50.6	10.9	15.6	30	3.29	1.72	1.01	2.38	19.6	3.34	1.2	0.56
S-735	6	70	386	1.3	0.2	3.6	0.8	49.5	12.2	11.4	20	3.16	2.38	1.17	2.88	21.3	3.78	1.5	0.73
S-736	<5	54	448	1.8	0.3	1.8	<0.8	59	13.7	11.7	20	3.83	2.77	1.06	2.69	16.4	4.36	1.6	0.95
S-737	<5	71	471	2.5	0.3	1.6	<0.8	57.5	14.6	12.7	30	4.73	2.52	0.94	2.97	19.2	4.5	2.1	0.9
S-738	5	68	281	1.8	0.1	1.1	<0.8	48.4	9.6	9.9	30	3.49	2.21	1.33	3.43	24.5	4.76	2.6	0.79
S-739	6	85	655	2.3	0.4	1	0.8	86.3	17.7	56.6	40	6.51	3.84	1.68	4.5	22.1	7.81	1.7	1.41
S-740	6	59	539	3.2	0.3	1	0.9	71.2	17	19.5	40	5.4	3.1	1.38	3.31	18	5.56	2.1	1.01
S-741	9	105	591	2.2	0.5	1.1	1.3	67.4	18.1	36.2	40	5.34	3.2	1.6	4.35	21.1	5.77	2	1.04
S-742	<5	72	591	2.6	0.4	0.9	1	70	19.8	23	40	5.01	3.33	1.19	3.92	20.4	5.56	1.8	0.9
S-743	<5	54	373	2.2	0.2	1.3	0.8	52.7	12.6	13.2	30	3.91	2.12	0.87	3.14	22.9	4.13	1.7	0.8
S-744	<5	122	611	2	0.4	1.6	<0.8	65.3	18.9	75.1	40	5.18	3.28	1.39	4.12	23.9	4.8	2.2	1.07
S-745	<5	120	479	2.7	0.4	1	<0.8	61	18.4	28.1	50	4.56	2.49	1.13	4.2	23.7	4.76	2	0.91
S-746	<5	43	195	2.9	0.1	1.5	<0.8	40.2	6.6	4.7	<20	3.07	1.56	1.08	2.18	19.4	2.51	1.9	0.47
S-747	<5	56	395	1.6	0.2	1.1	<0.8	60.1	8.6	9.1	20	4.51	2.48	1.32	2.44	17.3	4.39	1.6	0.97
S-748	<5	86	499	2.9	0.4	1.1	<0.8	64.4	19.1	19.7	40	4.66	2.88	1.23	3.7	20.1	4.49	0.8	1.06
S-749	<5	86	543	2.3	0.5	0.9	<0.8	74.9	20.7	25.7	40	5.85	3.42	1.26	4.44	20.7	6.33	2.2	1.2
S-750	6	49	422	3.7	0.3	0.7	0.9	70.1	14.2	12.4	30	5.31	2.8	1.23	3.74	22.2	4.92	1.6	1.09
S-751	<5	52	477	3	0.4	1	<0.8	60.9	11.7	13.5	20	4.39	2.62	1.12	3.27	16.6	5.1	1.6	0.84
S-752	5	70	549	2.8	0.5	1	0.8	61.5	17.8	29	40	4.74	2.84	1.18	4.25	22.5	5.02	2.2	0.83
S-753	5	108	719	2.7	0.6	2.3	<0.8	73.8	21.1	28.5	50	5.23	3.46	1.51	5.07	22	5.8	2.3	1.08
S-754	6	78	557	2.2	0.6	4.7	<0.8	66.1	19.8	32.5	50	5.45	3.14	1.46	4.55	20.6	5.93	1.8	1.08
S-755	5	59	584	2	0.2	1.2	0.8	67.3	16.8	23.3	40	4.95	3.77	1.42	4.44	22.3	5.8	2.3	1.19
S-756	<5	56	509	1.8	0.4	1.1	<0.8	54.1	14.1	16.3	30	4.38	2.24	1.01	3.87	18.5	5.13	2.3	0.87
S-757	<5	54	410	2	0.5	18.3	<0.8	40.9	12.2	16.7	30	3.79	2.21	1.08	3.02	12.8	4.18	1.2	0.71
S-758	<5	90	522	2.5	0.6	9.1	1	51.5	15.9	39.9	40	4.38	2.33	1.21	3.98	17.9	4.04	2.2	0.79
S-759	<5	139	562	2.9	0.7	2	<0.8	68.8	19.9	28.1	50	5.31	3.11	1.22	4.48	20.9	5.17	1.9	1.03
S-760	<5	142	626	3.1	0.4	0.7	0.9	60.4	17.4	22.1	50	5.13	3.63	1.54	5.29	24.1	5.91	2.6	1
S-761	<5	10	564	2.3	0.3	6.6	<0.8	46.5	13.2	11.6	30	3.28	1.76	0.94	2.76	16.4	3.77	1.9	0.67
S-762	<5	97	656	2.7	0.5	1.7	1	64.3	20	27.3	40	5.06	2.56	1.32	4.44	21.3	6.02	2.1	1.03
S-763	<5	115	671	3	0.5	2.9	1.1	76.7	21.1	49.8	60	5.8	3.16	1.58	5.48	23.2	6.31	2	1.13
S-764	<5	63	512	2.4	0.5	1	0.9	57.8	16.3	17.3	30	4.4	2.49	0.99	3.16	16.2	4.57	1.6	0.91
S-765	<5	93	621	3.3	0.5	0.9	<0.8	67.7	20.1	20.9	40	5.57	3.34	1.44	4.23	20.8	5.24	2.5	0.99
S-766	<5	62	557	2.5	0.5	7.3	<0.8	59.9	15.8	19.6	30	4.31	2.61	1.1	3.7	18	4.78	1.9	0.83
S-767	<5	72	573	2.6	0.4	0.8	1	67.2	19.8	19.5	50	5.75	3.49	1.28	4.51	20.9	5.96	1.3	1.16
S-768	<5	52	498	4.8	0.5	0.8	1.1	93.2	19.2	28.8	40	8.86	4.88	2.01	4.53	21.2	9.67	1.7	1.66
S-769	<5	68	549	3.2	0.4	0.8	0.9	80.3	19.6	23.3	40	5.88	3.63	1.49	4.68	21.1	6.26	1.4	1.21
S-770	<5	75	492	3.5	0.4	0.8	<0.8	67.2	14.5	22.1	40	4.06	3.01	1.09	4.47	20.4	5.21	1.7	0.94
S-771	<5	135	618	3.2	0.5	0.9	<0.8	87.6	24.8	25.4	50	6.36	3.28	1.68	4.91	22.8	6.59	1.5	1
S-772	<5	154	679	1.8	0.6	1	<0.8	81.9	24.9	35.4	60	4.86	3.04	1.72	4.99	23.4	6.47	2	1.09
S-773	<5	73	532	3	0.5	2.5	<0.8	67.6	19.5	40	40	5.29	3.1	1.36	4.41	19.5	5.88	2	1.16
S-774	6	73	590	2.2	0.4	2.2	<0.8	66.4	19.2	18.8	50	4.92	3.01	1.39	4.35	20.5	5.17	1.8	1.12
S-775	6	81	521	1.7	0.4	8.4	1	53.3	12.3	18.2	30	4.3	2.77	1.08	3.46	16.8	4.85	1.5	0.87
S-776	6	147	573	2.6	0.4	13.6	0.9	48.5	15.9	31.6	50	4.06	2.19	1.13	3.77	14	4.54	1.7	0.68
S-777	9	72	546	2.2	0.4	3.8	1.2	55.9	14.6	20	40	4.38	2.66	1.07	3.76	18.5	4.5	2	1.04
S-778	6	52	603	2.3	0.3	1	1.1	68.8	13.2	20.4	30	4.72	2.9	1.4	3.71	19.1	5	1.8	0.98
S-779	5	22	578	2.4	0.4	1	0.8	56.2	11.9	20.9	30	4.73	2.36	1.25	3.57	19.5	5.06	1.9	1
S-780	<5	68	536	2.4	0.3	6.5	<0.8	59.1	18.2	28.4	40	4.32	2.66	1.14	4.3	19.4	5.51	1.4	0.88
S-781	<5	67	405	2.2	0.3	1.5	<0.8	59	14.2	12	30	3.91	2.4	1.24	3.05	18.9	4.83	1.5	0.89
S-782	<5	110	436	2.4	0.3	2.6	<0.8	55.9	12.3	12.8	30	3.62	2.01	1.32	3.45	23.1	3.55	1.6	0.74
S-783	<5	78	541	2.6	0.5	1	<0.8	56.6	15.6	17.1	30	4.81	3.13	1.01	3.94	19.9	5.3	2	0.9
S-784	<5	83	627	3.3	0.7	0.7	<0.8	68.6	14.9	28.1	40	5.41	3.2	1.4	4.14	22.4	5.29	2.1	1.07
S-785	<5	102	574	2.9	0.3	0.7	<0.8	67.4	16.9	18.7	50	4.52	2.89	1.23	4.21	26.1	5.88	2	1.08
S-786	<5	98	566	2.4	0.5	3.2	0.9	58.5	16.6	33.5	40	5	3.19	1.13	4.23	20.9	5.43	1.8	0.97
S-787	<5	51	294	1.6	0.3	3.2	<0.8	38.8	7.4	7.7	20	2.34	1.52	0.92	2.78	19.1	3.2	1	0.62
S-788	<5	98	407	2.1	0.4	3.3	<0.8	54.5	15.1	17.6	40	3.36	1.96	1.22	3.06	21.2	4.53	1.7	0.67
S-789	<5	143	541	3.2	0.4	6	<0.8	60.4	17.7	25.3	40	4.8	3.19	1.39	4.23	19.9	6.26	<0.5	1.1
S-790	<5	178	543	2.3	0.6	8.3	<0.8	58.3	15.8	25.8	50	4.62	2.75	1.11	3.37	17.9	5.96	1.1	0.91
S-791	<5	293	356	1.7	0.3	1.6	<0.8	52	10	11.2	40	3.19	2.22	1.4	3.75	24.6	4.43	1.4	0.72
S-792	<5	85	354	1.1	0.2	19.9	<0.8	37	9	4.7	20	3.16	2.14	0.65	1.56	8.2	3.08	<0.5	0.6
S-793	<5	97	562	2.9	0.4	0.9	0.8	55.3	15.3	30.7	40	4.73	3.03	1.25	4.29	19.7	5.88	1.6	0.97
S-794	<5	56	518	2.1	0.3	2	0.9	40.1	9	13.5	20	3.48	2.08	1.01	2.04	13.4	3.46	1	0.64
S-795	<5	119	528	2.6	0.4	1	<0.8	66.3	18.2	24.6	40	5.52	3.32	1.43	4.54	21.1	5.6	1.3	1.1
S-796	7	47	336	1.9	0.2	1.3	<0.8	41.9	8.6	8.1	20	3.35	1.65	0.97	2.55	23.8	3.13	1.4	0.66
S-798	<5	111	409	1.9	0.3	1.3	<0.8	76.3	12.1	12.5	40	5.69	2.78	1.78	4.26	24.2	6.19	2.2	1.11
S-799	<5	57	463	2.7	0.4	2.1	0.9	46	11.1	6.7	150	4.34	2.98	1.01	2.71	15.4	4.52	1.6	0.92
S-800	<5	58	555	3	0.4	1.2	<0.8	59.5	14.8	15.8	30	4.51	3.35	0.95	3.48	19.3	4.39	1.9	0.98
S-801	<5	112	523	2.7	0.5	1	<0.8	60.2	16.9	21.2	40	4.63	2.78	1.12	3.71	19.4	5	2.1	0.9
S-802	5	74	384	3.1	0.5	0.5	<0.8	54.9	15.7	12.6	30	4.93	2.96	1.27	5.24	22.1	4.16	2.3	0.97
S-803	<5	115	627	3.1	0.5	1.4	<0.8	82.6	26.8	33	60	5.84	4.09	1.51	5.74	24.6	7.55	1.8	1.09
S-804	<5	72	538	1.6	0.6	1	1	67.5	18.8	25.4	40	5.01	2.83	1.26	4.03	19.9	5.15	1.9	1.04
S-805	<5	68	485	2.5	0.4	7.6	0.8	47.7	10.2	25.6	30	4.63	2.7	0.95	2.98	15.3	4.49	1.5	0.86
S-806	<5	141	602	3	0.5	0.9	0.8	64.8	21.2	36.9	50	5.12	3.03	1.15	4.59	21.8	5.34	1	1.1
S-808	5	99	517	3	0.5	0.8	0.8	70.5	18.1	28.9	40	5.52	3.11	1.4	4.37	21	5.94	1.9	1.19
S-809	<5	84	599	3.1	0.5	1	<0.8	60.3	17.9	27.3	40	5.25	3.54	1.44	4.66	21	5.83	1.5	1.1
S-810	<5	105	517	2.2	0.5	2.3	<0.8	58.7	15.1	35.1	50	4.43	2.76	0.94	3.52	17.7	5.2	2.3	0.87
S-811	<5	91	500	2.1	0.5	5.2	0.9	62.8	18.1	20.7	40	4.33	2.78	1.04	3.96	17.8	4.99	1.8	0.88
S-812	6	90	548	2.8	0.6	2.8	0.8	62.8	19.3	24.2	40	5.41	3.35	1.35	4.33	19.8	5.68	2.1	1.02
S-813	6	125	537	3.6	0.6	0.9	<0.8	70.3	20.1	29.1	50	5.31	2.9	1.17	4.22	20.5	5.56	1.9	1.04
S-814	5	76	498	3.1	0.7	0.6	<0.8	84.2	27.8	18.4	40	6.74	3.5	1.65	4.53	22.4	7.43	1.8	1.22
S-815	<5	56	627	2.5	0.4	1	<0.8	65.9	18.4	26.6	50	4.74	3.03	1.3	4.75	22.6	6.38	1.1	1.11
S-816	5	142	356	2.8	0.3	1.2	<0.8	77.8	13	22.3	40	3.8	1.95	1.39	4.97	25.2	4.33	2.1	0.78
S-817	<5	26	149	2.5	<0.1	1.7	<0.8	22.2	3.2	3.2	20	2.29	1.6	0.81	1.33	18.5	2.49	0.8	0.54
S-818	<5	57	573	2	0.2	1.3	<0.8	58.5	14.5	18.8	50	4.19	1.99	1.12	3.15	18.1	5.06	1.6	0.82
S-819	<5	43	313	3.1	0.2	1.3	<0.8	55	8.5	8.8	20	2.43	1.75	0.81	1.91	18.2	3.55	0.5	0.62
S-820	<5	84	448	2.9	0.4	1	0.9	61.7	15.3	22	40	4.49	2.58	1.09	3.67	21.9	4.54	1.8	0.91
S-821	<5	51	303	2.5	0.3	1.2	0.9	51.7	9	8.9	20	3.17	2.19	0.98	2.41	22.1	3.7	1.4	0.64
S-822	<5	58	484	2.1	0.3	2.1	<0.8	47	10.9	8.9	30	3.33	2.35	1.11	2.7	15.9	4.02	0.9	0.87
S-823	<5	59	241	2.4	0.2	1.4	0.9	42.1	7.2	5.2	20	2.67	1.49	0.85	2.11	21.2	2.85	1.3	0.55
S-824	<5	65	274	2.2	0.2	1.2	<0.8	50.5	8.4	9.2	20	3.58	1.64	1.13	2.23	20.7	3.67	0.6	0.64
S-825	<5	536	780	2.2	0.5	5.7	0.9	66.8	24.4	74.7	50	3.32	1.87	1.22	4.04	22	4.04	0.9	0.73
S-826	<5	61	449	2.5	0.2	1.8	1.1	50.4	14	10.5	30	4.29	3.03	0.93	2.6	15.8	3.88	0.7	0.91
S-827	<5	126	690	3.6	0.5	1.1	0.9	71.8	17	70.5	50	8.93	4.43	1.67	4.94	22.6	8.44	1.6	1.71
S-828	<5	108	425	3.8	0.4	0.6	0.8	83.3	15.6	12.4	30	5.63	3.25	1.35	3.75	25.9	6.17	1.1	0.98
S-829	<5	95	529	2.1	0.4	0.8	<0.8	72.2	18.3	18.2	50	5.73	3.56	1.32	5.3	22.7	5.67	2.7	1.33
S-830	<5	96	481	1.8	0.2	0.8	<0.8	48.3	14.5	12	30	5.25	3.17	1.08	3.83	18.9	4.56	2.3	1.14
S-831	5	79	553	2.4	0.3	0.8	0.8	55.8	14.3	9.6	30	5.07	3.02	0.98	3.86	19.5	4.77	1.9	1.21
S-832	<5	79	499	3.2	0.3	0.8	<0.8	49.1	15.5	12.7	40	4.16	2.79	1.15	4.07	21.2	4.83	1.9	0.88
S-833	6	101	579	2.2	0.4	0.6	1	70.9	20.9	11.4	50	6.66	3.5	1.66	5.76	22.3	6.39	2.1	1.49
S-834	5	133	567	2.8	0.4	0.6	1	62	16.5	14	40	5.84	3.33	1.4	4.8	19.5	5.32	2.3	1.06
S-835	<5	99	538	2.9	0.4	0.8	<0.8	60.1	20.2	18	40	4.85	2.64	1.2	4.15	19	4.85	2	1
S-836	<5	173	553	2.2	0.3	1.2	0.8	59	19.5	21.2	40	5.06	2.8	1.21	4.63	19.9	4.73	2.1	0.85
S-837	5	32	443	1.8	0.3	0.7	<0.8	40.8	12.6	5.5	20	5.2	3.43	0.93	3.4	18.5	3.84	1.7	1.11
S-838	<5	46	550	2.2	0.2	0.6	0.8	48.6	13.9	5.3	20	3.94	2.35	1	3.48	19.7	3.91	2.5	0.89
S-839	5	116	519	2.5	0.4	0.7	0.8	54	18.8	17.5	50	4.75	3.4	1.2	4.42	21.1	5.23	2.1	1.01
S-840	5	109	622	2.2	0.5	0.4	<0.8	62.6	17.5	14.4	50	4.86	3.17	1.28	4.88	22.2	5	2.3	1.11
S-841	<5	26	475	2.2	0.2	1.9	<0.8	56.9	20.5	6.8	40	6.04	3.51	1.44	5.33	20.5	6.18	1.6	1.42
S-842	5	115	394	1.7	0.3	0.8	<0.8	48.3	14.7	14.1	40	4.49	3.27	1.62	5.07	20	5.5	1.5	1.18
S-844	6	31	513	2.8	0.4	0.7	<0.8	46	12.5	7.7	20	4	1.99	1.14	3.54	22	3.89	2.3	0.96
S-845	<5	111	537	2.2	0.2	0.7	<0.8	52.7	16.1	9.8	30	5.52	3.47	1.19	4.4	21.1	4.86	2.3	1.25
S-847	<5	223	721	1.2	0.5	12.2	0.8	53.4	23.9	14.7	50	5.1	3.01	1.13	4.09	15.7	5.62	1.4	1.02
S-848	<5	67	459	1.9	0.5	3.7	<0.8	49.6	17.3	9	40	4.36	2.93	0.87	3.55	17.3	4.76	1.9	0.89
S-850	6	83	553	2.5	0.5	1.6	0.8	70.4	20.4	36.8	50	5.32	3.62	1.43	4.86	23.8	6.33	2.3	1.1
S-851	<5	120	612	1.8	0.5	1.1	<0.8	61.2	20.3	26.5	50	6.02	3.48	1.42	4.88	21.4	6.02	1.3	1.15
S-852	<5	154	592	2.5	0.5	1	<0.8	67.4	23	37.5	50	5.53	3.68	1.39	5.31	23.4	6.6	1.6	1.1
S-853	<5	86	546	2.8	0.4	4.9	<0.8	61	19.1	26.6	40	6.04	3.63	1.18	4.48	20.4	4.81	2.4	1.18
S-854	<5	22	399	1.7	0.3	4	0.9	48.8	17	5.7	60	4.74	3.05	1.33	4.22	16.7	4.95	1.3	1.08
S-855	<5	55	525	3.3	0.3	1.2	<0.8	62.7	12.8	8	20	4.41	2.95	1.07	3.26	18.5	5.17	1.4	1
S-857	<5	149	618	2.1	0.5	1.7	0.8	73.7	24.8	26.9	60	5.82	3.5	1.57	4.76	22.1	6.67	2.1	1.28
S-858	<5	76	661	3	0.5	0.5	<0.8	66.1	15.2	12	30	4.28	2.84	1.11	4.59	22.6	4.33	2.2	0.96
S-859	<5	104	684	3	0.6	0.3	<0.8	78.4	25	37.4	60	7.98	4.51	1.85	6.14	29.2	7.93	2.2	1.6
S-860	5	20	519	1.8	0.3	2	0.8	57.4	22.7	7.2	40	6.32	3.83	1.55	5.76	23.2	6.69	2.3	1.47
S-861	6	22	506	2.2	0.2	2	0.8	59.5	25.1	5.6	40	6.29	4.58	1.58	5.97	22.9	6.28	2	1.44
S-862	6	17	456	1.8	0.3	1.8	0.9	54	19.8	4.5	30	6.37	3.48	1.63	5.18	21.9	5.4	2.1	1.25

Table 5. Soil Sampling Vranje South - ME-MS89L method

Samp. ID	In ppm	K perc	La ppm	Li ppm	Lu ppm	Mn ppm	Mo ppm	Nb ppm	Nd ppm	Ni ppm	Pb ppm	Pr ppm	Rb ppm	Re ppm	Sb ppm	Se ppm	Sm ppm	Sn ppm	Sr ppm	Ta ppm
S-701	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-
S-702	<0.3	3.07	46.5	49	0.23	840	2	17.7	30.4	20	29.9	9.03	103	<0.01	2.6	<3	5.86	5	500	1.03
S-703	<0.3	2.73	37	112	0.24	150	<2	11.9	30	30	12.7	8.75	79.6	0.01	2.7	<3	4.93	<3	320	0.99
S-704	<0.3	1.6	25.7	56	0.26	790	<2	12.5	22.4	40	29.2	6.02	81.3	<0.01	1.9	<3	4.42	<3	220	0.95
S-706	<0.3	2.01	35.9	30	0.31	630	<2	20.6	26.9	30	16.3	7.71	85.6	<0.01	0.9	<3	5.06	<3	250	1.51
S-707	<0.3	2.54	38.7	116	0.46	730	3	12	40	130	33.7	10.4	121	0.02	2.8	9	8.05	3	170	0.77
S-708	<0.3	2	39.3	87	0.39	650	3	16	33	40	24.5	9.01	97.5	<0.01	4.1	3	6.36	<3	250	0.95
S-709	<0.3	2.4	21.5	97	0.18	120	2	5.6	18.3	20	10.1	5.04	86.4	<0.01	1.1	9	2.57	<3	370	0.37
S-710	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-
S-711	<0.3	4.35	36.7	149	0.3	360	5	13.7	32.6	40	17.7	8.75	136	<0.01	8	9	7.05	<3	280	0.95
S-712	<0.3	1.92	34.7	67	0.56	4330	2	8.7	29.3	110	51.9	7.94	97.1	<0.01	2.1	5	6.45	<3	440	0.67
S-713	<0.3	1.83	41.5	48	0.13	580	<2	14.5	30.9	20	21.1	8.89	57.6	<0.01	0.6	9	5.28	<3	330	0.98
S-714	<0.3	3.07	54	98	0.52	740	2	23.1	44.6	60	22	12.7	162	<0.01	0.5	7	8.36	5	280	2.52
S-715	<0.3	2.5	34.3	49	0.37	760	2	11.4	30.6	30	19.9	7.7	110	<0.01	0.8	<3	5.31	<3	390	0.69
S-716	<0.3	2	38.5	51	0.47	970	4	12.8	31.3	40	25.2	8.78	102	<0.01	9.4	8	6.32	4	330	0.78
S-717	<0.3	1.88	41.9	83	0.64	1560	4	10.6	35.3	100	22.9	10.05	109.5	<0.01	1.8	6	7.65	3	290	0.76
S-718	<0.3	1.97	46.1	50	0.26	680	<2	14.8	45.8	20	22.8	11.7	69	<0.01	0.6	<3	8.57	3	270	1
S-719	<0.3	2.01	38.9	94	0.42	540	3	14.5	31.6	70	27.7	8.69	115.5	<0.01	2.2	<3	6.32	4	200	0.86
S-720	<0.3	1.76	39.6	88	0.31	440	3	10.8	38	100	21.5	9	98.6	<0.01	1.6	3	7.47	<3	280	0.64
S-721	<0.3	2.34	30	69	0.37	1080	<2	13	26	70	31.7	6.65	107.5	<0.01	1.8	4	4.77	3	250	0.74
S-723	<0.3	2.12	31.3	112	0.38	280	<2	10.2	30.2	40	11.8	7.23	98.6	<0.01	0.9	5	6.04	<3	350	0.72
S-724	<0.3	2.07	27.7	79	0.37	820	<2	12.7	23.4	80	32.5	6.62	114.5	<0.01	2	9	4.96	<3	190	0.69
S-725	<0.3	1.23	23.9	44	0.28	480	2	10.2	17.9	30	25.4	5.57	67.3	<0.01	1.3	5	4.28	<3	330	0.7
S-726	<0.3	1.54	37	76	0.19	340	6	12.5	29.3	50	25	8.3	85	<0.01	2.3	<3	5.49	4	260	0.69
S-727	<0.3	1.99	33.5	138	0.32	650	4	11.8	30.3	120	26.3	7.74	115	0.01	4	9	6.12	<3	250	0.63
S-728	<0.3	1.75	40.1	97	0.29	470	<2	12.2	35.7	60	17.9	9.1	93.9	<0.01	5.4	4	6.81	<3	310	1.61
S-729	<0.3	2.25	26.5	37	0.32	790	2	14.2	25	40	20.1	6.28	99	<0.01	1.1	<3	4.12	<3	340	0.86
S-730	<0.3	2.57	36.4	65	0.36	1040	<2	16.3	30.1	50	43.1	8.69	135	0.01	4	<3	6.2	4	360	1.13
S-731	<0.3	2.02	40	111	0.37	960	2	14.4	31.7	90	34.9	9.1	131.5	<0.01	2.8	8	7.71	5	130	0.84
S-732	<0.3	2.15	32.3	90	0.32	840	<2	12.3	26.3	70	30.1	6.93	111.5	0.01	3.2	15	5.12	5	270	0.9
S-733	<0.3	2.48	37.4	165	0.39	850	2	13.4	36.9	110	35	8.78	158	<0.01	2.9	9	6.59	<3	140	0.79
S-734	<0.3	2.25	25.7	41	0.3	730	<2	10.8	20.2	40	21	5.75	89.9	<0.01	1.2	4	4.69	4	390	0.71
S-735	<0.3	2.26	27.2	44	0.27	550	<2	12	22.1	40	13.5	5.68	80.2	<0.01	1.5	<3	4.73	3	380	0.76
S-736	<0.3	1.6	29.2	60	0.54	810	<2	12.7	23.6	50	28.6	6.81	81	<0.01	1.6	8	4.88	<3	250	0.75
S-737	<0.3	1.73	29.9	65	0.4	850	<2	12.3	24.7	50	28	6.77	86.8	<0.01	2	4	4.6	<3	260	0.92
S-738	<0.3	1.59	25.8	54	0.35	490	2	9.6	21.5	50	12.2	5.77	71.3	<0.01	1	<3	4.37	<3	280	0.56
S-739	<0.3	2.34	48.2	116	0.52	1050	<2	13.9	40.3	80	35.1	10.75	141.5	<0.01	2.8	<3	8.11	3	200	0.88
S-740	<0.3	2.05	35.3	84	0.38	1040	<2	14.7	28.6	70	36.1	7.88	110	<0.01	1.7	11	7.14	3	200	0.93
S-741	<0.3	2.28	33.9	123	0.43	930	<2	15.1	33.3	80	32	8.31	129.5	<0.01	2.1	<3	7.01	<3	230	0.84
S-742	<0.3	2.14	35.3	106	0.43	1080	<2	14.8	28.5	80	36.4	8.18	114	<0.01	2.3	13	6.66	5	180	0.9
S-743	<0.3	1.62	28.4	67	0.31	440	2	9.7	26.4	50	20.8	6.64	84.9	<0.01	1.2	5	5.6	<3	280	0.57
S-744	<0.3	2.26	34	81	0.46	920	<2	12.5	26.1	70	32	7.83	127.5	0.01	1.8	<3	5.38	<3	300	0.86
S-745	<0.3	2.55	33.6	95	0.29	780	2	11.7	26.2	70	32.2	7.1	127	<0.01	2.2	4	5.31	<3	270	0.84
S-746	<0.3	1.3	20.9	14	0.26	340	<2	7.6	17.9	30	10.9	4.42	46.6	<0.01	0.4	<3	3.4	<3	340	0.48
S-747	<0.3	1.55	32.4	40	0.36	520	<2	15.6	26.3	30	28.4	7.45	78.2	<0.01	1.5	9	5.49	<3	220	0.91
S-748	<0.3	1.83	33.7	82	0.36	870	2	13.5	30.4	80	35.1	7.54	103.5	<0.01	2.2	<3	5.46	<3	190	0.74
S-749	<0.3	1.85	39.9	102	0.43	1020	<2	17.3	33.6	90	34.7	8.98	128	<0.01	2.7	3	7.07	3	160	0.95
S-750	<0.3	1.33	32.1	54	0.41	440	<2	15.7	28.3	50	30.7	7.95	88.3	<0.01	2	6	6.67	3	150	0.95
S-751	<0.3	1.64	32.5	65	0.31	520	<2	16.8	24.3	50	26.8	7.27	97.3	<0.01	2	<3	5.32	<3	180	0.49
S-752	<0.3	1.92	30.7	101	0.32	740	<2	15.7	29.7	80	32.4	7.5	123.5	<0.01	3.9	<3	6.85	<3	160	0.51
S-753	<0.3	2.3	38.8	142	0.44	920	2	16.1	32.5	90	35.2	9.26	136	<0.01	2.8	<3	6.93	<3	230	0.63
S-754	<0.3	2.22	34.6	115	0.52	850	<2	14.9	30.8	90	31.3	8.16	124.5	<0.01	2.1	10	6.43	<3	160	0.42
S-755	<0.3	2.28	33.6	103	0.41	530	<2	15.1	30.3	50	33.3	7.93	119	<0.01	1.6	11	6.18	<3	220	0.93
S-756	<0.3	1.85	27.6	109	0.31	1020	<2	12.3	25.3	80	25.8	6.48	87.8	<0.01	1.5	<3	5.59	<3	220	0.42
S-757	<0.3	1.56	22.4	82	0.24	520	<2	8	21.6	60	26.6	5.16	82.5	<0.01	1.5	10	4.67	<3	260	<0.04
S-758	<0.3	2	26.6	148	0.36	810	<2	12.5	24.1	90	29.9	6.3	120.5	0.01	3.5	5	5.18	<3	400	0.37
S-759	<0.3	2.07	36.7	120	0.44	860	3	15	30.1	90	32.6	8.2	121	<0.01	2.9	9	6.05	<3	200	0.48
S-760	<0.3	2.59	33.8	113	0.52	560	<2	14	29.1	100	28.6	8.19	140.5	<0.01	2.1	<3	6.4	<3	130	0.93
S-761	<0.3	1.54	23.8	79	0.29	460	<2	10.8	20.3	50	19.2	5.86	73.2	<0.01	0.8	<3	3.84	<3	270	0.79
S-762	<0.3	2.29	33.9	117	0.36	930	<2	15.5	29.8	90	34.8	8.07	131	<0.01	2	6	6.19	<3	220	0.57
S-763	<0.3	2.78	39.9	188	0.39	890	<2	14	39.1	100	42.2	9.34	155.5	<0.01	5	<3	7.62	<3	180	0.69
S-764	<0.3	1.83	27.2	97	0.43	980	<2	15	24.2	60	34.1	6.55	101	<0.01	1.6	<3	5.31	<3	190	0.79
S-765	<0.3	2.18	34	120	0.39	1020	<2	14.9	28.9	80	34.3	7.88	125.5	<0.01	1.9	3	6.4	<3	210	0.51
S-766	<0.3	1.65	31.2	84	0.42	770	<2	14.3	26.4	70	26.9	7.2	94.3	<0.01	1.8	<3	5.95	<3	210	0.45
S-767	<0.3	2.09	34.7	104	0.49	820	2	14.3	30.8	90	32.2	8.01	121	<0.01	1.6	<3	6.07	3	150	0.89
S-768	<0.3	1.95	43.8	130	0.66	630	<2	15.1	43.2	100	29.2	11.6	120.5	<0.01	2.5	<3	9.99	3	150	1.16
S-769	<0.3	1.82	38.5	107	0.62	850	2	17.3	33.8	90	33.3	9.05	120	<0.01	2.2	8	8.57	3	140	0.79
S-770	<0.3	1.66	31.6	98	0.42	420	<2	14.8	29.4	60	30.4	7.58	107.5	<0.01	2.3	<3	6.49	3	140	0.72
S-771	<0.3	1.85	37.9	141	0.57	1030	3	15.3	33.1	110	38.2	9.14	127.5	<0.01	2.4	<3	8.13	4	180	0.65
S-772	<0.3	2.42	38.9	179	0.37	990	5	14.6	33.3	110	43.7	9.2	147.5	<0.01	3.4	<3	6.55	3	190	0.63
S-773	<0.3	1.86	34.4	124	0.36	910	<2	15.6	29.1	100	36	7.39	122	<0.01	3	<3	6.01	<3	160	0.72
S-774	<0.3	2.09	34.3	119	0.41	910	2	13	30.9	80	36.6	7.61	114	<0.01	1.9	<3	6.87	<3	210	0.93
S-775	<0.3	1.86	27.7	75	0.46	830	<2	10.9	24.3	50	20.1	6.29	96.2	<0.01	0.8	3	5.42	<3	220	0.79
S-776	<0.3	1.66	25.6	114	0.31	570	4	8.4	24.1	70	24.8	6.48	95.7	<0.01	2.7	<3	4.75	<3	500	0.66
S-777	<0.3	2.17	27.9	111	0.49	620	<2	12.9	28.3	80	26.7	6.91	111	<0.01	1.5	<3	5.53	<3	240	0.81
S-778	<0.3	1.96	34.8	59	0.49	790	<2	13	30.2	60	31.5	8.31	100.5	<0.01	2.1	5	6.06	<3	210	0.84
S-779	<0.3	1.9	31.1	98	0.44	270	<2	13.1	28.6	60	41.4	7.15	90.7	<0.01	2.1	3	5.45	3	230	0.88
S-780	<0.3	1.93	29.5	129	0.33	770	<2	12.3	26.8	80	26.9	6.87	110.5	<0.01	2.5	<3	4.9	3	250	0.59
S-781	<0.3	1.45	29.3	99	0.34	570	2	12.3	25.1	50	25.2	7.06	72.2	<0.01	1.7	<3	5.32	<3	270	0.58
S-782	<0.3	1.53	26.3	63	0.3	810	3	8.6	24.7	40	16.4	5.87	75.3	<0.01	1.5	5	4.32	<3	360	0.63
S-783	<0.3	1.78	31.2	82	0.33	690	<2	16.9	26	50	28.6	7.31	104.5	<0.01	1.5	10	5.44	<3	180	0.49
S-784	<0.3	2.39	33.7	107	0.59	770	2	18.6	28.8	70	32.2	8.11	145.5	0.01	1.9	7	6.45	<3	320	0.58
S-785	<0.3	2.29	37.3	144	0.24	510	3	12.9	31.5	60	20	7.55	119	<0.01	1.2	<3	4.94	3	350	0.91
S-786	<0.3	2.31	32.2	120	0.41	870	<2	13.4	28.2	70	31.8	7.49	128	<0.01	1.8	3	6.05	<3	200	0.53
S-787	<0.3	1.14	19.65	41	0.29	630	3	9.4	17.1	30	8.3	4.59	54.7	0.01	0.7	9	3.4	<3	410	0.06
S-788	<0.3	1.49	27.3	80	0.18	570	4	10.1	24	50	18.9	6.31	80.9	0.01	1.6	<3	5.18	<3	390	0.25
S-789	<0.3	2.31	38.3	100	0.44	840	2	11.5	33.4	100	25.9	7.95	111.5	<0.01	2.1	<3	6.29	<3	240	0.71
S-790	<0.3	2.25	28.3	68	0.38	950	<2	10.1	26.7	60	26.4	6.96	103.5	<0.01	2.2	<3	5.75	<3	390	0.21
S-791	<0.3	1.48	25.2	63	0.29	250	10	8.8	22.9	40	22.6	6.12	67.2	<0.01	2.5	3	4.94	<3	390	0.37
S-792	<0.3	0.65	17.2	53	0.25	870	<2	6.2	16.75	40	16	3.94	27.8	<0.01	0.6	<3	3.13	<3	580	0.31
S-793	<0.3	1.99	27.9	136	0.43	740	<2	13.2	27	100	32.1	6.81	111.5	<0.01	3.5	<3	5.24	3	160	0.67
S-794	<0.3	1.47	18.75	97	0.33	530	<2	11.3	17.35	50	23.9	4.59	61.4	<0.01	2.5	4	3.23	<3	290	0.6
S-795	<0.3	1.81	35.5	130	0.5	890	2	11.8	31.6	80	26.4	8.39	104	<0.01	2.7	<3	6.76	3	220	0.56
S-796	<0.3	1.4	20.5	126	0.24	330	2	10.7	19.4	40	15.3	5.1	58.1	<0.01	0.9	6	3.9	4	340	0.56
S-798	<0.3	1.42	38.8	76	0.41	620	4	10.5	37.8	50	17	9.19	76.2	<0.01	1.8	<3	7.76	3	290	0.82
S-799	<0.3	1.87	22.8	39	0.61	650	2	11.5	20.8	30	18.2	5.4	72.7	<0.01	0.8	<3	4.57	<3	290	0.24
S-800	<0.3	1.82	31	70	0.46	780	<2	14.8	25	50	30.5	7.4	97.1	<0.01	1.9	<3	4.95	<3	200	0.53
S-801	<0.3	2.11	29.5	95	0.28	700	3	14.1	25.6	60	28.4	7.04	117	<0.01	1.8	5	5.43	<3	160	0.44
S-802	<0.3	1.87	25.7	58	0.44	510	<2	12.5	24.3	30	20.4	5.95	110	0.01	0.6	5	5	5	290	0.89
S-803	<0.3	2.1	41	157	0.5	1210	4	16	35.4	110	42	9.46	144	<0.01	2.3	<3	8.46	3	140	0.89
S-804	<0.3	2.24	34.7	117	0.52	980	<2	15.1	28.7	70	38.4	8	122	<0.01	2.2	<3	6.13	<3	170	0.5
S-805	<0.3	1.86	26	98	0.39	820	<2	11	21.6	50	27.5	6.22	92.5	<0.01	1.6	3	4.96	<3	290	0.35
S-806	<0.3	2.34	35.1	139	0.37	1080	2	13	31.3	90	41.7	7.47	135	<0.01	3.3	<3	5.53	3	140	0.77
S-808	<0.3	2	34.4	109	0.5	790	5	16.3	30	70	31.3	8.32	118.5	<0.01	2.1	<3	6.81	<3	140	0.72
S-809	<0.3	2	36.8	107	0.45	810	<2	14.8	32.2	90	35.1	7.65	117.5	<0.01	2.6	12	6.64	3	130	0.95
S-810	<0.3	2.36	30.3	116	0.37	890	<2	13.6	27.1	70	28.8	6.89	112.5	<0.01	2.6	9	5.55	<3	250	0.49
S-811	<0.3	1.92	31.2	129	0.35	870	<2	13.9	26.6	380	29.9	6.97	105	<0.01	2.3	<3	5.5	<3	360	0.48
S-812	<0.3	2.03	33.6	105	0.41	880	<2	14.8	29.4	80	30.9	7.95	119	0.01	1.9	<3	7.02	<3	160	0.39
S-813	<0.3	1.86	33.6	134	0.42	860	3	16.8	29.8	80	38.4	8.39	127	<0.01	2.5	3	7.07	<3	150	0.59
S-814	<0.3	1.71	40.2	83	0.53	940	<2	19.7	34.4	70	32.1	9.59	120	<0.01	2.2	<3	7.06	3	110	0.75
S-815	<0.3	2.25	37.2	109	0.37	810	<2	13.8	35.7	80	33.3	8.08	126	<0.01	2.2	13	6.23	<3	150	0.91
S-816	<0.3	1.79	37.1	51	0.28	370	3	11.6	32	70	24.4	8.29	92.1	0.01	2	4	5.93	<3	310	0.67
S-817	<0.3	1.1	11.55	7	0.23	90	<2	4	11.35	20	6.6	2.75	27.1	<0.01	<0.3	17	2.25	<3	380	0.27
S-818	<0.3	2.13	31.8	70	0.27	1070	2	11.3	28	60	32.1	6.23	107.5	<0.01	1.9	3	4.14	<3	240	0.75
S-819	<0.3	1.87	28.2	29	0.32	450	<2	9.7	25.1	30	19.9	6.54	72.3	<0.01	0.9	11	4.21	<3	320	0.6
S-820	<0.3	2.42	32.6	80	0.4	640	<2	12	30.7	70	26.7	7.54	117.5	<0.01	1.9	8	5.36	3	290	0.81
S-821	<0.3	2.19	26.9	28	0.24	300	2	11.7	25	40	16.5	6.28	73.6	<0.01	0.6	17	4.37	<3	330	0.67
S-822	<0.3	1.78	24.6	43	0.43	600	<2	9.3	24.5	40	19.2	5.95	68.9	<0.01	1	4	4.99	<3	320	0.65
S-823	<0.3	2.15	21.5	24	0.25	280	2	7.5	20	30	14.7	5.15	54.6	<0.01	0.6	<3	3.57	<3	340	0.54
S-824	<0.3	1.53	25.9	101	0.25	340	<2	7	23.1	40	17.7	6.13	63.3	<0.01	1.3	<3	4.8	<3	360	0.44
S-825	<0.3	3.61	33.6	135	0.3	1010	9	11.5	31.3	70	35.6	7.16	192.5	0.01	14	10	4.6	<3	550	0.69
S-826	<0.3	1.76	24.6	55	0.33	690	2	9.8	23.2	40	23.1	5.82	76.6	<0.01	1.2	9	5.12	<3	290	0.56
S-827	<0.3	2.44	45.7	117	0.53	930	<2	12.7	44.6	100	33.7	10.4	169.5	<0.01	2.7	11	8.58	<3	200	0.73
S-828	<0.3	2.26	38	72	0.25	270	2	22.3	33.5	60	20.9	8.64	110	0.01	2.1	<3	6.35	4	260	1.17
S-829	<0.3	2.11	33.3	107	0.54	780	<2	13.6	31.8	90	23.3	8.42	123.5	<0.01	1.7	<3	6.72	3	120	0.84
S-830	<0.3	1.77	22.1	51	0.5	630	<2	9.4	20.2	40	15.7	5.84	82.2	<0.01	1.3	<3	4.53	<3	190	0.61
S-831	<0.3	2.19	26.8	56	0.52	860	<2	13.4	24.3	40	24.8	6.39	103	<0.01	1	<3	5.21	<3	220	0.84
S-832	<0.3	2.09	25.2	84	0.4	660	<2	10.4	23.4	50	19.9	5.95	100.5	<0.01	0.8	<3	4.94	3	200	0.78
S-833	<0.3	2.04	32.3	67	0.6	950	3	12	32.5	70	20.9	8.43	106	<0.01	1.3	3	6.77	3	130	0.78
S-834	<0.3	1.88	29.7	88	0.49	1010	2	12.2	28.9	70	28.1	7.54	103	0.01	1.7	3	5.86	<3	150	0.78
S-835	<0.3	2.12	28.6	95	0.44	880	2	12.4	27.4	70	25.8	6.89	113.5	<0.01	0.9	5	4.3	<3	160	0.88
S-836	<0.3	2.12	27.2	76	0.35	860	<2	11.1	24	310	22.3	6.55	119	<0.01	1.9	5	4.58	<3	190	0.84
S-837	<0.3	1.82	19.25	107	0.52	720	<2	11.6	19.75	30	19.5	5.02	73.7	<0.01	0.6	5	3.65	<3	300	0.86
S-838	<0.3	2.39	21.5	135	0.41	660	<2	12.2	22	250	23.9	5.79	93.7	<0.01	1.1	6	5.38	4	360	0.94
S-839	<0.3	2.14	27.7	92	0.47	720	<2	13	25.4	90	25	6.7	122	<0.01	1	4	5.27	<3	150	0.9
S-840	<0.3	2.38	30.3	98	0.51	750	2	14.8	27.7	80	26.4	6.81	134.5	<0.01	1.1	<3	5.07	<3	130	1.06
S-841	<0.3	1.73	26.9	34	0.57	1060	<2	13.3	26.8	40	24.8	6.79	76.8	<0.01	0.9	<3	5.91	<3	230	0.85
S-842	<0.3	2.08	23.9	37	0.5	460	<2	8.7	26.5	50	24	6.49	74.3	0.01	1	<3	5.78	<3	130	0.53
S-844	<0.3	2.28	21.6	76	0.31	600	<2	11.3	21.7	30	18.7	5.39	94.9	0.01	1	13	4.11	5	330	0.61
S-845	<0.3	2	26.4	39	0.59	850	<2	13.5	25.9	30	19	6.4	86.2	<0.01	1.2	<3	4.7	<3	270	0.93
S-847	<0.3	2.92	25.1	90	0.36	1160	8	9.1	26	70	23.7	6.44	93.4	<0.01	4.6	<3	5.31	<3	500	0.18
S-848	<0.3	2.04	24	80	0.41	750	<2	12.4	21.5	70	22.9	5.88	90.7	0.01	1	7	5.57	<3	180	0.35
S-850	<0.3	3.97	37.2	114	0.56	760	<2	14.2	33.9	380	30.4	8.82	168.5	<0.01	1.3	<3	5.94	3	100	0.94
S-851	<0.3	2.14	32.6	142	0.5	1000	<2	12.4	29.9	90	28.1	8.09	121	0.01	1.7	<3	6.36	<3	180	0.36
S-852	<0.3	2.52	34	137	0.43	1090	2	13.2	31.8	90	32.1	8.1	140	<0.01	4.4	<3	6.51	<3	150	0.42
S-853	<0.3	2.22	29.9	118	0.51	850	<2	11.9	28.4	70	29	7.49	125	<0.01	2.1	5	5.45	<3	310	0.88
S-854	<0.3	1.55	24	32	0.54	950	2	11.6	25.5	40	22.7	6.24	72.1	<0.01	0.9	<3	5.25	<3	200	0.74
S-855	<0.3	1.77	32.6	32	0.47	590	<2	14.4	28.9	30	19.3	7.73	92.6	<0.01	<0.3	<3	5.92	<3	200	0.62
S-857	<0.3	2.3	36.6	128	0.58	1530	2	11.8	32	100	55.9	8.61	141	<0.01	2.4	4	7.06	<3	190	0.85
S-858	<0.3	2.86	29.6	88	0.5	560	2	13.5	26.9	50	21.3	6.98	133.5	<0.01	1	6	4.91	<3	160	0.9
S-859	<0.3	4.82	39.3	127	0.52	1170	3	15	35.5	110	29.5	9.84	222	<0.01	2.4	<3	8.02	<3	380	1.19
S-860	<0.3	1.73	26.5	28	0.55	1050	<2	13.4	28.1	60	22.8	6.98	80.9	<0.01	0.5	3	6.66	<3	250	0.89
S-861	<0.3	1.77	27.9	28	0.59	1100	<2	14.5	28.7	50	28.2	7.5	80.2	<0.01	0.9	<3	6.86	3	250	0.88
S-862	<0.3	1.55	26.8	25	0.57	960	<2	12.3	28.6	340	22.6	6.47	66.3	<0.01	0.6	6	5.76	<3	240	0.78

Table 6. Soil Sampling Vranje South - ME-MS89L method

Samp. ID	Tb ppm	Te ppm	Th ppm	Ti perc	Tl ppm	Tm ppm	U ppm	V ppm	W ppm	Y ppm	Yb ppm	Zn ppm
S-701	-	-	-	-	-	-	-	-	-	-	-	-
S-702	0.57	<0.5	10.6	0.417	0.76	0.29	2.8	76	1.6	17.9	1.99	60
S-703	0.48	<0.5	9.6	0.33	0.26	0.18	2.1	72	2	12.6	1.41	80
S-704	0.52	<0.5	8	0.446	0.56	0.32	2.2	79	1.8	19.7	1.97	70
S-706	0.7	<0.5	9.5	0.487	0.63	0.34	3.2	71	1.6	20	2.16	60
S-707	1.14	<0.5	12.4	0.464	0.94	0.51	3.1	140	2.4	34.8	3.56	120
S-708	0.75	<0.5	10.8	0.419	1.05	0.37	2.5	106	1.5	24.6	2.54	90
S-709	0.32	<0.5	4.6	0.248	0.1	0.12	1.6	39	1	10.6	1.15	70
S-710	-	-	-	-	-	-	-	-	-	-	-	-
S-711	0.81	0.5	11.2	0.518	1.22	0.38	2.9	141	1.4	22.8	1.99	110
S-712	1.01	0.9	12.8	0.322	0.97	0.57	16.2	134	1.8	39.7	4.02	100
S-713	0.45	<0.5	9.6	0.434	0.38	0.18	2.5	60	0.9	12.6	0.9	70
S-714	1.12	0.7	16.1	0.699	1.06	0.54	5.3	159	2.1	38.9	3.73	170
S-715	0.64	<0.5	8.3	0.39	0.6	0.26	2.3	64	1.3	21.9	2.39	60
S-716	0.69	<0.5	10.4	0.333	1.29	0.26	2.8	98	1.6	21.3	2.11	100
S-717	1.12	0.5	10.3	0.359	0.84	0.6	3.8	121	2.5	48.6	3.55	90
S-718	0.72	<0.5	11.6	0.535	0.42	0.24	3.7	63	1.1	16.5	1.4	90
S-719	0.77	<0.5	11.8	0.423	0.81	0.31	2.2	128	1.7	25.3	2.53	80
S-720	0.8	<0.5	11.5	0.394	0.61	0.33	2.5	99	1.6	22.5	2.12	100
S-721	0.67	0.8	9	0.411	0.8	0.35	2.1	102	2	23.9	2.73	120
S-723	0.63	0.5	8	0.349	0.28	0.35	2.1	68	1.2	21.2	2.38	70
S-724	0.61	<0.5	9.3	0.438	0.6	0.33	2.2	98	2.2	20.8	2.2	100
S-725	0.35	0.6	7.2	0.318	0.44	0.23	2.1	59	1	15.7	1.72	50
S-726	0.71	<0.5	10.1	0.369	0.73	0.28	2.5	116	1.8	21.1	2.19	90
S-727	0.67	<0.5	9.4	0.401	0.61	0.23	3.2	126	1.7	21.6	2.1	130
S-728	0.84	<0.5	11	0.413	0.51	0.36	2.5	107	2.3	24.5	1.86	90
S-729	0.55	<0.5	8.1	0.329	0.59	0.3	2.5	63	1.5	22.1	2.72	60
S-730	0.74	1.1	11	0.436	1.09	0.38	2.6	108	2.2	23.8	2.5	90
S-731	1.03	0.7	11.7	0.444	0.93	0.5	2.2	151	2.4	33.1	2.97	110
S-732	0.76	<0.5	10.1	0.421	0.73	0.37	2.2	114	2	25.8	2.69	90
S-733	0.92	<0.5	12	0.46	1.01	0.44	2.6	148	2.6	28.8	3.19	130
S-734	0.38	<0.5	7.4	0.293	0.59	0.26	2.2	60	1.2	16.9	1.51	60
S-735	0.58	0.5	6.7	0.364	0.34	0.26	1.5	75	2	19.3	1.63	70
S-736	0.71	0.6	9.1	0.421	0.5	0.42	2.3	80	1.8	26	3	50
S-737	0.68	<0.5	9	0.391	0.53	0.4	2.4	88	1.6	24.9	2.28	80
S-738	0.62	<0.5	6.8	0.298	0.41	0.35	1.9	82	0.9	23.4	1.77	110
S-739	1.25	<0.5	12.2	0.439	1.15	0.58	3	125	2.5	41.1	4	110
S-740	0.66	<0.5	10.7	0.47	0.67	0.46	2.3	102	2.6	29.1	2.95	80
S-741	0.99	0.7	11.1	0.503	0.93	0.44	2.6	117	2.2	33.5	3.16	110
S-742	0.92	0.6	11.1	0.458	0.74	0.49	2.2	119	5.4	30.5	3.2	90
S-743	0.66	<0.5	7.4	0.364	0.62	0.33	2	89	1.6	22.7	1.61	90
S-744	0.81	<0.5	10.3	0.422	0.91	0.58	2.4	114	2.2	30.1	2.79	100
S-745	0.56	0.8	10.6	0.403	0.7	0.33	1.9	125	2.3	23.3	2.21	90
S-746	0.4	<0.5	4.3	0.247	0.14	0.25	1.4	52	0.7	13.7	1.02	40
S-747	0.68	0.7	10.5	0.419	0.55	0.38	2.3	82	2.3	25.6	2.37	50
S-748	0.8	<0.5	10	0.445	0.76	0.5	2.1	102	2.3	28.5	2.77	80
S-749	0.97	<0.5	12.1	0.474	0.95	0.54	2.3	130	2.7	32	3.19	80
S-750	0.81	<0.5	10.7	0.406	0.7	0.32	2	110	2.1	26.3	2.45	70
S-751	0.81	<0.5	10.2	0.481	0.66	0.37	2.4	104	2.1	26.7	2.34	70
S-752	0.79	<0.5	10.9	0.445	0.73	0.39	2.2	125	2.4	25.1	2.34	100
S-753	0.92	<0.5	13	0.494	0.89	0.46	2.6	157	2.7	32.6	2.79	110
S-754	0.99	<0.5	11.8	0.441	0.73	0.46	2.3	133	2.1	31.3	3.13	100
S-755	1.09	<0.5	10.9	0.484	0.81	0.5	2.9	131	2.3	33.8	3.54	90
S-756	0.66	<0.5	9.1	0.404	0.53	0.36	2.1	107	2	24	2.5	80
S-757	0.55	<0.5	7.4	0.283	0.47	0.28	1.7	93	1.8	22.5	2.12	80
S-758	0.7	<0.5	9.3	0.349	0.79	0.3	2.4	112	1.6	23.1	2.54	90
S-759	0.96	<0.5	12.1	0.445	0.89	0.53	2.4	137	2.2	31	3.68	90
S-760	0.93	<0.5	10.1	0.475	0.85	0.48	2.3	161	2.2	33.2	3.18	110
S-761	0.51	<0.5	7.2	0.356	0.42	0.33	2.8	94	2	19	1.62	70
S-762	0.93	<0.5	11.7	0.463	0.78	0.43	2.3	132	2.4	28.1	3.11	90
S-763	1	<0.5	12.8	0.474	1.1	0.49	2.9	147	2.6	35.5	3.25	170
S-764	0.67	<0.5	9.3	0.449	0.63	0.42	2.5	95	2.3	24.8	2.24	70
S-765	0.84	<0.5	11.4	0.475	0.81	0.43	2.2	128	2.4	28.3	2.76	90
S-766	0.72	<0.5	9.8	0.407	0.75	0.37	1.8	112	2.2	24.9	2.23	80
S-767	0.9	<0.5	11.1	0.496	0.81	0.44	2.4	124	2.8	31.8	3.5	100
S-768	1.55	<0.5	11.1	0.454	0.71	0.75	2.2	136	2.5	46.7	4.81	100
S-769	1.02	<0.5	12	0.474	0.92	0.57	2.4	134	2.9	36.7	3.48	90
S-770	0.79	<0.5	10.7	0.448	0.86	0.4	1.9	128	2.2	24.7	2.75	80
S-771	0.93	<0.5	12.8	0.428	0.94	0.52	2.3	140	1.9	31.7	2.8	100
S-772	0.93	<0.5	13.8	0.427	0.93	0.43	2.3	147	2.2	31.3	2.9	120
S-773	0.92	<0.5	11.6	0.435	0.88	0.4	2	132	2.1	28.6	2.91	100
S-774	0.94	<0.5	10.3	0.429	0.74	0.4	2.6	132	2.3	30.3	3.13	100
S-775	0.75	<0.5	8.8	0.375	0.61	0.38	2.5	104	2.3	25.9	2.84	70
S-776	0.76	<0.5	7.9	0.288	0.7	0.28	3.5	103	1.5	21.7	2.05	90
S-777	0.78	<0.5	9.2	0.422	0.6	0.41	2.2	112	2.1	28.4	3.1	90
S-778	0.94	<0.5	10.1	0.429	0.72	0.38	2.7	106	2.4	27.4	3.26	100
S-779	0.87	<0.5	9	0.402	0.7	0.41	2.9	104	1.9	25.9	2.79	90
S-780	0.87	0.6	10.1	0.414	0.73	0.46	1.8	122	2.1	27.2	2.75	100
S-781	0.62	<0.5	8.9	0.37	0.49	0.34	2.3	89	2	24.6	2.08	70
S-782	0.63	<0.5	6.1	0.337	0.6	0.31	2.4	84	1.3	19.1	1.91	70
S-783	0.72	<0.5	10.3	0.463	0.61	0.31	2.2	120	2.6	26.1	2.42	80
S-784	0.89	<0.5	12.9	0.497	1.09	0.7	2.8	129	3.1	26.4	3.08	100
S-785	0.69	<0.5	11.7	0.477	0.84	0.37	2.5	146	2.3	25.8	2.58	120
S-786	0.76	<0.5	10.4	0.435	0.99	0.43	2.4	130	2.2	30.2	2.62	110
S-787	0.45	<0.5	4.6	0.327	0.21	0.19	2	74	1.1	15.6	1.26	50
S-788	0.61	<0.5	7.6	0.34	0.54	0.24	2.3	90	1.6	19.4	1.75	70
S-789	0.88	<0.5	10.8	0.381	0.78	0.41	2	114	2	33.4	2.93	90
S-790	0.76	<0.5	9.9	0.334	0.75	0.42	2.8	115	1.7	27.6	2.16	60
S-791	0.61	0.6	6.2	0.322	0.37	0.23	3.2	84	1.9	18.5	2.02	80
S-792	0.43	0.5	8.3	0.194	0.21	0.3	2.9	41	1.3	18.6	2.05	30
S-793	0.85	0.5	10.1	0.422	0.65	0.41	2.2	121	2	27.1	2.76	100
S-794	0.48	<0.5	6.5	0.385	0.44	0.34	1.8	64	1.2	19.8	1.99	60
S-795	0.95	0.6	10.8	0.409	0.71	0.37	2.3	125	2	30.9	3.13	90
S-796	0.46	0.8	5.7	0.34	0.43	0.25	1.8	72	1.2	17.2	1.7	70
S-798	1.03	<0.5	9.6	0.376	0.42	0.45	3.1	114	1.9	31	2.64	90
S-799	0.74	<0.5	6.7	0.36	0.42	0.38	2.7	82	1.4	26.8	3.02	50
S-800	0.76	<0.5	10.4	0.472	0.76	0.42	2.2	106	2	27.3	2.6	70
S-801	0.79	<0.5	10.2	0.406	0.72	0.37	2.7	114	1.8	25	2.62	80
S-802	0.67	0.6	9.8	0.63	0.48	0.42	2	161	2	26	2.52	80
S-803	1.18	<0.5	14	0.477	0.97	0.53	2.2	170	2.8	34.1	3.26	120
S-804	0.92	<0.5	11.3	0.481	0.77	0.45	2.1	120	2	29.1	2.76	90
S-805	0.71	<0.5	8	0.36	0.62	0.41	2.2	92	2	26.3	2.71	80
S-806	0.79	1.4	11.3	0.477	0.85	0.47	2.3	129	2.2	29.5	3.17	120
S-808	0.86	<0.5	11.4	0.476	0.93	0.48	2.1	132	2.4	28.8	2.99	100
S-809	0.84	<0.5	11.4	0.513	0.74	0.4	2.3	132	2.4	29.4	3.24	110
S-810	0.93	<0.5	10.2	0.462	0.78	0.43	2.4	106	1.7	25.6	2.73	90
S-811	0.76	<0.5	10.6	0.434	0.77	0.37	2.7	120	2.4	26	2.47	70
S-812	0.8	0.5	11.2	0.45	0.81	0.42	2.2	127	2.1	29.9	2.71	100
S-813	0.8	<0.5	11.6	0.464	1.02	0.45	2.3	133	2.4	28.8	2.81	90
S-814	1.13	<0.5	11.4	0.511	0.79	0.47	2.2	142	2.7	37.1	3.59	90
S-815	0.92	<0.5	11.7	0.526	0.98	0.41	2.6	128	2.8	31.3	3.15	100
S-816	0.59	0.7	12.2	0.379	0.62	0.3	2.5	114	1.5	19	1.28	90
S-817	0.36	<0.5	2.1	0.212	0.11	0.22	0.8	30	0.4	14.3	1.25	40
S-818	0.68	<0.5	9	0.409	0.67	0.35	2.3	86	2.1	23.4	2.48	100
S-819	0.6	<0.5	8.4	0.326	0.41	0.2	2	53	1.2	17.9	1.71	50
S-820	0.84	<0.5	9.3	0.395	0.66	0.32	2	102	2.2	25.2	2.41	90
S-821	0.59	0.5	7.5	0.35	0.35	0.29	2.2	65	1.5	18.2	1.57	60
S-822	0.63	<0.5	6.7	0.349	0.33	0.32	2.3	68	1.1	23.5	3.32	60
S-823	0.47	<0.5	5.4	0.297	0.36	0.27	1.7	53	1.3	15.6	1.64	50
S-824	0.63	<0.5	6.5	0.292	0.36	0.29	1.7	54	1.1	19.3	1.9	40
S-825	0.64	<0.5	10.2	0.398	2.27	0.29	2.6	138	2	20.2	1.91	150
S-826	0.64	<0.5	7.4	0.353	0.51	0.4	2.4	72	1.6	24.3	2.36	60
S-827	1.3	<0.5	11.9	0.421	1.04	0.61	5.1	129	2.5	48.6	4.09	110
S-828	0.74	<0.5	13.2	0.427	0.8	0.47	1.8	95	2.3	27.7	2.51	90
S-829	1.1	<0.5	10.5	0.462	0.89	0.51	2.9	156	2.8	37.3	3.36	110
S-830	0.92	<0.5	7.4	0.439	0.49	0.52	2.6	129	1.5	30.7	3.21	60
S-831	0.76	<0.5	8.8	0.507	0.56	0.38	2.4	122	1.9	30	3.6	80
S-832	0.78	<0.5	8.3	0.433	0.66	0.42	2.3	127	1.9	26.3	2.95	80
S-833	1.18	0.7	10.2	0.472	0.59	0.54	2.7	154	1.9	38.3	3.5	90
S-834	0.87	<0.5	9.1	0.438	0.62	0.44	2.6	136	1.5	30.5	2.91	100
S-835	0.78	<0.5	9	0.495	0.76	0.47	2.7	127	2.2	30.4	2.99	90
S-836	0.97	<0.5	9.3	0.46	0.69	0.36	2.8	147	2.2	28	2.61	90
S-837	0.84	<0.5	7.2	0.537	0.35	0.52	2.8	106	1.4	31.4	3	50
S-838	0.71	<0.5	7.3	0.522	0.5	0.4	3	120	2	26.6	2.54	50
S-839	0.87	<0.5	9.3	0.469	0.69	0.51	2.5	134	2.5	31	3.46	90
S-840	0.91	<0.5	9.9	0.506	0.88	0.46	3.3	146	2.6	29.3	3.62	90
S-841	0.96	<0.5	6.7	0.75	0.53	0.5	2.3	180	1.6	35.4	3.7	100
S-842	0.88	<0.5	6.1	0.54	0.42	0.43	2	174	1.7	30.1	3.1	60
S-844	0.57	<0.5	7.9	0.533	0.42	0.34	2.1	110	2	25.5	2.91	60
S-845	0.94	<0.5	8.5	0.609	0.46	0.57	2.5	135	1.5	36.4	3.47	60
S-847	0.9	<0.5	9	0.339	1.2	0.37	3	125	1.3	29.5	2.45	80
S-848	0.74	<0.5	7.7	0.451	0.54	0.39	2	109	1.6	24.5	2.23	80
S-850	1.02	<0.5	11.6	0.468	0.79	0.47	2.8	154	2.2	32.3	3.34	120
S-851	0.98	<0.5	11.5	0.494	0.76	0.54	3.1	147	2	35.1	3.3	100
S-852	0.95	<0.5	12.4	0.482	0.82	0.47	2.7	161	1.8	32.8	3.21	100
S-853	0.87	<0.5	9.4	0.457	0.84	0.41	2.6	138	1.9	31.9	3.14	100
S-854	0.91	<0.5	6	0.596	0.47	0.47	2	145	1.3	32.7	3.39	230
S-855	0.79	<0.5	10.4	0.502	0.33	0.49	2.5	88	1.4	28.6	3.07	60
S-857	1.04	<0.5	11.3	0.421	1.1	0.55	3.2	141	2.4	37.4	3.13	110
S-858	0.7	<0.5	10.2	0.468	0.78	0.42	3.2	136	1.7	26.7	3.03	80
S-859	1.15	<0.5	13.9	0.49	0.9	0.55	3	211	2.3	44	4.41	110
S-860	1.08	0.5	6.3	0.74	0.54	0.61	2.5	198	1.5	37.5	4.1	100
S-861	1.15	<0.5	6.6	0.8	0.49	0.68	2.3	210	1.4	41.2	4.09	120
S-862	1.08	<0.5	7.4	0.716	0.53	0.52	2.2	175	1.4	34.8	3.73	100

JORC Table 1. This table applies to the Vranje-South project work program

CRITERIA

COMMENTARY

Sampling techniques

The following Stream Sediment sampling technique was followed by the Company throughout the Vranje-South project survey:

Stream sediments comprise clastic and hydromorphic components, including detrital grains, clays, colloids, organic matter and Fe-Mn coatings on clasts. In view of this diversity it is important to collect the most appropriate size fraction consistent with the objectives of the survey. In mineral exploration the objective is to enhance the anomaly contrast (peak/background ratio) in order to increase the chances of identifying a potential mineralized bedrock source.

• Sites are selected with the following factors in mind

- Avoid obvious sources of contamination: sample upstream (at least 50 m) from roads and habitation.

- Where valleys are steeply incised avoid collapsed bank material by sampling near the center of the stream.

- Avoid areas of winnowed sediment. Fine-grained material at the margins of the water course may be better.

- Avoid deposits of well-sorted gravel and areas of limited sediment accumulation.

- For consistency, always sample material deposited in the same setting in a stream e.g. do not mix material from heavy mineral traps with fine sediment banks.

• Sample collection

- Location was made with Garmin- GPS map 64

- Wash sieves and pans in stream immediately prior to sampling. The sieve with the 2 mm cloth is placed on top of the fine sieve and both are mounted on top of the pan.

- Collect sediment from several points on the stream bed to produce a representative composite sample. The top 10–20 cm of sediment is discarded to avoid spurious high contents of Fe and Mn in oxide coatings.

- Load coarse sediment into the top sieve with minimum input of water. Remove large clasts by hand and rub the material through the top sieve, wearing rubber gloves. Remove the top sieve and continue careful rubbing and shaking until adequate fine material (normally about 100 g dry weight) has passed through the lower (fine) sieve into the pan beneath. No coarse particles should be allowed to enter the fine fraction sample.

- Leave sample to settle for a fixed time, typically about 15–20 minutes. During this period panned-concentrate and water samples may be collected, and site data are recorded.

- Decant excess water to leave a final volume of 200–250 ml. Homogenize this by gentle agitation with stirring, and carefully decant into a clean numbered Kraft bag using a clean funnel. Place the sealed bag in a thin polythene bag and secure with a loose knot for transportation in an upright position.

- Wash all equipment thoroughly in the stream before packing away.

- Collect duplicate samples at some sites to monitor within-site variability. In a regional survey field duplicates are normally collected from every 100th site.

Prenumbered field cards, randomized in blocks of 100 numbers, are issued to the sampling teams. At each site the appropriate number is allocated to all sample containers, which are sealed onsite

Sampling procedure which the Company followed for Rock sampling:

Once the sample location has been determined, its location is defined and recorded by using a hand held GPS
Approximately 2 Kg of sample material is collected, ensuring that the sample is representative of the outcrop being sampled
The sample is placed into the sampling container, which is labeled according to the attributed sample number.
All relevant information with regard to the outcrop was recorded.

Sampling procedures which the Company followed for Soil sampling:

Locate the predesignated sampling position using a hand-held GPS
In areas where deep moist soils exist, a hand soil auger is usually required to reach the soil horizon
Hand auger down to get through the humus layer and the sample is obtained approximately 20cm below the surface of the soil horizon, if possible from the A horizon
To avoid cross contamination a nylon brush is used to clean the dirt and mud from the sampling equipment before the sample is collected.
The sample is sieved on-site using an 80 mesh sieve, 178 micrometers, using a stack of sieves with progressively finer mesh sizes.
Approximately 1-2kg of sampled material is collected
samples are placed in a labeled plastic bag (outside and a sample ticket is placed inside the bag) and is sealed onsite
The samples are stored in a dry and secure container on the project area
The samples are submitted to the laboratory while observing sample handling and handover protocols

Mr. Jerry Aiken is the Competent Person, as far as this announcement (and this JORC Table 1) is concerned. Mr. Aiken judges these stream sediment and rock sample results to be sufficiently reliable for the purpose of defining the main zones of interest at Vranje-South project. The results will only be used to guide the initial phases of Jadar’s work, and do not form part of any resource estimate.

Drilling techniques

Not Applicable

Drill sample recovery

Not Applicable

Logging

Not Applicable

Sub-sampling techniques and sample preparation

Not Applicable

Quality of assay data and laboratory tests

The samples were submitted to the ALS laboratory in Bor (ISO 17025 accredited) for analysis: All samples were analyzed by the ALS method ME0MS61L. The Company did not conduct routine QA/QC analysis on the results, including the systematic utilization of certified reference materials, blanks, and umpire laboratory check assays, as at the time of the sampling program, the Company did not have access to certified reference materials. All work was supervised and authorized by a person qualified under the JORC Code guidelines.

Jadar’s CP is confident that the analytical and assay techniques and QA/QC protocols implemented by the ALS laboratory were appropriate and adequate for the purposes of defining zones of interest in the area. These sample media and techniques and assays were not part of a resource estimate.

Verification of sampling and assaying

No drilling or mineralization reported here.

No drilling or twinning of holes reported here.

No adjustments were made to the assay data.

Location of data points

Not applicable as there is not Mineral Resource

Stream samples:

Grid System: WGS84; GCS_WGS_1984

WKID: 4326; Datum: D_WGS_1984

Spheroid: WGS_1984; Angular Unit: Degree

Stream sediment and rock sampling locations were determined by a hand-held GPS. Topographic accuracy is estimated to be within 30-50 meters. Topographic control is not considered relevant, as it does not relate to Mineral Resources

Data spacing and distribution

Stream Sediment and soil samples were collected on an estimated density of two samples per 1 square Km. The location of stream samples was determined by local stream distribution.

The soil samples were collected on a 1km grid, where stream density did not allow for adequate coverage with soil samples.

Mr. Jerry Aiken considers that the sample/data spacing and distribution which deployed in the 2018 stream sediment survey and the rock sampling exercise to be sufficient and adequate for orientation purposes. Infill soil sampling and further scouting will be undertaken in areas which were defined as anomalous in this survey

No mineral resource or ore reserve is being reported.

Sample composite was not employed.

Orientation of data in relation to geological structure

The stream sediment and soil surveys were designed to cover the majority of the license and on an approximate 2 sample to 1km2 sampling density. The sample locations and distribution was determined by the local stream distribution. The rock samples were collected from outcropping areas and where the outcrop had pegmatitic texture.

Not applicable as no drilling is reported by the company.

Sample security

Throughout the sampling program, all prescribed sample handling protocols were adhered to. The sample handling protocols included;

Each day after sample collection, the samples were stored in a central, secured location within the project area after being catalogued and labeled.
On completion of the sampling program, the samples were transported directly to the ALS laboratory in Bor, where relevel ALS personnel signed off the receipt of the samples.
The CP assumes that all ALS internal sample handling procedures were adhered to.

The CP judges that the sample handling protocols which were implemented throughout the program were sufficient to maintain sample integrity.

Audits or reviews

No audits have been undertaken

Section 2 Reporting of Exploration Results

(Criteria listed in the preceding section also apply to this section.)

Criteria
Mineral tenement and land tenure status	Centurion Metals DOO, a 100% owned subsidiary of Jadar resources LTD, is a 100% holder of Vranje-South mineral exploration license (License # 2225). The license is located in southern Serbia. At time of reporting the company license is in good standing and the company plans to comply with all provisions relating to the Serbian mining law
Exploration done by other parties	Historical work has been conducted on the Vranje-South project area by various Serbian and Yugoslav state geological agencies. The Company is not aware of the results of these investigations.
Geology	The CP judges, from the data which is available at time of this announcement, that the mineralisation style may be related to blind (not outcropping) sediment hosted lithium-borate mineralisation
Drill hole Information	Not relevant as no drilling is being reported in this announcement
Data aggregation methods	No data aggregation methods were used in this announcement No metal equivalent formulas were used in reporting of any results
Relationship between mineralisation widths and intercept lengths	No drilling intercepts are reported here.
Diagrams	No drilling results are presented in this announcement.
Balanced reporting	The reporting here covers the area of the company’s current focus. Further data analysis and interpretation may result in the definition of new targets
Other substantive exploration data	No information available on metallurgy, ground water, bulk density or rock stability. Integration and interpretation of the various data sets are on-going
Further work	• The Company plans to execute a gridded soil sampling program over the anomalous areas in the northern and eastern part of the permit. The sampling program will be aimed at defining the source of the anomalies defined by the stream sediment sampling. On definition of soil anomalies, the company will conduct detailed mapping and possibly follow up with trenching. • The company believes that the Soil sampling anomalies may be related to sediment hosted lithium borate mineralization at depth.

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