id	label	description	x	y	cluster	weight<Links>	weight<Total link strength>	weight<Occurrences>	score<Avg. pub. year>	score<Avg. citations>	score<Avg. norm. citations>
161	cloud resolving model	cloud resolving model	-0.5788	-0.295	1	897	4014	292	2013.0685	39.0719	0.8763
252	crm	crm	-0.7304	-0.3545	1	812	3684	257	2011.7821	39.4669	0.8006
1213	vapor	vapor	-0.4201	-0.0107	1	927	3092	215	2014.4884	33.1209	0.9323
984	sea surface temperature	sea surface temperature	-0.7478	0.3855	1	787	2848	197	2013.7411	41.0964	1.0026
21	aerosol	aerosol	-0.6412	-0.4908	1	732	2844	189	2014.9048	45.7778	1.1013
203	concentration	concentration	-0.6786	-0.4252	1	780	2746	185	2014.4378	31.6973	0.8867
897	radiation	radiation	-0.6894	-0.0772	1	840	2737	183	2013.9617	34.0492	0.9796
486	heating	heating	-0.5297	0.2712	1	777	2352	166	2014.4639	32.8373	0.8794
105	campaign	campaign	-0.4463	-0.3201	1	772	2250	160	2016.1312	24.1313	0.825
520	ice	ice	-0.703	-0.536	1	700	2335	153	2013.8824	30.8954	0.8444
295	dimensional cloud	dimensional cloud	-1.0913	0.0376	1	597	2039	144	2009.2639	36.5833	0.6866
1201	upper troposphere	upper troposphere	-0.8262	-0.018	1	681	1967	138	2012.9783	30.4493	0.7376
826	particle	particle	-0.5646	-0.6225	1	609	1828	131	2015.0916	28.0076	0.7916
1059	sst	sst	-0.7776	0.3528	1	630	1865	131	2014	35.1603	0.9446
959	retrieval	retrieval	-0.0692	-0.7331	1	579	1828	128	2013.9609	27.2109	0.7098
191	column	column	-0.6312	-0.0376	1	684	1766	125	2012.76	50.208	1.1049
1246	wave	wave	-0.3989	0.537	1	565	1430	124	2013.7339	30.6129	0.8565
95	budget	budget	-0.907	0.2653	1	609	1772	122	2012.4262	31.2869	0.6723
443	gcm	gcm	-0.3952	-0.1074	1	630	1729	122	2015.2541	34.5164	1.051
383	evaporation	evaporation	-0.6688	0.1081	1	673	1783	121	2014.9669	33.2562	0.9031
1030	snow	snow	-0.2085	-0.5328	1	662	1762	120	2014.5	27.0917	0.7188
240	cooling	cooling	-0.7328	0.1549	1	694	1767	118	2014.5085	27.7712	0.7588
20	advection	advection	-0.7217	0.3219	1	654	1738	116	2013.0345	36.5862	0.8433
48	anomaly	anomaly	-0.4955	0.5083	1	595	1438	115	2015.3826	29.3043	0.7716
516	hydrometeor	hydrometeor	-0.3059	-0.4627	1	626	1595	114	2015.2544	27.7982	0.7566
815	organization	organization	-0.3413	0.3764	1	630	1509	113	2014.0619	37.7788	0.9929
473	gravity wave	gravity wave	-0.4837	0.4628	1	505	1290	112	2013.4911	31.1339	0.9389
457	global climate model	global climate model	-0.1626	-0.048	1	604	1488	111	2018.3153	28.5586	1.2072
448	general circulation model	general circulation model	-0.7042	-0.1273	1	590	1537	109	2013.4954	42.9633	1.1465
659	madden julian oscillation	madden julian oscillation	-0.7271	0.3841	1	489	1441	109	2014.2477	46.7156	1.1277
362	entrainment	entrainment	-0.7437	0.0076	1	570	1330	105	2013.0571	29.0667	0.7389
472	graupel	graupel	-0.378	-0.6269	1	532	1554	104	2013.9423	30.2212	0.7483
150	cloud microphysic	cloud microphysic	-0.5921	-0.4207	1	626	1499	99	2013.4545	39.7374	0.954
901	radiative convective equilibrium	radiative convective equilibrium	-0.8189	0.3466	1	427	1162	99	2015.6465	42.0808	1.1894
652	lower troposphere	lower troposphere	-0.635	0.4937	1	577	1381	98	2014.102	32.8061	0.814
1180	troposphere	troposphere	-0.7321	0.2263	1	598	1322	96	2013.1458	44.1979	1.0417
146	cloud fraction	cloud fraction	-0.7458	-0.3555	1	552	1387	95	2014.1368	41.5053	0.9948
1165	tropical convection	tropical convection	-0.8298	0.1853	1	541	1254	95	2011.8526	40.6842	0.817
894	radar reflectivity	radar reflectivity	0.1796	-0.5503	1	582	1405	94	2014.1277	26.2234	0.98
695	microphysical process	microphysical process	-0.6619	-0.327	1	585	1424	92	2014.7174	25.7609	0.7467
173		clouds	-0.78	-0.3967	1	544	1269	91	2016.9121	28.5604	1.0888
712		mjo	-0.7574	0.4465	1	433	1245	91	2014.7692	44.4286	1.0712
1111		surface flux	-0.6783	0.2631	1	564	1286	91	2012.5385	51.4286	1.1405
789		number concentration	-0.8018	-0.7196	1	485	1467	90	2014.0222	33.8889	0.8314
101		buoyancy	-0.5052	0.3234	1	526	1168	88	2012.5568	45.3295	1.035
727		modeling study	-0.8297	0.231	1	537	1250	87	2012.4138	75.1379	1.2425
697		microphysical scheme	-0.261	-0.5985	1	521	1238	85	2014.6941	29.2471	0.7954
1062		stability	-0.4947	0.3492	1	513	1022	84	2015.1548	31.6071	0.9077
597		large eddy simulation	-0.5546	-0.2255	1	422	902	83	2016.3735	29.4337	0.9487
613		latent heating	-0.5188	0.1523	1	547	1224	83	2014.7831	33.6506	0.8338
664		mass flux	-0.6855	0.1352	1	473	940	82	2013.2317	30.7805	0.7902
1023		size distribution	-0.5194	-0.665	1	466	1113	81	2014.0494	32.4198	0.8488
903		radiative cooling	-1.0212	0.2233	1	454	1195	80	2013.625	34.75	0.8512
327		earth	-0.5378	-0.2897	1	540	1142	79	2017.2278	26.0127	1.0581
170		cloud water	-0.535	-0.3502	1	540	1213	78	2012.4103	28.3846	0.6897
306		divergence	-0.6109	0.3169	1	516	1150	77	2014.7792	21.0519	0.6703
165		cloud system	-0.6535	-0.2169	1	535	1166	76	2010.5263	42.2237	1.0095
206		condensation	-0.8359	-0.082	1	538	1226	76	2014.2368	22.9211	0.6164
741		momentum	-0.4001	0.45	1	449	914	76	2012.7632	31.3289	0.676
732		moistening	-0.8392	0.3441	1	515	1170	75	2014.04	38.5333	0.9772
155		cloud property	-0.8576	-0.5324	1	495	1208	74	2013.5405	40.4459	0.9963
305		diurnal variation	-0.4724	0.3249	1	457	983	73	2014.5205	25.411	0.762
136		cloud cover	-0.4472	-0.3069	1	505	961	71	2015.3099	37.5211	1.0244
94		brightness temperature	0.2255	-0.6852	1	419	1011	68	2014.0441	28.1176	0.7785
484		hail	0.0777	-0.5207	1	414	936	68	2016.9853	29.7941	1.2375
522		ice crystal	-0.9268	-0.6002	1	420	1144	67	2013.1194	29.6269	0.7078
23		aerosol concentration	-0.6514	-0.4579	1	436	973	66	2014.1364	47.0455	1.0108
278		deep convective cloud	-0.8913	-0.3197	1	440	905	66	2014.8333	29.8939	0.8386
711		mixing ratio	-0.3024	-0.4915	1	488	960	66	2013.6515	29.4394	0.6836
1162		trmm	-0.2737	-0.3892	1	434	986	66	2012.0152	42.0758	0.9083
1274		zonal wind	-1.2184	0.2143	1	347	1088	66	2009.9697	30.5606	0.5751
5		absence	-0.5811	0.1485	1	522	924	65	2015.7538	26.8923	1.052
167		cloud top	-0.8772	-0.3397	1	450	924	64	2014.5938	30.4062	0.8085
521		ice cloud	-1.1318	-0.2139	1	412	1095	64	2012.3438	16.6719	0.4533
1092		subsidence	-0.7049	0.3848	1	470	962	64	2014.7656	31.0625	0.7944
52		approximation	-0.5393	-0.1507	1	409	733	63	2013.619	31.9206	0.7423
1264		wind shear	-0.3861	0.1977	1	467	907	63	2012.6032	46.873	1.0112
139		cloud droplet	-0.721	-0.5863	1	427	1069	62	2014.8871	44.0806	1.142
527		ice particle	-0.6524	-0.702	1	400	970	62	2012.2903	32.4355	0.7633
582		kinetic energy	-0.6063	0.477	1	392	712	61	2014.377	36.2131	0.8559
602		large scale circulation	-0.6995	0.3145	1	421	843	61	2015.6885	21.3934	0.7128
370		equilibrium	-0.7727	0.1553	1	391	696	60	2013.3833	30.8333	0.7389
717		model domain	-0.6878	0.0594	1	441	909	60	2013.6167	27	0.669
255		crms	-0.5833	-0.4201	1	414	891	59	2013.2203	41.8305	0.8616
610		latent heat	-0.3576	0.1791	1	488	898	59	2015.661	23.1186	0.5466
904		radiative effect	-1.035	-0.1597	1	400	884	58	2014.9655	24.3793	0.718
108		ccn	-0.8212	-0.5817	1	415	977	57	2013.9649	35.1404	0.9041
1175		tropical rainfall measuring mission	-0.3109	-0.4803	1	395	885	57	2011.7719	42.6316	0.9282
229		convective region	-0.9673	-0.0815	1	422	897	56	2013.3036	26.7143	0.6686
134		cloud condensation	-0.8541	-0.4984	1	410	959	55	2013.8182	37.3273	0.9971
33		aggregation	-0.7798	-0.0382	1	377	755	54	2017.2037	41.037	1.2008
144		cloud field	-0.3505	-0.5089	1	389	683	54	2012.1852	28.6111	0.7687
537		indian ocean	-0.5165	0.3595	1	389	704	54	2016.0926	17.7407	0.5233
738		moment	-0.0904	-0.5907	1	411	780	54	2015.6852	34.8704	0.9689
1116		surface precipitation	-0.4217	-0.4197	1	430	768	54	2015.2407	32.7222	0.9363
130		cloud base	-0.8533	-0.2695	1	418	758	53	2013.8491	36.3962	0.9446
225		convective organization	-0.5419	0.2744	1	369	624	53	2015.7358	26.1509	0.9109
227		convective rainfall	-0.5173	0.1464	1	372	736	53	2014.1132	29.283	0.8886
290		detrainment	-0.8127	0.0608	1	385	711	53	2012.7358	31.0943	0.777
148		cloud ice	-0.6758	-0.523	1	390	774	52	2014.25	31.1538	0.7619
213		control experiment	-0.2963	0.1245	1	391	767	52	2013.3077	25.4038	0.69
1021		single column model	-0.7364	-0.2705	1	365	767	52	2010.2692	57.9615	1.144
24		aerosol effect	-0.5353	-0.4709	1	389	832	51	2014.3922	68.5098	1.5681
113		channel	0.1134	-0.5633	1	364	689	51	2014.6667	19.8627	0.7039
285		deposition	-1.0362	-0.2819	1	402	867	51	2013.1373	26.0784	0.6837
639		liquid water path	-0.8833	-0.5745	1	359	797	51	2012.902	35.7647	0.805
1151		toga coare	-1.1989	0.0507	1	312	783	51	2006.6471	32	0.5563
259		cumulus convection	-0.5695	0.0491	1	372	667	50	2012	54.9	1.2321
731		moist static energy	-0.9372	0.4221	1	340	717	50	2015.74	46.18	1.2005
753		multiscale modeling framework	-0.613	-0.2608	1	358	771	50	2013.92	39.82	0.6981
995		sensor	0.1053	-0.6716	1	342	668	50	2014.64	34.66	1.0684
1048		species	-0.3369	-0.6005	1	402	741	50	2014.64	30.88	0.7665
234		convective updraft	-0.4869	0.0191	1	406	700	49	2014.3878	28.1633	0.9784
346		energy budget	-0.725	0.1011	1	409	718	49	2013.0816	51.0612	1.4088
428		free troposphere	-0.8179	0.0277	1	399	682	49	2013.8163	50.0816	1.0446
817		oscillation	-0.4957	0.3889	1	371	637	49	2015.2653	41.1633	1.0684
896		radiance	0.2444	-0.7492	1	339	753	49	2013.551	31.449	1.0364
917		raindrop	-0.4171	-0.4144	1	378	763	49	2013.8571	31.7347	0.818
239		conversion	-0.6795	-0.1079	1	428	782	48	2012.9375	31.2917	0.7199
388		existence	-0.6606	0.1517	1	393	651	48	2013.4792	32.2083	0.78
715		mmf	-0.6775	-0.3338	1	338	764	48	2014.0625	44.8542	0.8223
1163		tropical	-0.6168	-0.0528	1	407	635	48	2013.75	23.5	0.7095
115		chemistry	-0.4555	-0.5308	1	327	618	47	2015.6809	28.9787	0.8114
193		community atmosphere model	-0.4526	-0.0772	1	357	650	47	2015.5106	45.617	1.0726
663		maritime continent	-0.4754	0.3633	1	311	594	47	2017.6383	35.1915	1.1407
906		radiative flux	-0.7815	-0.2934	1	361	683	47	2011.0426	35.5957	0.9252
1082		stratiform region	-0.9387	-0.143	1	357	753	47	2011.8723	35.1277	0.8044
128		closure	-0.4485	-0.0966	1	348	619	46	2013.913	70.5217	1.3509
314		drop	-0.3229	-0.3287	1	399	662	46	2015.6739	25.5	0.7548
611		latent heat flux	-0.354	0.3257	1	370	634	46	2015.2391	36.5	0.9361
907		radiative heating	-0.9479	0.0502	1	382	704	46	2014.7174	34.8261	0.9517
258		cumulus cloud	-0.7811	-0.2329	1	338	536	45	2013.5556	35.5556	0.9688
293		diameter	-0.2487	-0.5482	1	405	708	45	2013.8444	29.0222	0.7785
696		microphysical property	-0.6403	-0.613	1	382	720	44	2013	33.2045	0.8614
1108		suppression	-0.7718	0.1017	1	403	642	44	2014.2045	38.6136	1.0636
1220		vertical transport	-0.7704	-0.1114	1	349	584	44	2014.2273	21.5909	0.5941
149		cloud layer	-0.7221	-0.2497	1	386	654	43	2013.2791	36.907	1.1829
334		eddy	-0.4858	0.2167	1	325	520	43	2015.6977	30.8605	1.0394
736		moisture convergence	-0.3759	0.4111	1	338	537	43	2015.4186	33.186	0.9173
854		precipitation efficiency	-0.688	0.02	1	353	602	43	2014.2791	34.0465	1.0448
865		precipitation radar	-0.3434	-0.7043	1	300	700	43	2011.2326	46.7442	0.9355
954		removal	-0.6337	-0.0695	1	403	708	43	2014.6279	20.0233	0.5829
607		large scale vertical velocity	-1.3114	0.1574	1	251	669	42	2010.4524	23.7857	0.4393
1078		stratiform	-0.8803	-0.3056	1	395	712	42	2011.7381	38.4286	0.9291
1230		w m	-0.7114	-0.2021	1	347	629	42	2013.5238	34.2857	0.8838
254		crm simulation	-0.9356	-0.4668	1	324	627	41	2009.7073	45.9024	0.8391
270		database	0.1938	-0.7814	1	278	569	41	2013.0732	38.2439	0.9966
726		modeling framework	-0.4203	-0.0402	1	336	550	41	2016.5854	29.0244	0.8954
1119		surface rain rate	-1.2256	-0.0367	1	234	678	41	2009	22.5122	0.4374
55		arm	-0.7247	-0.6449	1	319	698	40	2010.35	55.4	0.941
842		positive feedback	-0.4181	0.3015	1	380	604	40	2014.9	61.625	1.5613
1172		tropical ocean	-0.8348	0.0018	1	334	527	40	2012.625	32.075	0.8409
720		model experiment	-0.4854	0.2558	1	350	543	39	2016.7692	16.4872	0.9412
1106		superparameterization	-0.3638	-0.0006	1	267	472	39	2013.3077	55.5641	1.1078
99		bulk microphysics scheme	-0.5558	-0.7042	1	275	529	38	2015.3947	32.2895	0.8977
487		heating rate	-0.608	-0.511	1	322	538	38	2012.4737	30.5263	0.7295
530		ice water content	-0.7036	-0.7682	1	301	658	38	2010.9211	31.0263	0.7854
551		instrument	0.0768	-0.6392	1	301	530	38	2015.3421	27	0.8381
623		lidar	-0.179	-0.6011	1	357	580	38	2015.4737	30.8684	0.8842
899		radiative	-1.031	0.0438	1	309	541	38	2013.5	52.6053	1.1989
960		retrieval algorithm	-0.0727	-0.8847	1	231	517	38	2011.8947	36.9211	0.9831
1173		tropical ocean global atmosphere coupled ocean atmosphere response experiment	-1.2582	0.0357	1	249	530	38	2006.3421	31.0263	0.5728
29		aerosols	-0.5001	-0.5509	1	305	546	37	2016.8649	38.4324	1.098
458		global cloud	-0.4816	-0.0894	1	238	360	37	2013.4595	76.6216	1.7941
1112		surface heat flux	-0.6409	0.1407	1	337	499	37	2014.3784	16.5135	0.5817
1120		surface rainfall	-1.1547	0.0047	1	279	607	37	2012.2703	24.5405	0.4797
117		cirrus	-0.9569	-0.4403	1	282	571	36	2012.0278	33.5	0.8195
500		horizontal advection	-1.181	0.3803	1	238	507	36	2011.6667	35.5556	0.8185
694		microphysical parameterization	-0.293	-0.5592	1	325	510	36	2013.1667	61.6944	1.4682
709		mission	0.1356	-0.5299	1	340	571	36	2014.5	33.0833	0.9108
788		nucleation	-0.8846	-0.7064	1	253	522	36	2012.5833	43.7778	0.9766
978		scm	-0.7147	-0.365	1	273	551	36	2009.9167	63.25	1.0446
1179		tropopause	-0.8017	-0.0009	1	279	479	36	2012.2778	37.2778	0.7597
50		anvil	-0.8014	-0.3644	1	349	603	35	2010.9429	42.6571	0.9643
533		idealized cloud	-0.7217	0.3838	1	268	413	35	2013.5714	32.4	0.8133
710		mixed phase cloud	-0.8397	-0.7019	1	285	588	35	2012.9429	75.0286	1.8515
22		aerosol cloud interaction	-0.7368	-0.5579	1	283	548	34	2017.2353	36.7353	1.0634
118		cirrus cloud	-0.838	-0.5009	1	318	589	34	2011.4706	38.8235	1.0324
154		cloud parameterization	-0.7293	-0.3118	1	296	498	34	2010.7059	66.0588	1.0962
931		rce	-0.9611	0.3474	1	242	446	34	2017	40.0294	1.2364
992		self aggregation	-0.9601	0.4497	1	205	471	34	2017.8529	57.0882	1.7525
604		large scale model	-0.5001	-0.206	1	266	381	33	2010.9697	68.6667	1.5025
1004		shallow	-0.6912	-0.0388	1	273	410	33	2012.5152	61.2424	1.3044
1170		tropical deep convection	-0.8085	-0.0719	1	324	487	33	2014.3636	40.0909	1.2674
1242		water content	-0.5023	-0.4879	1	319	459	33	2014.8788	24.3939	0.7123
151		cloud microphysical process	-0.6819	-0.1957	1	284	468	32	2014	19.625	0.5343
184		code	-0.2303	-0.5185	1	256	369	32	2012.8125	32.1875	0.9792
221		convective heating	-0.8137	0.4453	1	252	400	32	2013.6875	31.875	0.7881
429		freezing	-0.6947	-0.4407	1	289	511	32	2016.1875	37.5	1.3423
475		grid column	-0.5994	-0.2152	1	294	517	32	2012.5	58.125	1.168
577		kelvin wave	-0.6074	0.5389	1	239	423	32	2014.5625	28.6562	0.7066
581		key role	-0.5149	0.2796	1	315	437	32	2016.1875	51.2188	1.4958
635		liquid	-0.7078	-0.7079	1	318	542	32	2012.3125	40.7188	0.9055
637		liquid water	-0.5324	-0.3851	1	341	525	32	2013.9062	46.2812	1.1321
820		outgoing longwave radiation	-0.7488	-0.1614	1	297	453	32	2015.5312	40.3438	1.1072
70		atmospheric radiation measurement	-0.7574	-0.6781	1	268	543	31	2010.6774	40.3548	0.779
88		bin	-0.5366	-0.7384	1	218	410	31	2012.7742	47.3548	1.025
315		droplet	-0.8258	-0.7066	1	270	495	31	2015.5484	35.9355	0.9602
322		dust	-0.5743	-0.3596	1	249	393	31	2015.4839	14.0645	0.3905
444		gcms	-0.3881	-0.049	1	257	399	31	2015.6452	26.7097	0.7824
603		large scale dynamic	-0.868	0.2266	1	259	430	31	2015.2903	39.6452	0.9207
1039		southern great plain	-0.3075	-0.4681	1	291	456	31	2014.8065	38.4516	1.1488
1091		sublimation	-1.0124	-0.2719	1	286	549	31	2013.7419	28.4194	0.7713
1199		updraft velocity	-0.4322	-0.4286	1	252	387	31	2015.3871	32.4194	0.9163
129		cloud amount	-0.615	-0.3124	1	298	480	30	2013.0333	32.5	0.8024
231		convective self aggregation	-0.8734	0.5138	1	201	391	30	2019.7667	21.5333	0.972
275		decay	-0.4442	0.1271	1	339	473	30	2011.6333	57.9667	1.3082
462		global precipitation measurement	0.2029	-0.7111	1	266	465	30	2017.4667	22.7	0.8192
989		sedimentation	-0.8557	-0.5692	1	248	450	30	2012.7667	31.0333	0.7188
991		self	-0.319	0.2584	1	292	430	30	2017.5	32.7667	1.2474
1026		sky	0.1522	-0.4018	1	275	464	30	2015.4	37.6667	1.0209
1083		stratocumulus	-0.6464	-0.3081	1	223	376	30	2015.6667	22.8333	0.6601
1110		surface evaporation	-0.9628	0.2161	1	228	390	30	2013.0333	36.3333	0.9801
159		cloud radiative effect	-0.9527	-0.1956	1	299	491	29	2016.7586	24.8621	0.9889
264		d cloud	-0.8205	-0.2009	1	271	407	29	2011.2414	53.5517	1.1184
284		department	-0.3433	-0.5521	1	278	413	29	2015.5862	20.5172	0.6075
471		gpm	0.2087	-0.7005	1	261	458	29	2017.3448	23.1034	0.9469
524		ice microphysic	-1.1317	-0.1805	1	263	447	29	2011.7586	26.1379	0.7786
531		ice water path	-0.7384	-0.6483	1	272	481	29	2010.7931	44.8621	0.9242
638		liquid water content	-0.7469	-0.638	1	283	458	29	2014.8621	36.6552	0.969
910		radiative transfer	-0.4856	-0.5583	1	220	329	29	2011.1034	23.5862	0.554
1065		static stability	-0.5465	0.4591	1	248	355	29	2015.8276	24.1379	0.679
1081		stratiform rainfall	-1.2036	0.0388	1	210	472	29	2011.7241	23.5862	0.608
1245		water vapor convergence	-1.2561	0.2817	1	171	422	29	2012.9655	9.1034	0.2844
12		active phase	-0.7	0.5048	1	233	396	28	2015.6429	23	0.8958
31		aggregate	-0.4767	-0.2255	1	274	432	28	2015.8571	35.25	0.9456
65		atmospheric convection	-0.3786	0.0225	1	207	299	28	2014.4286	40	0.9297
152		cloud microphysics scheme	-0.3318	-0.6291	1	292	449	28	2017.1071	28.6429	0.9234
371		equilibrium state	-1.1658	0.1512	1	216	377	28	2011.2143	33.5357	0.8284
506		horizontal wind	-0.2529	0.1618	1	283	440	28	2011.7143	29.3214	0.6335
688		mesoscale circulation	-0.4429	0.2018	1	278	369	28	2014.4286	39.4643	1.2116
698		microwave imager	-0.1311	-0.8655	1	210	437	28	2010.5	36.7857	0.821
713		mjo event	-0.7833	0.488	1	210	390	28	2016.4643	35.6071	1.02
774		nicam	-0.6069	-0.0136	1	214	349	28	2014.1429	55.2143	1.3876
831		pdf	-0.5093	-0.475	1	257	418	28	2013.2857	65.3929	1.3486
876		probability density function	-0.5008	-0.5004	1	240	360	28	2012.5	44.7857	0.982
944		regional atmospheric modeling system	-0.6674	-0.3611	1	251	414	28	2012.1071	21.5357	0.4771
1079		stratiform cloud	-0.813	-0.2462	1	311	468	28	2011.25	27.25	0.6715
25		aerosol indirect effect	-0.9298	-0.4466	1	251	445	27	2014	53.8148	1.2295
41		aircraft observation	-0.2264	-0.3081	1	278	398	27	2014.6667	31.1481	1.1327
169		cloud type	-0.8423	-0.3105	1	253	380	27	2012.2593	24.2222	0.6239
235		convectively	-0.6399	0.4917	1	221	333	27	2010.6667	29.7778	0.6085
363		entrainment rate	-0.7224	0.0694	1	210	316	27	2014.6667	49.4074	1.4974
561		intraseasonal oscillation	-0.5942	0.4493	1	187	274	27	2014.2963	26.7037	0.5952
739		moment microphysics scheme	-0.2466	-0.6301	1	294	449	27	2017.3704	18.3333	0.5448
909		radiative property	-0.876	-0.5805	1	258	399	27	2012.4444	25.1852	0.7077
1107		supersaturation	-0.9668	-0.6188	1	252	455	27	2013.1481	31.3704	0.8064
6		absorption	-0.7086	-0.2764	1	251	375	26	2013.5769	31	0.8196
217		convective aggregation	-0.9422	0.3044	1	192	354	26	2018.9615	41.1923	1.3783
219		convective core	-0.4486	-0.2761	1	262	362	26	2015.5	24.5769	0.809
332		eastward propagation	-0.4609	0.6122	1	221	355	26	2016.0385	41.9615	2.0698
464		global simulation	-0.1419	-0.0071	1	240	334	26	2015.5769	40.4615	1.3051
677		mean state	-0.6672	0.2781	1	252	367	26	2013.6154	54.8846	1.3032
811		optical depth	-0.6455	-0.5335	1	270	451	26	2013.4231	30.0769	0.765
889		quasi equilibrium	-0.8931	0.2386	1	200	301	26	2009.4231	34.0385	0.5911
1061		ssts	-0.9029	0.4073	1	225	374	26	2015	44.1538	1.1887
1096		sum	-0.5973	-0.0055	1	222	337	26	2012.2692	55.7692	1.1323
1241		water cloud	-1.1069	-0.1131	1	219	386	26	2011.2308	21.8077	0.4582
78		base	-0.3986	0.0831	1	278	369	25	2013.64	56.52	1.3404
92		branch	-0.3971	0.4571	1	261	370	25	2012.2	47.84	1.0266
109		ccn concentration	-0.9318	-0.4782	1	235	399	25	2014.28	33.84	1.0365
171		cloud water content	-0.6697	-0.4296	1	252	362	25	2011.76	31.04	0.7087
387		exclusion	-1.3675	0.0447	1	156	449	25	2011.76	12.28	0.2514
455		ghz	-0.1357	-0.8102	1	186	342	25	2009.6	25.76	0.5162
466		global storm resolving model	-0.4538	-0.1455	1	183	272	25	2021.6	21.24	1.7781
491		high cloud	-0.6465	-0.1542	1	284	385	25	2014.92	29.56	0.8117
560		intertropical convergence zone	-0.5951	0.2555	1	251	349	25	2014.72	36.44	1.08
728		modulation	-0.507	0.3774	1	260	340	25	2017	32.28	0.894
1032		solar radiation	-0.552	0.1929	1	281	406	25	2016.04	57.28	1.4582
1090		subgrid scale	-0.5094	0.0444	1	212	319	25	2011.76	28.56	0.6307
1157		total rainfall	-0.4847	0.2068	1	236	331	25	2014.72	42	1.0505
1164		tropical atmosphere	-0.8174	0.3081	1	245	374	25	2012.6	39.72	0.9773
1240		water budget	-0.4829	0.1259	1	275	382	25	2013.84	24.96	0.785
26		aerosol loading	-0.7745	-0.4094	1	241	352	24	2015.7083	34.75	0.8767
91		boundary layer cloud	-0.7753	-0.4494	1	214	348	24	2012.3333	37.5417	0.9663
145		cloud formation	-0.5112	-0.2712	1	248	339	24	2014.9583	33.625	0.8738
233		convective transport	-0.7221	-0.3091	1	231	359	24	2011.75	31.4167	0.7918
430		freezing level	-0.7653	-0.3423	1	252	381	24	2015.8333	23.875	0.8053
596		lapse rate	-0.4295	0.2204	1	210	266	24	2016.1667	30.4583	0.9701
647		low level cloud	-0.3723	-0.2055	1	239	348	24	2016.0417	24.3333	1.7712
740		moment scheme	-0.1219	-0.6511	1	255	390	24	2015.75	60.9583	1.4335
752		mu m	-0.5385	-0.7289	1	236	391	24	2014.0833	21	0.6057
827		particle size distribution	-0.4661	-0.8478	1	203	360	24	2015.875	22.625	0.8144
911		radiative transfer model	0.0034	-0.8163	1	206	339	24	2013.4583	24.8333	0.6117
1005		shallow cloud	-0.6137	0.1346	1	237	320	24	2015.7917	43.75	1.2132
1177		tropical tropopause layer	-1.0396	-0.2105	1	207	374	24	2014.0833	25.7917	0.8471
27		aerosol particle	-0.8188	-0.6863	1	203	352	23	2016.3478	32	0.9144
93		brazil	-0.0732	-0.5047	1	230	332	23	2016.8261	27.7391	0.9445
143		cloud feedback	-0.9333	-0.1621	1	188	297	23	2017.5217	26.0435	1.1019
525		ice nucleation	-1.0311	-0.6081	1	197	345	23	2014.5217	45.4348	1.0745
751		mse	-0.8732	0.5785	1	193	335	23	2017.6522	29.5217	0.9732
806		olr	-0.7958	-0.0878	1	244	372	23	2013.9565	63.4348	1.4547
905		radiative feedback	-0.9156	0.1901	1	236	377	23	2016.1304	34.2609	0.8838
1192		uniform	-0.4529	0.383	1	250	331	23	2013.8261	54.2174	1.3059
1222		vertical wind	-0.4681	-0.049	1	259	341	23	2015.0435	23.2174	0.8883
1263		wind profile	-0.3865	0.3853	1	192	254	23	2011.4783	36.9565	0.9789
40		aircraft measurement	-0.6529	-0.7166	1	231	378	22	2015.8182	25.1364	0.756
132		cloud cluster	-0.6707	0.494	1	193	273	22	2010	42.3636	0.8436
138		cloud development	-0.7207	-0.395	1	205	280	22	2013.2727	26.9545	0.7024
189		collection	-0.5426	-0.1978	1	244	378	22	2014.5	23.1364	0.7567
205		condensate	-0.7058	-0.1469	1	246	339	22	2014.0455	29	0.8952
336		effective radius	-0.829	-0.7377	1	231	388	22	2013.1818	30.2273	0.8294
442		gce	-0.3676	-0.4992	1	225	394	22	2009.6364	52.5455	0.9578
562		intraseasonal variability	-0.723	0.4417	1	189	294	22	2014.5909	47.5	1.0906
565		invigoration	-1.0665	-0.2761	1	215	371	22	2016.4545	58.1364	1.3751
651		lower stratosphere	-0.8038	0.0387	1	188	282	22	2014.4091	20.4545	0.5277
733		moisture advection	-0.7144	0.3252	1	225	310	22	2013.4091	44.7727	1.3378
766		net condensation	-1.2251	0.1143	1	190	404	22	2012.5	16.8636	0.2992
898		radiation budget	-0.6236	-0.3072	1	234	322	22	2015.3636	58.5909	1.4935
977		scene	-0.3562	-0.6744	1	160	245	22	2014.3182	17.4545	0.6255
1186		turbulent mixing	-0.4312	-0.0058	1	212	277	22	2015.3182	21.8182	0.5912
1200		updraught	-0.5212	-0.3184	1	212	295	22	2010.8636	32.1818	0.7351
1258		western pacific	-0.7102	0.2236	1	219	331	22	2011.9545	43.1818	2.0339
8		accretion	-0.8607	-0.3618	1	213	354	21	2015.6667	16.7143	0.6531
11		activation	-0.6284	-0.507	1	197	301	21	2015.9048	69.7619	1.7685
51		anvil cloud	-1.0659	-0.1099	1	220	334	21	2014.1429	24.5238	0.8048
68		atmospheric modeling	-0.5561	-0.1724	1	204	275	21	2016.8095	33.6667	0.9398
141		cloud dynamic	-0.6607	-0.4104	1	192	266	21	2010.2857	27.8571	0.66
168		cloud top temperature	-0.3341	-0.4907	1	221	295	21	2013.9524	30.4762	0.9158
228		convective regime	-0.7402	0.0617	1	181	216	21	2013.0476	18.8571	0.4885
368		equator	-0.5732	0.4391	1	184	251	21	2016.381	28.619	0.9939
468		goddard cumulus ensemble	-0.3498	-0.4797	1	220	375	21	2009.4286	53	0.9523
538		indirect effect	-0.7525	-0.4186	1	219	335	21	2013.3333	41.1429	0.8695
569		itcz	-0.7204	0.3066	1	231	318	21	2013.8095	26.5238	0.7345
621		les	-0.2524	-0.1348	1	184	261	21	2015.4286	25.2381	0.7934
684		melting	-0.6967	0.0406	1	225	354	21	2014.0476	19.7143	0.5124
734		moisture budget	-0.7771	0.225	1	209	304	21	2011.1905	29.3333	0.7159
742		momentum flux	-0.2759	0.1262	1	155	219	21	2015.6667	16.5714	0.6509
866		precipitation response	-0.5029	0.1476	1	205	295	21	2017.7143	25.0476	1.1571
893		radar measurement	-0.0539	-0.6717	1	204	303	21	2012.8571	31.1429	0.7498
908		radiative process	-1.2093	0.0913	1	208	347	21	2009.5238	41.8095	0.8746
1067		steady state	-0.8526	0.1173	1	212	278	21	2012.4762	39.7143	0.7926
1160		tracer	-0.7086	0.0034	1	202	278	21	2013.1905	24.8571	0.8751
1182		ttl	-1.0854	-0.2339	1	188	329	21	2013.4762	28.5238	0.8949
1271		wtg	-1.1109	0.2723	1	157	296	21	2016.0476	32.0952	0.8378
126		climate sensitivity	-0.9445	0.0342	1	143	239	20	2018	39.9	1.7709
156		cloud radar	-0.3654	-0.749	1	196	295	20	2014.15	19.3	0.5479
162		cloud resolving model simulations	-0.7758	-0.2614	1	191	239	20	2014.15	25.55	0.6806
274		dbz	-0.0451	-0.7104	1	239	352	20	2014.75	31.35	0.9435
300		dimensionality	-0.6656	-0.1642	1	157	208	20	2012.2	57.85	0.961
433		further analysis	-0.439	0.2668	1	196	244	20	2015.15	11.7	0.7839
463		global scale	-0.2571	-0.4318	1	229	313	20	2014.6	52.45	1.0873
653		lwp	-0.9374	-0.6657	1	216	357	20	2013.05	29.45	0.6788
771		new scheme	-0.527	-0.5843	1	182	232	20	2014.25	61.6	1.3547
778		nonhydrostatic icosahedral atmospheric model	-0.6403	0.0398	1	163	246	20	2013.75	60.25	1.4646
812		optical property	-0.6087	-0.6818	1	190	295	20	2010.5	33.15	0.6239
860		precipitation formation	-0.6509	-0.1828	1	199	285	20	2013.65	55.15	1.2099
1017		significant role	-0.5933	0.3267	1	221	289	20	2014.4	22.75	0.6502
1094		subtropic	-0.5581	-0.0387	1	230	312	20	2014.6	40.9	1.2695
1114		surface latent heat flux	-0.7222	0.2943	1	202	270	20	2014.25	43.2	1.1101
1249		weak temperature gradient	-1.1116	0.2964	1	151	284	20	2016.1	33.3	0.8705
42		albedo	-0.9159	-0.3894	1	191	285	19	2012.2632	30.5789	0.7901
49		anthropogenic aerosol	-0.4278	-0.3056	1	203	295	19	2017.6842	33.5789	1.0651
54		arctic	-0.1509	-0.3965	1	172	241	19	2016.7368	21.6316	0.733
135		cloud condensation nuclei	-0.6716	-0.6066	1	183	277	19	2013.6842	54.2632	1.2971
140		cloud droplet number concentration	-0.8762	-0.6644	1	188	303	19	2014.6842	27.0526	0.6111
157		cloud radiation interaction	-1.0501	-0.0647	1	204	280	19	2012.1579	22.1579	0.6864
190		collision	-0.5114	-0.3914	1	191	274	19	2015.6842	39.4737	1
208		congestus	-0.9508	0.1501	1	211	301	19	2013.0526	44.2105	1.1402
218		convective cloud system	-0.8241	-0.1576	1	217	289	19	2009.7895	55.8947	1.1989
224		convective momentum transport	-0.8222	0.2825	1	168	259	19	2011.8421	20.9474	0.4725
320		dry region	-0.7833	0.3152	1	166	244	19	2016.6316	42.8421	1.1365
345		energy balance	-0.5592	-0.0566	1	200	260	19	2017.6316	28.4737	0.8852
493		high latitude	-0.2448	-0.1983	1	208	283	19	2016.6842	29.5263	0.8563
526		ice nuclei	-0.8425	-0.7297	1	171	282	19	2012.3684	36.5789	0.7466
528		ice phase	-0.8439	-0.394	1	210	301	19	2009.3684	33.9474	0.7893
645		low cloud	-0.8392	-0.2	1	215	312	19	2013.7895	49.7368	1.1865
693		microphysical effect	-1.3345	-0.009	1	169	330	19	2013.5789	23.5789	0.5821
743		momentum transport	-0.8493	0.1992	1	188	286	19	2012.0526	39.1053	0.8959
926		rainwater	0.022	-0.4011	1	201	263	19	2014.4211	29.3158	0.7645
928		rams	-0.7014	-0.3423	1	203	301	19	2012.8421	18.7368	0.4885
1148		tmi	-0.121	-0.8938	1	147	300	19	2009.9474	37.1053	0.7518
1185		turbulent kinetic energy	-0.7049	-0.055	1	146	202	19	2013.9474	22.2632	0.6622
67		atmospheric general circulation model	-0.6422	0.2897	1	162	219	18	2013.6667	60.6111	1.5561
133		cloud condensate	-0.7153	-0.285	1	186	258	18	2011.8333	49.5	1.0496
166		cloud system resolving model	-0.8595	0.0668	1	168	211	18	2012.3889	40	0.8065
174		cloudsat	-0.4436	-0.902	1	121	217	18	2012.8889	68.3333	1.3737
223		convective mass flux	-0.6668	-0.0665	1	171	222	18	2014.6667	23.9444	0.658
296		dimensional cloud resolving model	-0.9878	-0.3104	1	184	268	18	2005.7778	90.8333	1.396
298		dimensional simulation	-0.6035	0.1706	1	173	205	18	2010.4444	39.9444	0.852
678		mean wind	-0.3313	0.4474	1	164	217	18	2008.4444	64.8333	1.3079
764		negative feedback	-0.5866	0.4582	1	163	201	18	2013.6667	54.1667	1.2579
770		new parameterization	-0.8277	-0.412	1	162	222	18	2014.7778	30.5	0.7843
813		optical thickness	-0.6627	-0.7379	1	192	261	18	2013.2778	17.6111	0.3999
924		rainfall response	-1.1538	0.1948	1	156	309	18	2013.1111	10.5556	0.2405
956		res	-0.4054	-0.0432	1	173	246	18	2010.8333	52.1111	1.0473
1121		surface rainfall budget	-1.4704	0.2276	1	110	284	18	2011.9444	4.9444	0.098
1231		walker circulation	-0.7624	0.3627	1	168	236	18	2013.8889	15.6111	0.6128
1236		warmer	-0.1921	0.2333	1	209	281	18	2015.7222	20.8889	1.1833
35		aid	-0.7856	0.0159	1	193	237	17	2014.6471	31.8824	0.6994
98		bulk	-0.3729	-0.3078	1	187	245	17	2014.9412	31.8235	0.8792
100		bulk scheme	-0.2624	-0.5771	1	129	207	17	2015.4706	35.2353	0.8489
158		cloud radiative	-0.9897	-0.3261	1	175	269	17	2011.5294	47.5294	1.0233
160		cloud resolving	-0.2656	-0.497	1	180	232	17	2010.8824	55.2941	1.1004
176		co2	-0.8971	-0.1234	1	141	201	17	2016.6471	20.4706	0.6621
267		darwin	-0.4906	-0.3604	1	149	194	17	2012.8235	29.2941	0.5847
465		global storm	-0.3259	-0.2369	1	140	175	17	2020.9412	13	1.5512
507		hourly data	-0.6397	0.049	1	174	257	17	2011.7647	28.8235	0.8001
529		ice process	-0.7827	-0.4679	1	199	286	17	2011.8235	56.3529	1.1348
923		rainfall process	-0.5989	0.187	1	202	283	17	2014.1765	18.8824	0.6506
1187		twp ice	-0.7403	-0.5093	1	169	248	17	2012.8824	34.0588	0.7834
1214		vapor condensation	-0.9176	0.1939	1	189	287	17	2012.5882	23.1765	0.7132
2		2d cloud	-1.0799	0.0286	1	179	262	16	2005.3125	43.5	0.7838
53		aquaplanet	-0.7018	0.3315	1	155	236	16	2011.3125	84.5	1.7929
64		atmospheric column	-0.6827	-0.0154	1	190	247	16	2015.125	41	1.0006
119		citation	-0.4325	-0.1239	1	153	218	16	2010.25	48.5625	0.9388
163		cloud resolving simulations	-0.9108	0.1974	1	191	242	16	2017.6875	34.1875	0.9962
286		depositional growth	-1.115	-0.4288	1	179	266	16	2013.4375	25.4375	0.5947
302		direct effect	-0.6248	-0.1907	1	167	227	16	2016.5625	25	0.9183
313		drizzle	-0.5467	-0.6855	1	177	239	16	2016.25	26.25	0.7583
341		elimination	-0.7981	0.152	1	137	224	16	2014.5625	19.9375	0.6135
409		flight	-0.5371	-0.3399	1	171	228	16	2011.75	22.375	0.6012
450		geophys	-0.4253	-0.0516	1	161	229	16	2010.5	54.1875	1.0512
459		global cloud resolving model	-0.6215	-0.072	1	150	218	16	2013.5	57	1.7645
599		large impact	-0.474	-0.2098	1	208	257	16	2013.4375	33.75	0.8303
605		large scale organization	-0.8768	0.3625	1	122	209	16	2005.75	82.4375	1.2053
676		mean rain rate	-1.2747	0.0789	1	113	273	16	2013.3125	12.6875	0.3074
804		ocean surface	-0.8673	0.0975	1	203	252	16	2008.6875	83.8125	1.5984
1003		sgp	-0.5596	-0.6165	1	152	250	16	2014.1875	17.25	0.5378
1006		shallow cumulus	-0.9459	-0.2161	1	142	205	16	2015.4375	26.0625	0.8138
1012		shortwave	-0.8232	-0.4324	1	183	278	16	2015.1875	25.1875	0.696
1041		sp cam	-0.6984	0.1281	1	138	222	16	2012.4375	65.5	1.2467
1084		stratosphere	-0.5462	0.0836	1	164	213	16	2014.625	19.3125	0.4947
1174		tropical precipitation	-0.2866	0.1053	1	146	180	16	2017.375	42.5	1.4407
1190		underestimate	-0.2153	-0.43	1	185	223	16	2014.1875	42.6875	1.0468
1233		warm rain process	-0.6144	-0.5242	1	176	240	16	2012.375	24.0625	0.5557
1250		weak temperature gradient approximation	-1.119	0.3033	1	123	180	16	2016.5	15.4375	0.4759
74		atmospheric stability	-0.5711	0.2171	1	151	184	15	2013.7333	78.2	1.6334
89		boreal summer	-0.4759	0.2463	1	150	180	15	2016.6	40.8667	1.1201
142		cloud evolution	-0.9319	-0.4981	1	176	222	15	2014.8	17.6	0.5466
220		convective downdraft	-0.523	0.411	1	158	200	15	2013.2	23.4	0.6738
253		crm result	-0.824	-0.5604	1	151	232	15	2008.8667	70.8	0.8355
279		deep convective system	-0.6273	-0.2763	1	181	217	15	2014.4	28.4	0.85
294		dilution	-0.6526	-0.1764	1	148	175	15	2014.8667	20.5333	0.4868
558		intensive observation period	-0.2342	-0.2856	1	198	268	15	2007.2667	95.4667	1.4598
570		iwc	-0.7702	-0.8316	1	157	248	15	2009.6	29.0667	0.6357
614		latent heating profile	-0.6216	-0.5412	1	115	210	15	2009.4667	51.7333	0.911
644		longwave radiation	-0.743	0.1332	1	181	229	15	2015.8667	26.7333	0.9155
877		probability distribution function	-0.3929	-0.3089	1	169	206	15	2011.2	81.2667	1.7096
949		regional cloud	-0.6125	-0.0155	1	138	176	15	2017	23.9333	0.6015
962		riming	-0.8709	-0.6212	1	167	280	15	2013.8667	37.8	0.9036
970		sam	-0.7677	-0.3235	1	162	218	15	2016.8	29.6667	1.0211
1018		simple model	-0.7866	0.1819	1	163	213	15	2014.7333	30.2667	0.8303
1050		spectral analysis	-0.4231	0.4707	1	122	154	15	2014.1333	35.9333	0.9688
1060		sst increase	-1.0504	0.3633	1	143	222	15	2013.2667	32.2667	0.7825
1085		strong convection	-0.3416	0.2643	1	143	174	15	2015.2	32.2	1.1379
1117		surface precipitation rate	0.0801	-0.6847	1	164	213	15	2010.5333	84.7333	1.3858
1159		trace gase	-0.4639	-0.4825	1	158	217	15	2014.1333	46.3333	0.9835
1178		tropical warm pool international cloud experiment	-0.7394	-0.4718	1	146	204	15	2012.4	42.2667	0.9132
16		adiabatic cooling	-0.6476	0.4282	1	168	214	14	2013.9286	19.4286	0.4759
71		atmospheric radiation measurement program	-0.6041	-0.5886	1	134	204	14	2010.7857	72.1429	1.1505
114		chemical species	-0.7059	-0.5575	1	133	212	14	2012.9286	18.5	0.5328
153		cloud optical depth	-0.8601	-0.6708	1	165	216	14	2009.7857	27.5	0.672
226		convective parametrization	-0.3374	0.1555	1	111	140	14	2010.6429	42.5	0.8691
281		degrees s	-0.5333	0.0922	1	180	234	14	2014.3571	12.1429	0.3914
325		dynamo	-0.901	0.3692	1	121	181	14	2017.6429	21	0.7587
369		equatorial wave	-0.4078	0.5921	1	136	182	14	2017.5714	18.6429	0.9555
499		homogeneous freezing	-1.1018	-0.7347	1	137	243	14	2013.0714	39.8571	0.977
518		hydrometeor type	-0.2244	-0.6827	1	147	197	14	2016.7857	14.3571	0.8259
622		lett	-0.3413	-0.0275	1	139	197	14	2010.2143	54.1429	1.0411
790		numerical result	-0.3727	0.2767	1	131	146	14	2009	47.2857	0.855
914		rain intensity	-0.2812	-0.3971	1	163	198	14	2017.0714	13.6429	0.5136
951		relative role	-0.6598	0.484	1	164	197	14	2018	36.5	1.5706
973		satellite measurement	-0.3872	-0.455	1	154	186	14	2014.7143	24.5714	0.6625
985		seasonal cycle	-0.1944	0.145	1	185	228	14	2016.5714	35.4286	1.2228
1033		solar zenith angle	-1.146	-0.2527	1	114	180	14	2008.1429	18.1429	0.3705
1080		stratiform rain	-0.3331	-0.4836	1	141	182	14	2012.0714	34.2857	0.7627
1149		toa	-0.8574	-0.5263	1	162	231	14	2012	20.5	0.6142
1150		toga	-1.1918	0.0972	1	145	204	14	2006.4286	39.7143	0.7243
1183		turbulence parameterization	-0.2325	-0.0628	1	120	159	14	2016.5	19.5714	0.6451
28		aerosol perturbation	-0.6766	-0.2749	1	144	195	13	2015.7692	35.7692	0.863
172		cloud water path	0.1231	-0.6126	1	158	207	13	2016	20	0.6328
319		dry layer	-0.486	0.3242	1	157	182	13	2012.2308	29.4615	0.544
342		emanuel	-0.5072	0.425	1	158	203	13	2008.5385	84.3077	1.5358
496		higher temperature	-0.2214	-0.0871	1	131	182	13	2018.0769	12.4615	0.5787
601		large scale ascent	-0.5793	0.008	1	173	218	13	2013.4615	23.1538	0.7373
690		mesoscale organization	-0.8178	0.1761	1	148	190	13	2011.1538	40.4615	0.8521
700		mid troposphere	-0.4412	0.0944	1	152	173	13	2014.7692	9.0769	0.277
823		ozone	-0.5444	-0.4671	1	137	184	13	2013.3077	22.7692	0.5759
829		passive tracer	-0.6328	0.252	1	126	164	13	2014.9231	26.1538	0.7959
900		radiative budget	-1.0147	-0.3529	1	150	191	13	2012.4615	31.9231	0.808
902		radiative convective equilibrium simulation	-0.9857	0.2815	1	119	152	13	2017.6923	23.5385	0.8677
918		raindrop size distribution	-0.4263	-0.7764	1	134	194	13	2017.6923	22.3077	0.7139
953		remote sensing observation	-0.4115	-0.6022	1	143	174	13	2017.0769	15.6923	0.8183
979		scms	-0.9031	-0.325	1	126	210	13	2007.7692	99.6154	1.3829
983		sea ice	-0.3041	-0.3468	1	120	157	13	2017.1538	19.4615	0.8495
986		seasonal variation	-0.3553	-0.2904	1	160	203	13	2016.1538	21.1538	0.6782
1047		spcam	-0.4761	0.2636	1	145	200	13	2016	51.6923	1.1119
1074		storm resolving model	-0.2811	-0.2765	1	127	148	13	2021.6154	16.9231	1.4598
1089		subcloud layer	-0.8283	-0.0772	1	126	156	13	2016.4615	46.9231	1.2352
1122		surface rainfall process	-1.5081	0.164	1	102	226	13	2008.3846	24.5385	0.4314
1123		surface warming	-0.465	0.2262	1	121	143	13	2018.6154	22.5385	1.1569
1136		temporal variation	-0.6295	0.031	1	153	205	13	2012.0769	36.3077	0.749
1184		turbulence scheme	-0.1958	-0.0466	1	129	158	13	2018.0769	15.7692	0.6751
131		cloud base mass flux	-0.758	0.0964	1	104	144	12	2012.8333	47.9167	1.0374
137		cloud depth	-0.4728	-0.3596	1	125	156	12	2014.75	75.75	1.2855
147		cloud hydrometeor	-1.1197	-0.1454	1	144	187	12	2011.3333	13.0833	0.2913
232		convective strength	-0.8765	-0.5112	1	164	208	12	2012.0833	55.6667	1.1671
237		conventional parameterization	-0.6772	0.0715	1	113	154	12	2012.8333	53	1.0638
280		degrees e	-0.4066	0.184	1	133	158	12	2014.0833	13.6667	0.4157
304		diurnal variability	-0.3617	0.1281	1	128	156	12	2013.5	55.75	1.3248
447		general circulation	-0.7125	0.026	1	117	145	12	2015.4167	92.8333	1.9841
503		horizontal temperature	-1.4345	0.1619	1	102	255	12	2009.0833	27.5	0.4836
559		interactive radiation	-1.1069	0.3332	1	130	181	12	2011.1667	53.0833	1.2617
579		key feature	-0.4587	0.0205	1	123	145	12	2015.0833	28.4167	0.902
583		km altitude	-0.7955	-0.1744	1	148	193	12	2016.6667	22.5	0.9739
606		large scale vertical motion	-1.087	0.3982	1	150	210	12	2016.4167	31.5833	1.0682
636		liquid cloud	-0.7416	-0.5742	1	156	189	12	2015.1667	20.75	0.65
707		mineral dust	-0.7509	-0.6361	1	121	172	12	2015.75	18.5833	0.5963
724		model simulation data	-1.388	0.1613	1	96	145	12	2010.3333	14.4167	0.2786
773		new type	-0.3917	-0.1242	1	127	162	12	2014.8333	102	2.9285
840		planetary scale	-0.5147	0.4978	1	111	144	12	2015.0833	17.4167	0.5025
993		sensible heat	-0.2857	0.1415	1	130	159	12	2014.0833	38.5833	0.9417
1022		situ measurement	-0.6352	-0.4944	1	118	145	12	2015.1667	20.0833	0.7459
1051		spectral bin microphysic	-0.3408	-0.6134	1	153	201	12	2014.3333	76.3333	1.6051
1140		thermodynamic structure	-0.6229	0.2715	1	148	183	12	2012.1667	65	1.2897
1141		thermodynamic variable	-0.1226	-0.1719	1	137	163	12	2013.75	53.75	1.2598
1158		total water	-0.7226	-0.1937	1	133	171	12	2007.3333	104.6667	1.6899
1269		wrf chem	-0.2225	-0.5295	1	134	181	12	2019.3333	11.5833	0.6063
3		3d cloud	-0.6385	-0.0098	1	109	122	11	2010.7273	29.1818	0.725
32		aggregated convection	-0.6577	0.4412	1	98	127	11	2019.6364	18	0.7239
45		amazon basin	-0.2125	-0.3726	1	101	118	11	2018.0909	27.4545	1.1015
66		atmospheric general circulation	-0.5046	-0.0742	1	102	131	11	2019.9091	57	3.2811
104		cam5	-0.7033	-0.3235	1	137	177	11	2015.2727	46.7273	1.093
175		cloudy	0.1132	-0.5399	1	150	173	11	2013.7273	22.1818	0.6439
277		deep cloud	-0.8871	0.2163	1	136	173	11	2016	79.6364	1.7007
282		degrees x	-0.2256	-0.1703	1	133	163	11	2013.6364	68.3636	1.4558
445		gcrm	-0.638	-0.0976	1	115	150	11	2013.8182	77.3636	2.3193
446		gdas	-1.175	0.1273	1	101	219	11	2011.1818	8.9091	0.194
451		geostationary operational environmental satellite	-0.0333	-0.8514	1	118	168	11	2010.6364	38.8182	0.8112
502		horizontal momentum	-0.766	0.0544	1	129	189	11	2008.8182	31.6364	0.6367
517		hydrometeor loss convergence	-1.4727	0.2128	1	82	180	11	2011.9091	6.4545	0.128
536		important impact	-0.2395	-0.2142	1	150	169	11	2013.4545	23.1818	0.9289
539		individual cloud	-0.6545	-0.1196	1	108	125	11	2012.4545	110.0909	2.6538
600		large increase	-0.5037	0.0993	1	146	166	11	2016	51.8182	1.5978
669		maximum value	-0.839	-0.3138	1	109	122	11	2011.6364	22.1818	0.4656
786		nox	-0.3889	-0.6533	1	113	162	11	2013.7273	56.5455	1.0127
801		observational evidence	-0.613	-0.1597	1	121	135	11	2010.2727	115.1818	2.5127
803		observed value	-0.2986	-0.6227	1	136	168	11	2009.7273	39.6364	0.7985
915		rain water	-0.2145	-0.4198	1	113	149	11	2015.4545	15.0909	0.6796
925		rainfall type	-1.4352	0.1993	1	83	153	11	2012.6364	7.1818	0.1423
938		reasonable agreement	-0.7107	-0.4143	1	166	199	11	2009.8182	63.8182	1.2152
1019		simulated cloud	-0.3902	-0.6829	1	130	164	11	2014.1818	31.7273	1.0823
1027		small fraction	-0.7091	-0.4359	1	133	156	11	2014.0909	11.1818	0.244
1102		sunlight	-0.9954	-0.3811	1	128	182	11	2018.4545	23.4545	1.0876
1103		super parameterization	-0.3599	0.03	1	102	137	11	2013.0909	34.4545	0.8582
1171		tropical deep convective regime	-1.3722	0.1319	1	100	178	11	2008	20.1818	0.3847
1193		uniform vertical velocity	-1.4636	0.1836	1	90	228	11	2009.6364	23.6364	0.4356
1204		upward transport	-0.8469	0.3943	1	123	144	11	2011.9091	21	0.4563
1217		vertical flux	-0.4358	-0.0309	1	96	111	11	2010.8182	18.1818	0.5911
1229		vvm	-0.4378	0.2298	1	88	103	11	2018.9091	10	0.3804
251		critical role	-0.5235	0.2731	1	113	119	10	2015.6	22.9	1.1575
297		dimensional model	-0.615	0.498	1	98	115	10	2008.8	54.1	1.2284
301		direct comparison	0.0498	-0.6281	1	118	137	10	2014.7	25.6	0.8883
343		embedded cloud	-0.8209	-0.0226	1	67	93	10	2015.3	32.1	0.7513
523		ice hydrometeor	-1.0493	-0.3822	1	103	131	10	2012.6	27.9	0.5742
576		kelvin	-0.5851	0.434	1	101	136	10	2015.4	38.9	1.4008
580		key parameter	-0.4145	0.0027	1	97	107	10	2015.2	36.4	0.8964
590		kwajex	-0.8521	-0.4205	1	99	140	10	2010.8	35.6	0.5936
665		mature phase	-0.8882	0.3033	1	127	180	10	2012.7	47	0.958
673		mc3e	-0.6694	-0.5971	1	115	145	10	2018.1	27.4	1.0888
716		model description	-0.2085	-0.5929	1	130	166	10	2014.2	89.7	2.0773
767		net effect	-0.8253	-0.0096	1	122	149	10	2014	54.2	1.1049
810		opposite effect	-0.5204	-0.0987	1	124	136	10	2017.2	16.4	0.6791
834		percent	0.0235	-0.3584	1	143	158	10	2016.5	45.9	1.3407
841		polluted condition	-0.9664	-0.4048	1	136	174	10	2015.4	47.3	1.2294
844		possible reason	0.283	-0.5997	1	117	142	10	2011.9	45.8	1.0132
974		sbm	-0.3525	-0.7726	1	85	129	10	2014	70.3	1.66
1086		stronger cold pool	-0.1919	0.0366	1	132	150	10	2017.3	41.7	1.1129
1218		vertical grid spacing	-0.2996	-0.0962	1	122	139	10	2017.1	30.7	1.023
1261		wider range	-0.0684	-0.6203	1	125	149	10	2015.4	24.8	0.6992
413	forecast	forecast	1.0806	-0.1566	2	971	7309	499	2017.0601	30.499	1.0253
349	ensemble	ensemble	0.8668	-0.0417	2	1014	5294	370	2017.1703	33.727	1.2525
868	prediction	prediction	0.5725	-0.1258	2	1055	5189	363	2016.9394	33.1074	1.1924
835	performance	performance	0.6108	-0.2143	2	974	4182	313	2017.1086	29.0958	1.044
378	error	error	0.545	-0.2764	2	976	3803	287	2015.3798	34.4808	1.026
1024	skill	skill	1.0432	-0.1354	2	729	2896	194	2017.8711	29.634	1.1114
1132	technique	technique	0.6267	-0.3635	2	824	2672	194	2015.5515	43.3196	1.3487
890	radar	radar	0.3679	-0.4271	2	775	2565	180	2015.1444	29.5889	0.8717
542	initial condition	initial condition	0.8094	0.0715	2	759	2331	158	2015.8608	39.2468	1.0419
1098	summer	summer	0.3654	0.032	2	745	2119	156	2017.8654	41.6923	1.5368
60	assimilation	assimilation	1.0777	-0.3956	2	559	2397	155	2016.729	29.729	1.1512
976	scenario	scenario	0.4726	0.2329	2	720	2029	149	2018.4765	22.4295	1.2596
122	climate change	climate change	0.3978	0.257	2	646	1954	148	2019.7838	26.4797	1.4984
268	data assimilation	data assimilation	1.0642	-0.3487	2	586	1956	130	2017.2846	20.3308	1.0177
867	predictability	predictability	0.8508	0.3046	2	620	1856	129	2016.3101	38.9302	1.1544
946	regional climate model	regional climate model	0.6375	0.2987	2	489	1616	129	2019.938	28.0388	1.4921
352	ensemble forecast	ensemble forecast	1.3851	-0.0771	2	484	1981	125	2017.728	29.144	0.9781
859	precipitation forecast	precipitation forecast	1.2553	-0.182	2	508	1828	123	2016.0732	31.5528	0.9008
685	member	member	1.2292	0.0624	2	556	1946	122	2017.2705	33.8607	1.1862
1145	threshold	threshold	0.8382	-0.2842	2	623	1683	118	2016.7288	25.7797	0.8598
9	accuracy	accuracy	0.6726	-0.3991	2	601	1444	113	2015.6903	27.3451	0.9593
127	climate simulation	climate simulation	0.4218	0.1036	2	556	1442	112	2018.5179	40.7232	1.88
875	probability	probability	0.8785	-0.1456	2	601	1568	111	2018.4324	21.6396	0.9473
59	assessment	assessment	0.6339	-0.0062	2	606	1448	110	2019.0273	29.6	1.343
943	reflectivity	reflectivity	0.3775	-0.6122	2	614	1750	110	2015.4	27.3	0.8979
792	numerical weather prediction	numerical weather prediction	0.8663	-0.2861	2	566	1472	109	2016.6422	71.8807	1.4531
82	benefit	benefit	0.9238	-0.1781	2	579	1511	108	2018.7685	27.7593	1.2247
672	may	may	0.5956	-0.09	2	670	1663	107	2016.757	25.4112	0.9895
1215	verification	verification	1.273	-0.2618	2	502	1635	105	2017.2381	37.5905	1.2015
1055	spread	spread	0.76	-0.2044	2	591	1443	101	2017.6436	32.6634	1.0726
768	network	network	0.6772	-0.3081	2	524	1218	96	2017.0417	28.1146	1.1729
879	projection	projection	0.5718	0.2964	2	510	1386	96	2019.9688	29.6979	1.6043
418	forecast skill	forecast skill	1.2213	-0.1888	2	475	1313	91	2018.0879	27	1.2064
392	extreme	extreme	0.5199	0.2657	2	480	1228	90	2019.5889	23.0222	1.527
394	extreme precipitation	extreme precipitation	0.5501	0.283	2	480	1193	90	2020.2889	20.8444	1.4829
619	lead time	lead time	1.3573	-0.0768	2	449	1485	90	2017.5	30.1444	1.0015
856	precipitation event	precipitation event	0.5365	0.1012	2	520	1174	89	2017.5506	33.8427	1.2116
356	ensemble member	ensemble member	1.2082	0.0728	2	425	1235	85	2016.9529	34.4471	0.9788
1265	winter	winter	0.3276	0.1417	2	514	1109	85	2017.7765	31.6	1.2477
358	ensemble prediction system	ensemble prediction system	1.2741	-0.094	2	337	1149	82	2017.5488	30.8293	0.9972
1196		united states	0.86	-0.0979	2	513	1190	82	2017.5122	37.3537	1.5519
467		global warming	0.2933	0.3114	2	433	1053	81	2020.5309	16.9877	1.2383
617		lateral boundary condition	0.8106	0.1515	2	508	1148	81	2015.0494	50.8889	1.3796
1076		strategy	0.7435	0.0059	2	533	1122	81	2017.2469	37.5062	1.1489
419		forecast system	1.2428	-0.2517	2	437	1304	80	2018.1	28.9625	1.2744
435		future	0.4791	0.0723	2	521	1047	80	2019.0125	35.4125	1.6658
794		nwp	0.9472	-0.301	2	481	1114	80	2016.1625	34.125	1.0234
1046		spatial resolution	0.4517	-0.0869	2	519	983	78	2017.4872	43	1.479
269		data assimilation system	0.63	-0.3295	2	452	1243	77	2015.6623	29.7922	0.8914
937		reanalysis	0.3124	0.1351	2	537	1095	77	2019.026	25.4805	1.386
793		numerical weather prediction model	0.5492	-0.4364	2	491	990	74	2015.5676	38.1351	1.0119
396		extreme rainfall	0.5869	0.4682	2	464	1045	71	2019.493	24.8028	1.7739
891		radar data	0.8205	-0.4704	2	460	1075	71	2013.9014	42.8028	1.2312
796		object	1.0175	-0.2527	2	411	944	69	2017.3768	24.5072	0.8842
587		km horizontal grid spacing	0.7239	-0.0421	2	496	1013	68	2017.9853	37.6324	1.3908
321		duration	0.5411	0.2921	2	442	871	67	2018.4328	24.3134	1.2553
479		guidance	1.099	-0.2071	2	426	1020	67	2017.403	47.2239	1.5661
1068		step	0.1994	-0.3296	2	466	810	67	2016.3134	38.5373	1.4655
485		hazard	1.1366	-0.0516	2	420	988	66	2020.1364	16.4848	1.1629
886		quality	0.9057	-0.364	2	424	881	66	2017.5	22.9394	1.056
57		article	0.6203	-0.1464	2	467	870	65	2018.3385	43.5385	1.7573
692		metric	0.9234	-0.2687	2	429	916	65	2018.1231	29.4	1.0819
437		future climate	0.3204	0.2739	2	421	942	63	2019.6667	29.4127	1.8633
721		model forecast	0.9705	-0.0811	2	455	960	63	2016.127	42.5238	1.1515
863		precipitation intensity	0.3079	0.062	2	452	889	63	2018.5873	25.2857	1.2866
1066		station	0.5871	-0.048	2	444	791	63	2017.9048	22.8095	1.0925
627		lightning	0.3051	-0.4993	2	418	832	62	2015.8065	38.9516	1.1036
756		national center	-0.0879	-0.0099	2	505	1032	62	2012.3226	29.5161	1.0526
246		cpm	0.5974	0.1156	2	381	762	61	2020.459	33.6066	1.6691
381		europe	0.6258	-0.0435	2	428	839	61	2018.0328	47.9016	2.1376
120		city	0.6345	0.2319	2	410	842	60	2019.9167	25.5833	1.5166
338		effort	0.6918	-0.2801	2	433	752	60	2016.9	104.1833	1.746
975		scaling	0.3132	0.2156	2	414	779	60	2017.4833	29.2833	1.2754
1191		unified model	0.4112	-0.0936	2	392	670	60	2018.3333	29.0333	1.0861
857		precipitation extreme	0.607	0.2929	2	315	781	59	2019.4237	44.5593	2.2179
1210		utc	0.9237	0.0294	2	463	949	59	2016.5932	29.5763	0.9069
412		flooding	0.7826	0.2629	2	426	873	58	2019.5345	17.3448	0.9678
980		score	1.3324	-0.289	2	329	833	58	2017.3448	30.7931	1.0748
1104		supercell	0.7165	0.0192	2	393	870	58	2017.2241	21.9483	0.834
436		future change	0.7038	0.3787	2	313	752	57	2020.5263	23.7018	1.5939
547		initialization	0.9483	-0.0528	2	429	884	57	2015.8246	42.7719	1.4133
920		rainfall event	0.2272	0.2409	2	445	845	57	2017.5088	20.6491	1.3578
963		risk	0.7754	0.3627	2	343	813	57	2020.8421	18.8596	1.7036
265		damage	0.796	0.2503	2	435	847	56	2018.9107	22.625	1.1089
354		ensemble kalman filter	1.2547	-0.0893	2	321	980	56	2017.25	37.3571	1.091
1056		spring	0.6722	-0.1861	2	445	877	56	2017.1964	30.3929	1.0222
393		extreme event	0.7876	0.2003	2	366	724	55	2018.5636	42.5818	1.411
103		cam	0.5373	-0.324	2	384	851	54	2016.5556	32.9074	0.9502
196		complex terrain	0.6047	0.1366	2	372	676	53	2016.6981	33.0755	1.3297
382		european centre	0.5039	-0.0276	2	420	782	53	2017.2264	26.3208	0.8857
1154		tornado	0.9383	0.0849	2	340	790	53	2017.8491	33.5849	1.2054
242		cosmo	0.8083	-0.136	2	360	717	52	2016.5769	40.7885	1.14
1028		small scale	0.4383	0.2482	2	361	611	52	2016.9423	24.4231	0.9679
410		flood	0.774	0.2068	2	361	748	51	2017.8039	27.098	1.3899
421		forecaster	1.2511	-0.141	2	324	738	51	2017.7451	121.2353	1.7802
869		prediction system	0.673	-0.1741	2	409	732	50	2015.2	25.72	0.8089
407		flash flood	1.0226	0.0504	2	368	766	49	2016.4898	46.8367	1.5585
887		quantitative precipitation forecast	1.2858	-0.0563	2	313	790	49	2018	25.5714	1.3292
1195		united state	0.705	0.082	2	368	670	49	2018.0816	19.3469	0.857
245		covariance	0.7683	-0.4172	2	349	708	48	2016.2083	23.2708	1.2302
494		high resolution convection	0.7748	0.2604	2	394	658	48	2018.9375	21.2708	1.1571
125		climate projection	0.5273	0.1873	2	322	644	47	2020.2766	39.4894	2.403
878		procedure	0.5613	-0.4011	2	383	657	47	2013.9362	45.9574	1.0387
948		regional climate simulation	0.5186	0.2787	2	307	581	47	2019.2979	30.1702	1.5232
192		community	0.4896	-0.1702	2	393	618	46	2017.4783	73.087	2.4941
230		convective scale	0.9512	-0.1264	2	313	605	46	2016.1957	49.5435	1.3399
288		detection	0.8924	-0.4116	2	361	666	45	2018.2444	26.0667	1.017
360		ensemble spread	1.33	-0.1328	2	271	654	45	2017.6889	35.6667	1.1412
843		positive impact	1.0626	-0.2994	2	315	645	44	2015.4091	30.5227	0.8213
874		probabilistic forecast	1.539	-0.2149	2	254	670	44	2017.3636	38.1136	1.0769
1237		warmer climate	-0.0583	0.2033	2	341	622	44	2018.8864	21.2727	1.2839
17		advance	0.6125	-0.0524	2	350	566	43	2016.5581	41.5581	1.5205
722		model performance	0.7028	-0.2257	2	364	597	43	2018.8372	27	1.1701
952		reliability	1.1227	-0.163	2	313	652	43	2018.4186	28.8372	1.2448
209		consortium	0.8054	-0.188	2	307	594	42	2016.5714	59.0714	1.5421
340		elevation	0.1769	0.2077	2	322	528	42	2018.5714	20.4524	0.9034
347		enkf	1.3456	-0.0219	2	277	788	42	2017.6667	35.9286	1.2174
390		explicit convection	-0.0282	0.1153	2	321	490	42	2017.3095	24.5476	1.086
397		extreme rainfall event	0.7416	0.3828	2	310	621	42	2018.619	32.5476	1.7461
568		italy	0.9018	-0.0239	2	309	574	42	2017.0714	28.1429	1.0954
395		extreme precipitation event	0.6679	0.1483	2	354	595	41	2019.2683	28.0244	1.4147
795		nwp model	0.9142	-0.3884	2	297	512	41	2015.6585	32.5122	0.8883
453		germany	0.5915	-0.0471	2	323	551	40	2017.625	34.6	1.34
1234		warm season	0.7195	0.1263	2	337	538	40	2019.4	25.425	1.3715
367		eps	1.2733	-0.0921	2	233	600	39	2015.3846	39.2051	0.976
415		forecast error	1.0878	-0.03	2	306	597	39	2017.7179	37.4615	1.1427
932		rcm	0.7582	0.2957	2	248	555	39	2019.3333	48.5897	2.1172
1146		tibetan plateau	0.0718	0.0818	2	302	486	39	2018.8718	19.7949	1.6745
333		ecmwf	0.7439	-0.0723	2	322	579	38	2016.7368	30.2105	0.7943
945		regional climate	0.3791	0.112	2	303	503	38	2019.1053	62.1842	2.314
14		added value	0.7565	0.0986	2	290	505	37	2019.7297	62.5405	2.7691
682		medium range weather forecast	0.6804	-0.0106	2	314	564	37	2017.0541	28.027	0.9031
719		model error	0.8809	-0.271	2	304	559	37	2015.973	30.5676	0.942
971		sample	0.387	-0.4939	2	327	505	37	2016.8649	24.7568	0.8351
1045		spatial pattern	0.3135	0.0429	2	331	511	37	2018.7027	22.0811	1.2866
488		heavy precipitation event	0.686	0.1397	2	307	500	36	2018.5	21.3333	1.0671
634		limited area model	0.624	-0.1001	2	337	503	36	2016.4444	25.0278	0.9881
1253		weather forecast	1.0329	-0.2388	2	300	513	36	2018.2222	30.7778	1.2407
1254		weather forecasting	0.8568	-0.1833	2	319	514	36	2019.7778	14.5833	1.4124
481		h forecast	1.15	-0.0897	2	278	566	35	2016.7714	39.5429	1.2938
936		real time	1.2913	-0.2753	2	284	646	35	2017.1429	36.4286	1.8491
379		error growth	0.9489	0.2023	2	225	431	34	2016.5	39.7647	1.0595
675		mean precipitation	0.1295	0.1509	2	293	470	34	2019.3235	22.9706	1.2787
858		precipitation field	0.7164	-0.3286	2	283	465	34	2015.2941	53.0294	1.4862
884		qpf	1.302	0.0303	2	233	550	34	2018.5294	27.0294	0.9686
999		severe weather	0.767	0.0165	2	324	494	34	2017.1765	25.9706	1.1788
1099		summer precipitation	0.374	0.2668	2	261	468	34	2018.1765	42.5	1.8683
1134		temporal resolution	0.6695	-0.2319	2	298	450	34	2018.4118	13.4412	0.7692
1205		urban area	0.5003	0.2394	2	234	414	34	2019.6176	24.1765	1.8209
310		downscaling	0.9639	0.1654	2	272	462	33	2019.0909	33.1515	1.6545
289		deterministic forecast	1.4576	-0.1769	2	227	507	32	2015.4688	46.4688	1.1354
426		france	0.8137	-0.1056	2	280	455	32	2017.1875	27.2812	0.9506
687		member ensemble	0.8382	0.168	2	292	495	32	2017.4688	43.5312	1.5009
967		root	0.4702	-0.5363	2	272	427	32	2016.7812	21.8438	0.9247
994		sensitivity analysis	0.9546	0.1171	2	260	439	32	2017.9062	17.0312	0.7549
323		dynamical core	0.5398	-0.241	2	262	380	31	2018.3226	24.7097	1.1653
425		fractions skill score	1.3789	-0.3875	2	214	478	31	2017.5161	29.2903	0.8098
514		hydrological cycle	0.118	-0.139	2	289	432	31	2017.7097	45.3871	1.2389
723		model physics	0.6839	-0.0666	2	274	440	31	2015.7097	54.3871	1.064
809		operator	0.7497	-0.6421	2	249	451	31	2017.4516	16.9032	0.7482
861		precipitation frequency	0.1851	0.0621	2	270	424	31	2018.5484	63.9032	2.1122
1135		temporal scale	0.4452	0.02	2	258	382	31	2017.3871	31.8065	1.1485
1142		thompson	0.5608	-0.5282	2	275	471	31	2019.6452	20.6129	0.819
1198		updraft helicity	1.4282	-0.3134	2	215	526	31	2019.3871	22.6774	1.1881
112		century	0.5476	0.2781	2	208	346	30	2020.2333	21.3333	1.2346
441		gain	0.075	-0.0184	2	287	420	30	2014.6667	19.9667	0.8057
761		ncep	0.042	-0.0094	2	284	553	30	2014.8	27.7333	1.1554
776		noaa	1.0897	-0.3037	2	280	538	30	2016.8667	41.5667	1.6836
852		precipitation characteristic	0.4108	-0.1547	2	274	378	30	2018	19.4667	1.3394
853		precipitation data	0.8508	-0.0986	2	260	418	30	2017.2667	22.4	1.2225
870		predictor	0.6757	-0.2022	2	241	362	30	2016.6667	23	0.7724
1211		utility	0.7699	-0.3052	2	268	409	30	2015.1	42.8333	1.1596
39		air temperature	0.1744	0.049	2	263	352	29	2019.2069	9.9655	0.682
318		dry bias	0.3515	0.0636	2	262	355	29	2017.8966	23.4138	1.1875
324		dynamical downscaling	0.856	0.1429	2	229	379	29	2019.7241	34.4138	1.3397
469		goes	0.7321	-0.6811	2	245	513	29	2016.5862	31.2759	1.1668
508		hourly precipitation	0.8639	0.223	2	258	440	29	2018.6552	49.6552	2.9314
624		life	0.5848	0.1061	2	284	411	29	2018.1034	28.6897	1.2734
718		model ensemble	0.8216	0.0467	2	252	405	29	2019.2414	59.7931	2.5894
805		oklahoma	0.7893	-0.3496	2	294	476	29	2014.8621	43.069	1.0205
814		option	0.4465	-0.3224	2	280	407	29	2019	25.3103	1.1385
1255		week	0.5978	0.1087	2	264	386	29	2017.4138	33.931	1.1377
75		autumn	0.6809	0.151	2	251	405	28	2019.5714	18.2857	0.9488
106		canada	0.5365	0.2586	2	248	430	28	2019.75	16.3929	1.2517
355		ensemble mean	1.2551	-0.113	2	233	421	28	2017.5357	20.4286	0.9798
691		met office	0.7807	-0.2293	2	226	355	28	2018.6071	29.2143	1.2128
990		selection	0.5703	-0.3217	2	249	366	28	2015.25	40.3929	0.9731
177		coarse resolution	0.1806	-0.0481	2	258	361	27	2017.6667	33.963	1.4706
179		coarser resolution	0.4274	-0.0431	2	264	349	27	2017.8519	42.5556	1.6356
353		ensemble forecasting	1.3072	-0.0118	2	185	376	27	2017.7407	20.3333	0.8665
679		mediterranean	0.6595	-0.1143	2	254	386	27	2018	30.7778	1.5
748		mountainous region	0.6491	0.1521	2	224	315	27	2017.8889	47.3333	1.5429
765		neighborhood	1.3491	-0.4315	2	218	454	27	2017.9259	25.5185	0.9781
862		precipitation increase	0.2627	0.3069	2	238	363	27	2018.3333	29.6667	1.5476
913		rain gauge	0.7089	-0.1267	2	277	420	27	2017.8148	24.3704	0.9769
933		rcms	0.7662	0.2357	2	213	392	27	2019.5185	43.8148	1.9698
1025		skill score	1.1555	-0.2102	2	233	392	27	2018.037	26.4815	1.1834
1049		specification	0.4009	-0.5912	2	266	366	27	2013.9259	33.963	1.1802
13		adaptation	0.7008	0.1744	2	211	339	26	2018.6923	65.4231	2.2254
44		alps	0.6401	0.1251	2	233	377	26	2016.3077	63.0769	2.1464
107		catchment	1.0007	0.1549	2	204	355	26	2018.4615	26.3077	1.6259
110		central europe	0.6057	-0.0438	2	264	390	26	2017.9615	30.7692	1.5428
241		correction	0.3779	-0.4912	2	230	331	26	2016.4615	51.8846	1.8222
375		era interim	0.5632	0.2243	2	238	362	26	2018.4615	39.8846	1.5117
575		kalman filter	1.3612	-0.2707	2	203	424	26	2018	18.0769	0.9507
586		km grid	0.9845	-0.0721	2	244	363	26	2016.1923	25.5769	1.0073
616		lateral boundary	0.357	0.0099	2	270	368	26	2015	40.5385	1.4878
851		precipitation change	0.2327	0.1744	2	226	359	26	2019.4615	26.0385	1.5351
1043		spatial	0.6449	0.0802	2	230	329	26	2018.9615	25.0385	1.153
307		doppler radar	0.325	-0.1905	2	242	349	25	2012.56	21.2	0.7921
377		era5	0.5092	0.1307	2	240	363	25	2021.68	8.56	1.2686
417		forecast lead time	1.4175	-0.1719	2	204	408	25	2017.2	37.8	1.0617
855		precipitation estimate	0.3647	-0.4949	2	227	331	25	2014.92	21.6	0.7463
895		radial velocity	1.2124	-0.3513	2	199	460	25	2014.88	33.52	0.9512
1029		small scale modeling	0.717	-0.1111	2	210	356	25	2016.24	34.96	1.0077
1267		wrf arw	1.1405	-0.271	2	224	391	25	2017.08	53	2.3997
1		21st century	0.6852	0.4645	2	194	357	24	2020.7083	16.875	1.0099
56		arome	0.8825	-0.0118	2	191	284	24	2017.25	38.5417	1.4864
214		conus	1.0368	-0.1907	2	225	400	24	2019.3333	51.0833	2.9448
361		ensemble system	1.4026	-0.1236	2	174	358	24	2015.875	37.875	1.076
385		evapotranspiration	0.4546	0.2956	2	189	281	24	2019.8333	19.2917	2.1021
408		flash rate	0.4011	-0.5697	2	176	273	24	2015.9583	43.25	0.9497
420		forecast uncertainty	1.3468	0.0618	2	205	397	24	2017.375	26.7083	0.8572
552		intense rainfall	0.6454	0.0595	2	230	321	24	2017.0833	23.2083	0.9582
628		lightning activity	0.3719	-0.5002	2	214	314	24	2016	38.625	0.9403
641		local scale	0.5565	0.1557	2	191	277	24	2018.0417	64.2083	2.279
642		localization	0.7411	-0.1783	2	219	332	24	2018.4583	18.0833	0.8804
921		rainfall extreme	0.4979	0.3559	2	192	335	24	2020.8333	20.625	2.1465
950		regional convection	0.6829	-0.0738	2	254	344	24	2019.5833	59.75	2.1008
1058		square error	0.8411	-0.5165	2	197	318	24	2018.375	16.2917	0.8112
1239		warn	1.4578	-0.4431	2	192	475	24	2019.75	31.5	1.3421
1262		wind gust	0.7489	0.0392	2	218	312	24	2019.4583	22.4167	1.3609
4		3dvar	1.2503	-0.3996	2	188	386	23	2017.2609	25.7826	0.8691
124		climate model simulation	0.4239	0.2788	2	202	292	23	2018.913	40.7826	1.7046
197		complex topography	0.3756	0.3777	2	202	264	23	2020	24.6522	1.2313
200		computation	0.3851	-0.4033	2	177	227	23	2011.5217	49.087	0.9717
261		current climate	0.4524	0.3763	2	218	337	23	2019.4348	14.1739	0.9304
544		initial perturbation	0.9723	0.2007	2	199	348	23	2017.5652	26.3478	0.7489
632		likelihood	0.7942	0.1731	2	206	299	23	2017.8696	27.0435	1.1093
654		m temperature	1.1287	-0.2209	2	218	346	23	2019.0435	17.5217	1.1553
769		neural network	0.4654	-0.4518	2	191	290	23	2018.7391	47.1304	2.2689
822		overview	0.6305	-0.1844	2	227	310	23	2017.1304	106.5652	3.7561
1016		significant increase	0.1833	0.2107	2	262	361	23	2018.9565	20.0435	1.102
1209		user	0.8876	-0.0692	2	176	247	23	2017.1739	200.8696	2.5017
1259		wet bias	0.6369	0.1385	2	237	347	23	2019.3913	21.2609	1.531
366		environmental prediction	-0.2224	0.0547	2	227	419	22	2014.5455	22.8182	1.5377
478		gsi	1.1789	-0.4053	2	196	400	22	2019.9091	12.3636	1.1355
593		land cover	0.3229	0.358	2	177	267	22	2017.6364	23.3636	1.7525
830		pbl scheme	0.6907	-0.1524	2	185	278	22	2018.2727	31.6818	1.1073
1064		state variable	0.4458	-0.3501	2	236	328	22	2017.0455	24.9091	0.9244
1100		summer season	0.5947	0.2322	2	197	295	22	2018.1364	42.3182	1.6124
111		central united state	0.5221	-0.0116	2	219	287	21	2015.7619	52	1.3057
329		east asia	0.214	0.0801	2	187	245	21	2018.0476	23.1905	0.8541
337		effectiveness	0.8619	-0.27	2	207	279	21	2017	24.3333	0.9419
411		flood event	1.0386	0.0611	2	203	306	21	2018.2381	18.7143	1.1475
432		fss	1.322	-0.3966	2	167	308	21	2017.619	33.5238	0.9334
584		km convection	0.6636	-0.0345	2	182	239	21	2020.5238	15.3333	0.9484
725		model uncertainty	1.0101	-0.0425	2	180	279	21	2019.381	16.2381	1.3144
745		morrison	0.3879	-0.6922	2	223	335	21	2019.4286	18.8095	0.7747
807		operation	0.5178	-0.3027	2	198	251	21	2018.1905	20.4762	0.7647
837		perturbation method	1.1963	-0.0238	2	140	245	21	2018.0476	28.8571	0.9623
850		practice	0.62	-0.1343	2	202	255	21	2017.1429	35.5238	1.3874
880		promise	0.7436	-0.324	2	215	294	21	2015.4762	47.0952	1.7726
892		radar data assimilation	1.3049	-0.4718	2	177	334	21	2015.4286	41.2381	1.0588
1105		supercell storm	0.5024	-0.2945	2	196	305	21	2016	26.9524	0.7836
1143		thompson scheme	0.5281	-0.6142	2	202	314	21	2017.5238	24.5238	0.8384
1207		urbanization	0.2562	0.3371	2	169	268	21	2020.9048	25.1905	2.6806
181		coastal area	0.6119	0.3496	2	218	301	20	2018.1	25.25	0.8696
376		era interim reanalysis	0.3764	0.215	2	182	249	20	2019.6	43.9	1.9193
515		hydrological model	1.0907	0.096	2	153	272	20	2019.25	17.4	1.1352
885		qpfs	1.4229	0.0037	2	164	344	20	2018.6	34	1.1177
947		regional climate model simulation	0.5028	0.4111	2	160	233	20	2018.7	38.45	1.6492
955		representative concentration pathway	0.5815	0.427	2	180	314	20	2020.1	9.6	1.2109
964		rmse	0.8766	-0.5607	2	158	252	20	2019	10	0.5249
1008		short range	1.3319	-0.0277	2	196	356	20	2018.2	28.05	0.9433
1139		texas	0.779	0.0527	2	200	284	20	2017.2	22.85	1.0517
87		bias correction	0.9552	-0.0636	2	205	313	19	2019.7368	39.4737	1.3241
123		climate change signal	0.6427	0.3543	2	153	240	19	2019.6316	76.7368	2.6831
271		date	0.6696	-0.129	2	201	253	19	2019.2632	24.5263	1.0617
308		doppler radar observation	1.0767	-0.088	2	182	331	19	2011.9474	56.3684	1.1595
406		flash	0.2983	-0.6133	2	160	233	19	2012.7895	45	0.993
424		foundation	0.803	-0.3529	2	194	246	19	2018.6316	27.5263	1.3779
440		future projection	0.6357	0.3015	2	176	268	19	2021	21.2105	1.3806
495		high spatial resolution	0.4863	-0.2173	2	195	241	19	2018.7895	25.2632	1.3012
545		initial state	0.8772	0.2534	2	171	250	19	2014.4737	20	1.3671
588		km model	0.8179	0.2364	2	189	257	19	2018.4211	57.4737	2.0667
626		light precipitation	0.148	-0.38	2	184	240	19	2016.6842	39.4737	1.3761
800		observational dataset	0.7804	0.1504	2	207	308	19	2020.0526	37.5789	2.3991
845		potential impact	0.6631	-0.249	2	219	298	19	2017.8421	33.7368	1.5214
871		preliminary result	0.1581	-0.145	2	166	241	19	2013.7368	79.7368	2.1215
922		rainfall forecast	1.192	0.0081	2	192	316	19	2018.2632	28.3684	1.1195
998		severe thunderstorm	0.9407	-0.3002	2	215	324	19	2015.5789	41.3158	1.0335
1244		water resource	0.4832	0.1385	2	183	257	19	2020.0526	28.9474	1.2837
43		alpine region	0.8441	0.2123	2	159	230	18	2016.2778	56.7778	1.6995
72		atmospheric research	0.0802	-0.0783	2	212	280	18	2012.3889	50.5	1.4268
186		cold bias	0.4936	0.0228	2	174	228	18	2017.7222	23.7778	1.6167
202		computational resource	1.0467	-0.0427	2	206	293	18	2019.2778	58.1667	1.644
243		cosmo clm	0.8105	0.1313	2	148	236	18	2020.2778	10.4444	0.8264
351		ensemble data assimilation	1.3099	-0.3125	2	162	292	18	2017.7222	38.4444	2.384
403		feasibility	0.8933	-0.1845	2	172	210	18	2017.4444	34.2222	1.3819
414		forecast accuracy	1.2422	-0.3289	2	170	268	18	2018.3889	22.2778	0.8862
416		forecast hour	1.4857	-0.1302	2	162	301	18	2016.3333	40	1.0319
454		gfs	1.2437	-0.0126	2	176	292	18	2017.5	39.9444	1.2202
461		global forecast system	1.2098	-0.0881	2	160	281	18	2018.5556	33.4444	1.1441
498		hindcast	0.4697	0.0967	2	204	257	18	2019.4444	44.5556	1.4885
541		infrastructure	0.7759	0.083	2	179	258	18	2021.1111	21.2222	1.2631
629		lightning data	1.0976	-0.4679	2	169	296	18	2017.7778	33.3333	1.0822
655		m wind	1.0048	-0.1456	2	185	253	18	2017.2778	65.5556	2.0651
658		machine learning	0.6467	-0.2895	2	156	219	18	2021.3889	18.1667	1.7391
1001		severity	0.9329	0.2462	2	175	233	18	2019	19.8333	1.1274
1010		short term	1.3462	-0.2566	2	194	318	18	2017.3889	58.2778	1.5351
1031		snowfall	0.4923	0.1419	2	190	238	18	2016.7222	45	1.5607
1035		south america	0.2325	-0.2831	2	169	212	18	2018	22.3889	0.7919
1052		sphere	0.383	-0.3271	2	175	229	18	2015.9444	45.8889	1.7237
1095		success	0.5139	-0.0477	2	206	263	18	2014.4444	54.4444	1.022
1109		surface air temperature	0.1774	0.1711	2	185	233	18	2019.0556	11.6111	0.9386
1115		surface observation	0.8045	-0.032	2	200	283	18	2017.1667	26.1667	0.9962
1125		system simulation experiment	0.8591	-0.3228	2	158	251	18	2017.0556	22.3333	0.7706
1152		topic	0.5125	-0.2517	2	197	253	18	2019	100	2.8361
1208		usefulness	0.9044	-0.2653	2	182	249	18	2016.5	19.5556	1.0469
47		annual cycle	0.536	0.0602	2	161	215	17	2018.9412	39.1765	1.1823
79		baseline	0.6643	-0.3028	2	193	254	17	2019.5294	27.0588	1.4695
85		better performance	0.4696	-0.049	2	173	233	17	2020.8824	7.1765	0.5572
201		computational domain	0.1873	0.215	2	195	248	17	2013.4118	48.7647	1.1955
283		delta x	0.4176	-0.3298	2	153	201	17	2017.1176	23.6471	0.949
372		equitable threat score	1.3506	-0.3577	2	146	254	17	2014.8824	53.2941	1.1923
438		future climate change	0.1552	0.0872	2	192	251	17	2018.2353	31.2353	1.8234
595		landslide	0.7594	0.3645	2	195	283	17	2019.4706	23.7059	1.56
598		large hail	0.9178	-0.4679	2	186	267	17	2018.1176	35.5882	1.0036
758		national severe storms laboratory	1.3358	-0.4756	2	161	302	17	2017.9412	33.8235	1.1548
781		north america	0.4213	0.1176	2	178	233	17	2019.2941	55.0588	2.385
787		nssl	1.2914	-0.4503	2	171	298	17	2018.9412	19.4118	0.8581
808		operational model	1.0885	-0.0163	2	198	276	17	2016.1176	43.0588	1.0303
864		precipitation observation	0.5056	-0.4532	2	177	225	17	2016	25.2941	0.8751
1044		spatial extent	0.4511	0.1035	2	180	240	17	2019.5882	33.8235	1.5836
1144		threat score	1.4837	0.1957	2	123	275	17	2017.6471	17.1176	0.6177
1206		urban heat island	0.2165	0.4556	2	142	213	17	2019.0588	46.8824	1.8625
1243		water cycle	0.1044	-0.1233	2	208	251	17	2020.0588	16.7059	1.9379
69		atmospheric moisture	0.0706	0.1519	2	157	199	16	2019.125	25.4375	1.2992
121		clausius clapeyron	0.3083	0.4147	2	135	228	16	2019.6875	33	1.5278
236		conventional observation	1.2282	-0.3859	2	165	287	16	2017.875	18.6875	0.8281
260		cumulus scheme	0.0406	0.1905	2	163	198	16	2017.625	27.5	0.8681
350		ensemble analysis	1.3445	-0.0818	2	174	300	16	2016.8125	45.8125	1.4239
389		expectation	0.4986	0.3275	2	122	170	16	2019.375	29.9375	1.7208
591		land atmosphere interaction	0.2134	0.1735	2	138	161	16	2018.6875	11.6875	1.0445
633		limited area	0.5826	-0.0714	2	181	259	16	2016	50.5	1.6316
797		observation error	1.1005	-0.3894	2	134	220	16	2015.375	25.6875	0.76
836		person	0.5906	0.2626	2	191	256	16	2019.625	18.8125	1.7472
838		pgw	0.7024	0.4622	2	141	270	16	2022	7.8125	1.3795
940		recent year	0.8161	-0.1358	2	162	209	16	2018.25	47.625	1.5721
941		recommendation	0.6546	-0.0468	2	169	222	16	2018.8125	32.3125	1.5777
1011		short term forecast	0.9832	-0.2645	2	158	225	16	2016.8125	39.0625	1.2072
1071		storm dynamic	0.3035	-0.1742	2	184	241	16	2015.75	35.1875	0.9519
1124		surrounding	0.2406	0.4665	2	155	194	16	2017.625	29.25	1.1083
1194		united kingdom	0.7501	0.1287	2	141	185	16	2015.6875	43.25	1.1214
1252		weakness	0.6992	-0.1285	2	168	202	16	2014.9375	74.25	1.8482
19		advanced research weather research	1.1884	0.0253	2	155	217	15	2015.1333	45.4	1.3198
178		coarser	0.5004	0.2454	2	175	204	15	2017.2667	43.3333	1.1472
244		country	0.9361	-0.018	2	158	205	15	2018.9333	51.2	2.4578
276		decision maker	1.0106	0.1267	2	137	192	15	2019	45.8667	1.4377
316		drought	0.6813	0.3086	2	132	201	15	2019.3333	12.6	0.6622
357		ensemble prediction	1.1533	-0.12	2	151	218	15	2017.0667	48.5333	1.4042
359		ensemble size	1.2361	-0.327	2	153	250	15	2017.3333	34.8667	1.2287
510		hrrr	1.3596	-0.4175	2	167	317	15	2020.2667	21.9333	2.3924
543		initial condition uncertainty	0.9249	0.0731	2	163	251	15	2015.8	50.2667	1.2984
662		major challenge	0.5354	0.0325	2	148	191	15	2017.5333	47.2	2.546
668		maximum precipitation	0.2308	0.054	2	173	202	15	2017.8	24.4667	0.4909
708		minute	0.5586	-0.0896	2	152	182	15	2017.4	13.6	0.4345
747		mountainous area	0.6536	-0.078	2	160	200	15	2016.4667	24.7333	0.8904
821		overprediction	0.4724	-0.4369	2	177	224	15	2015.4	31.6667	0.8657
881		proof	0.7194	-0.4628	2	158	201	15	2016.8	62.2667	1.7325
883		prototype	0.8129	-0.3824	2	151	213	15	2018.7333	23.6	1.1298
996		severe convection	0.7829	-0.0263	2	178	220	15	2017.4	32.0667	1.1822
1088		study area	0.5844	0.0837	2	165	210	15	2018.3333	10.8667	1.0829
1202		upscale growth	0.8899	0.2041	2	147	199	15	2017.3333	47.4	1.4291
1266		wofs	1.4437	-0.4509	2	142	291	15	2021.6	7.4667	1.0693
15		additional experiment	0.5666	0.0553	2	140	191	14	2015.1429	17.2143	0.51
102		california	0.3113	-0.0453	2	141	173	14	2018.2857	9.5714	0.8978
328		east africa	0.5526	0.1807	2	154	193	14	2020.2857	15.6429	1.1368
339		electrification	0.0843	-0.4355	2	133	179	14	2013.9286	30	0.8386
405		first step	0.5984	-0.2181	2	180	228	14	2017.1429	26.5	1.2879
439		future climate projection	0.313	0.1637	2	152	181	14	2020.0714	21.2143	1.0705
452		geostationary satellite	0.6989	-0.5402	2	167	234	14	2017.7857	29.7857	1.5501
460		global ensemble	1.2879	-0.0279	2	129	232	14	2018.0714	16.5714	0.6114
535		ifs	0.0772	-0.1734	2	130	187	14	2017.9286	44.1429	1.4327
585		km forecast	1.4653	-0.1274	2	124	212	14	2015.6429	62.3571	1.5779
657		machine	0.524	-0.2868	2	132	178	14	2020.5	21.2857	1.693
744		month period	0.4477	-0.4125	2	154	185	14	2014.8571	19	0.6017
760		ncar	-0.0778	-0.0303	2	184	237	14	2011.2143	61.2143	1.721
777		noaa hazardous weather testbed spring forecasting experiment	1.4854	-0.3689	2	126	232	14	2018.7143	21.3571	0.8798
785		novel	0.6048	-0.255	2	165	201	14	2019.1429	22.2857	1.1367
849		practical predictability	1.2747	0.3465	2	130	230	14	2017.2857	31.2857	0.9063
934		rcp	0.7803	0.4196	2	127	207	14	2021	10.6429	1.6749
957		researcher	1.1026	-0.2462	2	124	168	14	2018.9286	22.0714	0.7589
1000		severe weather event	1.3493	-0.3113	2	132	199	14	2017.7143	21.5714	0.689
1009		short range forecast	1.165	-0.3777	2	157	241	14	2016.0714	47.5714	1.8884
1014		significance statement	0.7258	-0.0108	2	155	201	14	2022.3571	2.7857	0.6612
1042		spain	0.7739	0.04	2	169	224	14	2018.5	31.2143	1.1494
1126		systematic error	0.4897	-0.3612	2	155	194	14	2014.4286	27.6429	0.9625
1138		test case	0.5682	-0.4483	2	137	164	14	2017.2143	39.7143	1.3889
1270		wsm6	0.5903	-0.585	2	170	247	14	2018	22.2857	0.7879
10		accurate forecast	1.1524	0.1689	2	153	215	13	2017.0769	41.8462	0.7131
34		agriculture	0.7716	0.3246	2	131	179	13	2020.3077	17	1.1375
84		best result	0.5797	-0.4468	2	144	176	13	2019.2308	15.3846	0.9305
210		contiguous united state	1.0201	-0.1954	2	175	245	13	2018.9231	60.1538	2.4277
211		continental united state	1.0962	-0.3439	2	131	178	13	2015.3846	68.2308	2.0704
374		era	0.0972	0.2287	2	137	161	13	2018.1538	14.5385	0.7359
474		gray zone	0.1783	-0.0228	2	99	125	13	2020.3846	16.1538	1.126
477		gridpoint statistical interpolation	1.1632	-0.4225	2	153	258	13	2019.9231	10	1.1802
482		h lead time	1.2489	-0.0593	2	133	203	13	2015.8462	32.3077	0.9578
566		irrigation	0.5223	0.3028	2	108	129	13	2018.3846	15.9231	0.8352
618		lbc	1.1029	0.0076	2	120	191	13	2014.2308	40.8462	0.8879
631		lightning flash	0.5097	-0.6751	2	117	154	13	2016.4615	21.9231	0.7273
750		mpas	0.2952	0.2615	2	129	163	13	2020.2308	10	0.7004
757		national oceanic	1.1356	-0.2543	2	150	237	13	2017.1538	47.5385	1.469
762		near surface temperature	0.7141	-0.047	2	133	165	13	2018.9231	19.7692	1.3281
872		present day	0.2078	0.1237	2	166	217	13	2019.3846	29.6154	1.2256
987		seasonality	0.2823	0.2347	2	117	156	13	2020.2308	15.1538	1.3949
1156		total amount	0.4346	-0.0292	2	170	211	13	2016.6923	18.7692	0.762
1272		year period	0.5845	0.2671	2	114	157	13	2018.6923	24.0769	1.2154
73		atmospheric river	0.1923	0.0941	2	141	170	12	2020.5	14.4167	1.0506
81		belgium	0.6767	0.151	2	134	162	12	2018	38.6667	1.4496
194		community earth system model	0.4061	0.2314	2	127	171	12	2020.5	7.3333	0.674
199		composite reflectivity	1.3361	-0.5011	2	139	221	12	2020.5	15.75	1.1637
215		convection allowing ensemble	1.3145	-0.1479	2	111	175	12	2016.6667	29.75	0.8578
247		cpms	0.8048	0.1441	2	125	175	12	2019.9167	98.5833	3.3039
249		cps	0.4186	0.0639	2	117	142	12	2017.8333	28.1667	1.5017
257		ctrl	0.4469	0.2675	2	150	181	12	2016.3333	18.25	2.0035
348		enkf analysis	1.4956	-0.1349	2	121	242	12	2017.1667	72.4167	1.9577
470		good performance	0.5632	-0.0519	2	125	159	12	2018.5833	55.5	2.1034
492		high impact weather	0.8994	0.0313	2	152	183	12	2017.8333	28.4167	1.3669
509		hpe	0.9207	0.1702	2	130	186	12	2017.75	22.9167	0.9263
532		ics	1.4457	-0.0443	2	122	202	12	2019.3333	16.4167	1.1043
630		lightning data assimilation	1.1712	-0.5229	2	110	196	12	2018.5833	27.0833	0.9321
681		mediterranean sea	0.5835	0.0773	2	135	163	12	2016.5833	30.5	1.0407
755		nam	0.9877	-0.3196	2	121	164	12	2014.8333	55.5	1.5054
759		national weather service	1.3075	-0.3735	2	125	188	12	2016.9167	43.9167	1.1882
798		observation type	1.2337	-0.3489	2	137	209	12	2016.6667	45.1667	1.8602
802		observed storm	0.7567	-0.4757	2	134	176	12	2015.5833	44.9167	1.6013
824		parametrized convection	0.0989	0.091	2	129	152	12	2014.0833	40.9167	1.0371
873		present work	0.644	-0.02	2	136	150	12	2015.9167	22.1667	0.8558
1015		significant change	-0.1328	0.0181	2	140	170	12	2016.75	26.3333	1.3375
1020		simulated precipitation	0.446	-0.161	2	114	125	12	2018.5	16.3333	0.709
1069		stochastic perturbation	1.2504	0.0166	2	98	154	12	2020	23.3333	1.0429
1238		warming climate	0.229	0.3647	2	128	162	12	2019.6667	30.0833	1.352
1257		western mediterranean	0.6665	0.0598	2	150	202	12	2017.9167	20.3333	0.7857
1260		whole	0.5476	-0.1912	2	105	124	12	2016.1667	29.25	0.9751
1268		wrf arw model	1.1252	-0.2281	2	130	189	12	2017.75	31.9167	2.9073
1273		year simulation	0.361	0.2517	2	133	161	12	2018.25	49.25	1.9627
62		atmospheric administration	1.1673	-0.3501	2	125	199	11	2016.4545	57.7273	1.6235
180		coarser resolution simulation	0.123	-0.0077	2	116	129	11	2019.9091	25.7273	1.5326
195		complex orography	0.6189	0.1722	2	149	175	11	2020.1818	9.6364	0.9604
262		current state	0.9867	-0.077	2	131	165	11	2018.7273	36.2727	1.587
266		damaging wind	1.1882	-0.4094	2	130	187	11	2018.4545	33.8182	0.9991
398		extreme weather event	0.4631	0.1173	2	139	168	11	2018.5455	31.1818	1.5781
422		forecasting simulation	0.3818	0.4047	2	153	182	11	2019.3636	18.4545	0.8594
497		himalayas	0.5115	0.3607	2	123	161	11	2018.3636	37.4545	1.2299
519		hymex	0.614	-0.1933	2	123	176	11	2017.5455	15.3636	0.5625
563		intrinsic predictability	0.8626	0.5171	2	94	151	11	2016.9091	50	1.3983
660		main characteristic	0.156	0.2607	2	144	167	11	2015.7273	42.5455	1.8466
706		min interval	1.0664	-0.4386	2	127	186	11	2016.7273	20.3636	0.8624
772		new technique	0.5796	-0.1825	2	103	124	11	2014.7273	42.4545	1.39
782		north china	0.2494	0.1103	2	117	145	11	2020.2727	10.4545	0.5394
939		recent advance	0.5764	0.0369	2	111	133	11	2018.2727	28.7273	1.4672
997		severe storm	0.4862	-0.3888	2	131	150	11	2019.0909	15.2727	0.7985
1002		sfe	1.4212	-0.5055	2	115	210	11	2020.3636	21.9091	1.1871
1054		sppt	1.1025	-0.0682	2	89	139	11	2019.1818	25.7273	0.9985
1057		spurious convection	1.228	-0.4321	2	122	184	11	2018.8182	19.5455	0.7576
1093		substantial increase	0.2811	0.3716	2	131	157	11	2017.5455	24.9091	1.2897
1133		temporal distribution	0.6706	-0.1118	2	133	147	11	2017.6364	25.1818	1.3669
1224		visibility	0.6356	-0.4968	2	144	187	11	2015.2727	62.3636	2.1171
18		advanced research version	1.2206	-0.4827	2	118	186	10	2018.2	49.1	3.468
86		better result	0.7807	-0.2083	2	110	131	10	2019.8	14.5	0.5
248		cprcm	0.7555	0.2656	2	110	153	10	2022.1	12.7	1.9105
402		fatality	1.1134	-0.0387	2	114	153	10	2019.6	36.5	1.35
404		first century	0.7527	0.4522	2	104	146	10	2021.1	12.6	1.4743
434		further work	0.4973	-0.3274	2	155	170	10	2016.1	38.7	0.7064
608		larger domain	0.1182	-0.0887	2	124	143	10	2018.9	29.4	2.2364
656		m wind speed	0.9422	0.1106	2	105	138	10	2016.9	36.8	1.451
680		mediterranean experiment	0.5764	-0.194	2	118	167	10	2017.7	10.8	0.3992
828		particular attention	0.2965	-0.365	2	107	136	10	2013.6	37.3	0.7458
847		potential use	0.2771	-0.5832	2	99	108	10	2015.6	12.9	0.5094
935		rcp85	0.4372	0.296	2	99	139	10	2019.3	11.3	0.7679
972		sampling error	0.6212	-0.4431	2	88	121	10	2015.6	24.2	0.888
1101		summertime	0.4779	-0.2402	2	120	140	10	2016.7	102.3	2.3313
1212		valuable information	0.7253	-0.3554	2	130	153	10	2016.3	77.6	1.3347
1248		wdm6	0.4422	-0.8052	2	122	181	10	2019	12.2	0.5402
1167	tropical cyclone	tropical cyclone	0.0613	0.636	3	757	2853	217	2016.7834	32.6728	1.0415
238	convergence	convergence	-0.124	0.4677	3	849	2731	201	2016.0697	26.8159	0.8788
36	air	air	-0.3381	0.2504	3	838	2724	195	2013.8615	33.7641	1.1088
550	instability	instability	0.0178	0.4619	3	736	2001	155	2015.0581	32.7097	0.9879
554	intensification	intensification	0.0825	0.5833	3	700	2007	143	2017.6014	27.4685	1.0475
1063	stage	stage	-0.3227	0.333	3	700	1829	131	2014.7176	37.3359	0.9105
188	cold pool	cold pool	-0.2473	0.3063	3	617	1545	125	2015.464	35.592	1.2097
489	heavy rainfall	heavy rainfall	0.4046	0.3484	3	605	1690	113	2016.7611	28.1327	1.3457
431	front	front	0.0071	0.5078	3	566	1371	103	2015.9612	29.5437	0.9835
1161	track	track	0.6951	0.2657	3	587	1476	98	2016.5408	27.7653	0.9406
819	outflow	outflow	-0.2129	0.3251	3	583	1339	96	2014.9167	29.4167	0.8023
1226	vortex	vortex	0.0416	0.8196	3	449	1307	95	2015.4947	38.2526	1.2378
646	low level	low level	-0.0164	0.5531	3	590	1343	94	2016.6915	21.9149	1.0137
1007	shear	shear	-0.2016	0.4929	3	526	1207	94	2013.4681	27.3723	0.7485
912	radius	radius	0.0313	0.4179	3	544	1273	93	2015.3656	33.1935	0.9086
335	edge	edge	-0.3024	0.4641	3	537	1154	89	2013.1685	28.3708	0.7144
1013	side	side	-0.1096	0.5678	3	491	1092	86	2014.6744	25.5814	0.7518
1223	vertical wind shear	vertical wind shear	-0.2973	0.5334	3	548	1207	84	2015.6071	37.119	1.0364
540	inflow	inflow	-0.1112	0.6681	3	510	1150	77	2015.5455	26.8182	1.2961
1137	terrain	terrain	0.2942	0.3526	3	521	1025	76	2015.7763	24.1184	0.8029
303	disturbance	disturbance	-0.2366	0.6516	3	435	936	75	2014.8933	32.3467	0.8143
309	downdraft	downdraft	-0.4266	0.3002	3	476	972	71	2013.0141	31.8028	0.7528
839	plain	plain	0.3652	0.2089	3	505	1007	71	2016.507	28.2113	0.9718
567	island	island	-0.099	0.398	3	440	859	70	2017.0286	25.5286	0.839
490	heavy rainfall event	heavy rainfall event	0.4117	0.338	3	462	979	68	2017.8676	21.3382	1.2274
400	eyewall	eyewall	-0.1784	0.8952	3	324	922	66	2014.697	35.2273	0.8541
701	middle	middle	-0.3796	0.3358	3	514	964	65	2014.1692	23.1846	0.635
1228	vorticity	vorticity	-0.0681	0.7285	3	388	872	64	2015.6094	20.875	0.6537
58	ascent	ascent	-0.3229	0.3501	3	470	867	59	2015.5593	23.5763	0.7255
574	jet	jet	-0.0143	0.4181	3	439	775	58	2016.2069	22	1.2441
968	rotation	rotation	-0.0089	0.5428	3	397	766	54	2016.6481	26.6852	0.8108
661	maintenance	maintenance	-0.2795	0.6011	3	410	829	53	2016.0189	28.8868	0.8507
780	north	north	0.0516	0.3777	3	413	725	53	2015.9623	17.7925	1.0637
916	rainband	rainband	-0.1073	0.7878	3	331	745	52	2013.7692	30.6538	0.7193
930	rapid intensification	rapid intensification	0.0979	0.929	3	280	760	52	2017.2115	35.0385	0.9783
1227	vortice	vortice	-0.0435	0.7768	3	344	734	52	2015.6923	23.9423	0.7212
216	convection initiation	convection initiation	0.3657	0.4231	3	350	675	51	2018.0392	37.7255	1.2566
1256	west	west	0.2334	0.5372	3	417	746	51	2016.8431	32.0196	2.0415
1251	weakening	weakening	-0.3711	0.6214	3	402	708	50	2016.42	24.02	0.7885
1188	typhoon	typhoon	0.3401	0.614	3	335	671	48	2017.6875	16.9583	0.678
511		hurricane	0.3349	0.6547	3	309	660	47	2015.3617	41.1702	1.0217
534		idealized simulation	-0.4053	0.3913	3	387	634	47	2016.3191	37.3404	1.0053
625		lifting	0.124	0.5759	3	373	674	47	2016.9574	29.4681	1.5006
96		budget analysis	-0.4836	0.6488	3	371	655	46	2016.1087	18.9565	0.5921
594		landfall	-0.0202	0.4997	3	339	727	45	2015.1111	24.3556	0.6901
648		low level convergence	-0.0432	0.5142	3	391	657	45	2016.1778	29.9333	0.8013
1127		taiwan	0.6773	0.6607	3	278	711	45	2017.0444	20.3556	0.6653
476		grid size	0.3941	0.5375	3	367	675	44	2016.0455	32.4318	1.0133
649		low level jet	0.2661	0.5479	3	348	635	43	2017.1163	26.5814	1.0147
919		rainfall amount	0.3902	0.3262	3	360	654	43	2015.2558	24.6047	0.8449
1203		upward motion	-0.5659	0.5132	3	393	667	43	2013.8372	22.3256	0.9919
572		japan	0.1724	0.5472	3	291	523	41	2014.7073	17.1463	0.498
942		record	0.5551	0.3745	3	351	590	41	2018.1463	28.5854	1.8741
982		sea breeze	0.0344	0.5209	3	292	502	41	2017.9756	32.0976	1.174
291		diabatic heating	-0.3903	0.5775	3	373	611	40	2015.425	44.05	0.9534
449		genesis	-0.373	0.6859	3	318	594	40	2013.975	40.85	0.8747
988		secondary circulation	-0.1482	0.862	3	278	554	39	2017.2821	15.2051	0.4814
1181		trough	0.2874	0.5235	3	335	622	39	2016.0769	27.5385	0.8615
1219		vertical shear	-0.3525	0.6616	3	294	558	38	2011.7632	27.1842	0.5722
882		propagate	-0.3578	0.6062	3	292	472	37	2013.1892	31.7568	0.8523
1169		tropical cyclones	0.0927	0.7947	3	262	487	37	2016.8378	27.2703	0.9346
38		air parcel	-0.4796	0.2884	3	335	546	36	2014.3056	38.5	0.8831
564		intrusion	-0.2233	0.5424	3	346	560	36	2015.6111	25.3333	0.6268
791		numerical study	-0.1561	0.666	3	272	426	36	2010.5833	24.25	0.5019
846		potential temperature	-0.2321	0.4359	3	296	454	36	2013.25	24.9444	0.5872
1131		tcs	0.0737	0.7773	3	254	475	36	2017.3056	32.4722	1.0384
612		latent heat release	-0.6292	0.2199	3	339	520	35	2015.4857	33.6286	0.9082
729		moist air	-0.0286	0.5291	3	301	473	34	2016.4118	21.0588	1.4367
1034		south	0.0893	0.4448	3	321	490	34	2015.4706	17.0294	1.0229
37		air mass	-0.2193	0.1093	3	311	460	33	2014.1818	19.7576	0.5586
1077		stratification	-0.3293	0.4187	3	258	361	33	2015.4848	22.3333	0.6454
7		acceleration	-0.1957	0.4979	3	286	416	32	2015.5938	40.8125	1.1006
548		inner core	-0.0217	0.8725	3	234	452	32	2017.125	34.125	0.8725
749		movement	0.2163	0.6006	3	330	508	32	2014.3438	22.5	0.671
848		potential vorticity	-0.1557	0.7377	3	261	441	32	2015.0312	34.9062	0.6336
116		cin	-0.0139	0.2729	3	265	354	31	2014.5161	47.5806	1.2071
825		parcel	-0.323	0.3645	3	273	445	31	2014.1935	45.7419	1.1657
1038		southern china	-0.0231	0.3009	3	250	429	31	2017.1935	21.871	0.8953
46		amplification	-0.2514	0.5182	3	257	381	30	2016.0667	27.2	0.9165
961		ridge	0.0283	0.4351	3	252	363	30	2013.4333	27.9667	0.7247
61		asymmetry	-0.0892	0.8624	3	241	416	29	2014	39.3448	1.0524
317		dry air	-0.3025	0.5181	3	267	400	29	2013.069	44.069	0.9837
373		equivalent potential temperature	-0.1595	0.6834	3	275	428	29	2015.9655	26.7241	1.1925
670		maximum wind	0.058	0.8945	3	227	454	29	2015.4483	38	1.0066
775		nighttime	-0.1803	0.4228	3	242	360	29	2017.931	19.3448	0.9805
816		origin	-0.2567	0.4154	3	295	409	29	2016.1724	29.5517	1.0539
1036		south china	0.4915	0.5762	3	241	410	29	2020.2759	21.1379	1.2672
1166		tropical cyclogenesis	-0.4575	0.833	3	214	465	29	2014.2069	56.8966	1.0885
386		evening	-0.0552	0.3168	3	248	345	27	2016.3333	25.6667	0.9357
399		eye	-0.1377	0.9953	3	196	429	27	2012.4074	45.963	0.9268
182		coastal region	0.2402	0.3358	3	258	348	26	2019	25.9231	1.0672
666		mature stage	-0.3791	0.4177	3	247	366	26	2014.7308	26.6154	0.9193
746		mountain range	0.3198	0.5111	3	245	347	26	2015.3077	50.2308	1.4396
187		cold front	0.3577	0.4305	3	239	342	25	2015.52	23.72	0.6861
250		cress	0.6526	0.6321	3	191	376	25	2015.88	15.08	0.3926
287		descent	-0.4331	0.2992	3	245	362	25	2015.36	21.84	0.7446
312		downwind	-0.2866	0.3006	3	230	311	25	2013.08	41.32	1.0134
384		evaporative cooling	-0.5018	0.4507	3	245	369	25	2015.6	29.44	0.7202
391		extratropical cyclone	0.1522	0.3247	3	213	310	25	2018.04	17.32	0.6923
735		moisture content	0.2732	0.5843	3	235	300	25	2015.12	24.64	0.7484
888		quasi	-0.1045	0.5072	3	246	347	25	2014.48	31.44	1.2013
1130		tc intensity	0.3759	0.7511	3	192	327	25	2017.72	20.92	0.8127
183		coastline	0.4264	0.478	3	211	293	24	2018.5	28	1.1892
204		conceptual model	-0.2849	0.3884	3	233	301	24	2017.4583	19.7083	0.6178
273		daytime	-0.296	0.4254	3	232	306	24	2016.4167	27.9583	0.9165
326		early morning	-0.1239	0.3765	3	222	322	24	2015.75	32.75	1.0174
401		fall	0.1623	0.6079	3	276	407	24	2018.2917	15.4167	1.0566
1037		south china sea	-0.0526	0.6163	3	232	366	24	2017.75	19.9583	0.8626
1075		storm structure	0.2546	-0.0144	3	230	323	24	2013.625	54.6667	1.2883
1113		surface heating	-0.0323	0.5504	3	224	320	24	2015.0833	34.375	1.185
63		atmospheric boundary layer	-0.1222	0.3704	3	197	263	23	2016.2609	19.8261	0.6902
164		cloud resolving storm simulator	0.7851	0.6275	3	181	345	23	2016.5217	17.5217	0.5088
311		downstream	0.1335	0.5925	3	231	307	23	2016.0435	28.6522	1.094
331		eastern china	0.2549	0.4616	3	210	315	23	2018.2609	31.7391	1.2294
556		intensity change	0.2316	0.8914	3	189	335	22	2016.9091	28.9091	1.1729
643		longevity	0.2449	0.4435	3	224	302	22	2017.8182	31.7273	0.8262
683		mei	0.4418	0.6492	3	182	294	22	2018.1364	25.9091	0.9831
969		sahel	0.054	0.4421	3	164	216	22	2017.1818	22.0909	0.766
1128		tangential wind	-0.2773	0.9251	3	182	355	22	2015.6364	47.7727	1.1211
1232		warm core	-0.0807	0.9597	3	176	336	22	2015.3182	40.5455	0.9736
1247		wavenumber	-0.5008	0.7815	3	176	266	22	2010.5	35.1364	0.7744
505		horizontal vorticity	-0.051	0.6678	3	165	290	21	2016.2857	18.2381	0.586
799		observational analysis	-0.1628	0.3057	3	236	311	21	2017.381	28.0952	1.406
1053		spin	0.3985	0.5319	3	223	332	21	2018.8571	20.0952	0.7882
1118		surface pressure	0.0684	0.4785	3	213	311	21	2015.619	39.9048	0.9211
1221		vertical vorticity	0.0733	0.7309	3	158	265	21	2015.0952	34.619	0.5951
80		bay	0.0988	0.5506	3	196	282	20	2016.75	17	0.6433
589		korea	0.2512	0.2946	3	177	248	20	2016.25	18	0.4315
927		rainy season	0.5356	0.3908	3	204	274	20	2016.45	31.95	1.1823
97		building	0.609	0.3684	3	231	315	19	2018.3158	22.4211	2.3087
650		low level wind	0.1201	0.5057	3	190	244	19	2018.9474	24.4211	1.0415
730		moist environment	-0.0791	0.3249	3	207	282	19	2015.7895	21.5263	0.6578
1176		tropical storm	0.1137	0.6501	3	215	310	19	2014.4211	63.6316	1.0971
423		formation mechanism	-0.0674	0.1597	3	182	230	18	2015.7778	15.3333	0.6054
557		intensity forecast	0.9538	0.4127	3	163	298	18	2016.2778	38.8889	1.1438
784		northwest	0.2563	0.4378	3	231	290	18	2016.4444	29.7222	1.1316
427		free convection	0.2216	0.4776	3	149	205	17	2016.2353	32.4118	1.0486
609		late afternoon	-0.1157	0.4648	3	192	244	17	2016.2353	24	0.8893
958		rest	-0.2891	0.4153	3	200	266	17	2013.5294	43.7647	1.2164
1072		storm intensity	0.0974	0.6551	3	179	240	17	2014.7647	42.4118	1.2648
1147		tilting	0.0361	0.8048	3	134	218	17	2016.4118	16.8824	0.5707
1216		vertical advection	-0.6289	0.681	3	175	240	17	2015.4706	35.1176	0.9693
83		bengal	0.0912	0.5155	3	166	230	16	2018	17.5625	0.7145
198		composite analysis	-0.3965	0.5699	3	172	218	16	2018.125	14.625	0.647
501		horizontal grid size	-0.0627	0.6403	3	171	251	16	2009.75	29.375	0.5825
555		intensification rate	-0.0759	1.023	3	133	217	16	2018.875	19.5625	0.9879
571		j kg	0.1564	0.4686	3	154	212	16	2014.0625	32.125	0.7942
592		land breeze	-0.065	0.6731	3	116	178	16	2016.625	34.1875	1.3635
667		maximum intensity	0.3177	0.5482	3	175	224	16	2018.4375	24.0625	1.0113
207		conditional instability	-0.0817	0.5654	3	143	170	15	2014.0667	31.4	0.8133
212		contraction	-0.363	0.9182	3	139	218	15	2016.4667	24.5333	0.8413
272		day simulation	-0.2301	0.4922	3	191	239	15	2015.2667	57.1333	1.6319
330		east china	0.1794	0.4487	3	142	190	15	2018.3333	26	0.8069
344		emergence	-0.0222	0.4613	3	173	197	15	2018.4667	23.8667	1.085
480		gust front	-0.2545	0.5249	3	132	184	15	2014.5333	34.1333	0.9381
512		hurricane intensity	0.4108	0.7127	3	128	189	15	2011.6667	50.1333	0.9869
549		inner core region	0.09	0.927	3	151	247	15	2016	32.5333	1.039
640		llj	0.2246	0.7133	3	148	216	15	2018.1333	24.1333	0.9686
671		maximum wind speed	0.0786	0.8546	3	140	233	15	2017.0667	27.8	0.9609
702		middle level	-0.1309	0.2147	3	156	190	15	2016.7333	9	0.3094
703		midlevel	-0.3964	0.3788	3	219	268	15	2014.3333	35.8667	0.8603
704		midnight	-0.0274	0.6762	3	150	217	15	2015.8	33.6	1.0451
714		mm5	-0.0251	-0.051	3	167	208	15	2007.9333	41.4	0.8932
737		moisture supply	-0.0972	0.6284	3	172	226	15	2017.6	16.3333	0.8594
779		noon	-0.1645	0.2815	3	166	212	15	2016.4	52.9333	1.1656
783		northeast	0.206	0.6042	3	168	205	15	2014.8	25.8667	0.7035
832		peak intensity	0.555	0.6237	3	198	262	15	2016.9333	45.2	1.2061
1087		structural change	-0.1206	0.9458	3	138	215	15	2015.5333	35.2	0.7716
222		convective line	-0.0471	0.1332	3	163	195	14	2012.0714	20.5	0.6048
263		cyclogenesis	-0.412	0.7576	3	127	201	14	2013.5714	63.9286	1.1772
292		diabatic process	-0.2523	0.3889	3	160	203	14	2013.7857	25.5714	0.7291
686		member convection	1.1061	0.4435	3	141	223	14	2017.8571	19.6429	0.7823
1153		tornadic supercell	0.8943	0.3495	3	135	223	14	2018	22	0.8766
77		background wind	-0.4287	0.6623	3	113	129	13	2016	26.2308	0.7865
90		bottom	-0.2385	0.1542	3	135	153	13	2014	24.1538	0.8811
185		cold air	-0.2235	0.2536	3	171	198	13	2014.7692	22.0769	0.7822
299		dimensional structure	-0.2604	0.4051	3	133	167	13	2013.4615	36	0.9991
365		environmental parameter	0.0136	0.0591	3	155	191	13	2014.2308	39.5385	1.0639
456		global analysis	0.422	0.5249	3	147	183	13	2015.5385	28.1538	0.9988
483		h period	0.6439	0.2285	3	184	222	13	2014.3846	45	1.3596
578		key factor	0.2806	0.5496	3	168	207	13	2016.6154	33.2308	0.8025
689		mesoscale convection	0.3923	0.7678	3	116	160	13	2010.5385	15.9231	0.3708
705		midtroposphere	-0.7588	0.5214	3	132	176	13	2014.9231	16.2308	0.5006
965		rmw	-0.1817	1.0433	3	109	190	13	2016.1538	24.3077	0.7579
1097		sumatra	-0.1942	0.5487	3	109	166	13	2017.5385	19.7692	0.9946
1235		warm sector	0.5016	0.6111	3	131	179	13	2019.9231	22.3846	1.2771
76		background flow	-0.0153	0.8327	3	104	127	12	2016	23.0833	0.6966
256		ctl	0.2081	0.6167	3	152	193	12	2017.6667	21.0833	0.8628
546		initial time	0.7744	0.4703	3	145	186	12	2015.3333	17.1667	0.6657
573		japan meteorological agency	0.2346	0.569	3	132	166	12	2013.6667	22	0.5487
615		later stage	-0.2062	0.4173	3	174	208	12	2012.4167	96	1.6348
620		lee side	0.2037	0.4621	3	138	178	12	2015.5	16.3333	0.7266
699		mid level	-0.5765	0.5947	3	156	199	12	2013.75	25.5833	0.6781
763		negative buoyancy	-0.0429	0.1819	3	107	134	12	2016	23.0833	0.8339
966		roles	-0.4703	0.673	3	153	185	12	2016.9167	19.1667	0.9145
981		scs	0.1836	0.6794	3	140	173	12	2018	16.3333	0.7271
1040		southwest	0.0781	0.8563	3	140	183	12	2015.75	26.3333	0.7369
1155		tornadogenesis	0.4361	0.6887	3	87	161	12	2016.9167	18.75	0.7922
1168		tropical cyclone intensity	0.3099	0.6842	3	117	144	12	2015.5833	55.8333	1.6885
1189		typhoon morakot	0.6908	0.7302	3	128	218	12	2015.1667	34.8333	0.8845
1197		unstable layer	-0.0259	0.4882	3	141	169	12	2017.0833	12.0833	0.454
30		african easterly wave	-0.0605	0.5191	3	110	134	11	2016.5455	14.8182	0.5632
364		environmental flow	0.0889	0.6415	3	131	162	11	2012.5455	38.8182	0.9721
380		essential role	0.0959	0.4327	3	131	158	11	2015.2727	42	2.016
929		rapid development	-0.1166	0.5687	3	102	138	11	2018.5455	24.3636	1.0322
1070		storm center	0.136	0.8053	3	146	179	11	2014.4545	22.8182	0.5853
1073		storm motion	0.4654	0.5232	3	124	154	11	2013.5455	43.2727	0.8978
1225		vol	0.7597	0.6317	3	19	20	11	2014.3636	0.5455	0.0399
504		horizontal transport	-0.4903	0.0773	3	100	122	10	2011.1	23.1	0.8542
513		hwrf	0.6169	0.7117	3	100	161	10	2016.9	33.2	0.9517
553		intense tropical cyclone	0.0019	0.8026	3	96	130	10	2014.5	48.8	1.7011
674		mcv	0.1133	0.7771	3	140	203	10	2010.2	44.6	0.9575
754		multiscale process	0.0121	0.7574	3	134	163	10	2018.2	17.3	3.2624
818		outer rainband	-0.1333	0.916	3	93	130	10	2014.4	28.9	0.6662
833		pecan	0.2603	-0.0172	3	93	130	10	2019.1	16.5	0.8039
1129		tc development	-0.109	0.9803	3	94	135	10	2017.5	16.5	0.5591