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Soproni Egyetem

EK

Soproni Egyetem

Sopron 2020

(3)

Vita est labor et studium

WILCKENS HENRIK VID

Sopron , 2020

ISBN 978-963-334-376-0 (on-

On- http://emk.uni-sopron.hu/images/dekani_hivatal/Kiadvanyok/Tu- domanyosKozlemenyek2020.pdf

Szerkesztette:

F F. K G. (szerk.) (2020): Sopron

. Sopron , Sopron.

(4)

...5

...6

...13

- : - - ...19

- ...26

Barta Edit, Bakki- ...33

gyakorlatain ...40

ha ...45

: - ...51

...61

Czimber ...69

: ...74

, -Zambia) pota ...81

...85

A t ...91

a Soproni- ...97

...105

...112

Herceg : szerkezetre ...119

Fagus sylvatica L.) faanyag polifenol ...127

Eszter Fagus sylvatica ...132

- ...137

Attila ...142

...149

...156

-da- ...163

: N - ...170

: vo- nalas ...177

...187

(5)

4 :

... 195

...200

...205

Gergely: ...210

: Faanyagok FT- ...217

Nevezi Csenge, Anita: ...221

A ...227

...232

...237

...247

...254

I a ...263

Zsolt -IR spektru- ...268

...273

...278

A ...284

...291

: lakott- ...298

...305

...311

: ...318

: ...325

Andrea - ...329

: A COVID- re ...336

Albert Levente, ...342

Rajczi ...348

...354

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HERCEG A ,KALICZ P ,PRIMUSZ P ,GRIBOVSZKI Z

Soproni Egyetem,

herceg.andras@uni-sopron.hu

-

-

A klimatikus j

GUPTA 2014 Az as

P 2008):

-

P 2008).

BOROMISSZA 1997 pa

- -

BARTHOLY et al.

2011).

sz

S 2008; G et al. 2014

(7)

120

csapa-

(G et al. 2015; N B 2013).

S 2008).

HREX

(G et al. 2007).

- -Magyaror-

- - -

-

-

-2010-

- JACOB et al. 2007

- DOBOR et al. 2013).

-

- -

- - -

- -kal.

Az - - -

- )

1981- -

-

(8)

1 (1981- 2010).

Min. [Celsius] Max. [Celsius]

D 11,06 11,96 11,53 0,20

KD 9,68 11,78 11,08 0,45

BK 9,52 11,87 11,24 0,49

EA 10,16 11,64 10,79 0,45

DA 11,066 11,96 11,60 0,19

NYD 10,37 11,58 10,97 0,21

EM 8,34 11,28 10,14 0,61

-

- - -490

-

2

-2010).

Min. [mm] Max. [mm]

D 512 713 586 47,19

KD 501 651 554 34,09

BK 487 649 523 36,22

EA 499 622 546 33,56

DA 490 570 521 16,32

NYD 505 764 614 66,84

EM 505 671 574 36,80

FI et al.,

-

- -

- -

-

(9)

122 3

ban (1981-2010).

Min. [mm] Max. [mm]

BK 158 221 174 15,09

D 171 230 190 13,94

DA 160 192 174 6,41

EM 146 217 168 14,90

NYD 162 231 185 17,40

KD 168 210 182 8,98

EA 150 207 175 14,07

-

-

mutatja. -kkal magasabb, mint a jelenre vonat-

- -

- -os (1981- z

-

bek 11,0- -os (1981-2010: 9,0- -

- -

12,5- -os (1981-

4 (2016-

2045).

Min. [Celsius] Max. [Celsius]

BK 10,41 12,81 12,18 0,50

D 11,98 12,93 12,46 0,22

DA 12,01 12,89 12,54 0,19

EA 11,17 12,59 11,76 0,43

EM 9,32 12,25 11,12 0,61

KD 10,53 12,71 11,96 0,47

NYD 11,16 12,47 11,79 0,23

- -i

- -2010: 3-

- - -2010-

-2010-

- - -2010

(10)

- -

(mintegy 6- sban

- -2010-

-2045- -450

- -2010: 614

5

-2045).

BK 442 629 482 44,04

D 456 691 554 54,27

DA 443 545 489 25,13

EA 452 585 505 33,24

EM 461 646 543 41,72

KD 458 621 521 38,89

NYD 497 731 604 55,85

-2010- -2045-

ber-

- -2010:

-es (1981-2010: 178

-

(11)

124 6

(2016-2045).

Pixel Min. [mm] Max. [mm]

BK 7079 137,852 207,871 155,64 17,91

D 14429 148,293 246,401 186,48 22,80

DA 18545 138,541 191,915 162,07 11,08

EA 18041 132,370 214,544 162,56 18,52

EM 13438 130,870 205,357 155,98 16,60

KD 11454 148,216 208,271 177,65 14,93

NYD 11177 172,161 254,821 204,78 19,06

sszefoglal s

A klimatikus jellemz k hat sai az tp -2010;

2016-2045) a k vetkez k ssze:

-

magasabb, mint a jelenre (1981- -i

- (1981-2010: 3-

- 6-

sebb lesz, mint -2045-

- -2010-

(12)

sszeg a 2016-

(1981- -2045-

- -2010 178 mm) az

: A -16-2017-

BARTHOLY,J. B ,L. HASZPRA,L.(SZERK.)

FI,I. BONCS,P. P ,L. T ,CS. 9968 349, p. 457.

G ,B. LORENZ,PH. JACOB,D. (2007): Will dry events occur more often in Hungary in the future? Environ. Res. Lett., 2, 034006 (9pp), https://doi.org/10.1088/1748-9326/2/3/034006 G ,B. ANTAL V. CZIMBER,K. M ,CS. (2014): Forest ecosystems, sewage works and

droughts possibilities for climate change adaptation. In: Santamarta J.C., Hernandez-

L.E., Arraiza M.P. (eds) 2014. NaturalHazards and Climate Change/Riesgos Naturales y Cambio -84-617-1060-7, D.L. TF 565- 2014, 91-104, https://doi.org/10.13140/RG.2.1.3947.6963

G ,B. F ,E. CZIMBER,K. G ,K. B ,A. H ,A. JACOB,D. M ,CS. (2015): Climatic threats determining future adaptive forest management a case study No. 4, October December, 2015, pp. 425 441.

GUPTA A. (

fic and Transportation Engineering Research, vol:3 iss:1 pg:14-20

HREX (

M.

(szerk.) http://www.met.hu/doc/IPCC_jelentes/HREX_jelentes 2012.pdf

JACOB,D. BARRING,L. CHRISTENSEN,OB. CHRISTENSEN,JH. CASTRO,M. DEUE,M. GI- ORGI,F. HAGEMANN,S. HIRSCHI,M. JONES,R. K ,E. LENDERINK,G. RO- CKEL,B. SANCHEZ,E. SCHAR,C. SENEVIRATNE,SI. SOMOT,S. VAN ULDEN,A. VAN

DEN HURK,B. (2007): An inter-comparison of regional climate models for Europe: model perfor- mance in present-day climate. ClimChange, 81:31-52, https://doi.org/10.1007/s10584-006-9213-4 N ,B. B ,G. (2013): Shifts and Modification of the Hydrological Regime Under Climate

Change in Hungary; http://doi.org/10.5772/54768

P L.

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126

S G. (2008): Regional change of climate extremes in Hungary based on different regional climate

models of the PRUDENCE project, Id 83.

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