2020-10-31-accounts - Jba Trust Limited

This text was generated using OCR and may contain errors. Check the original PDF to see the document submitted to the regulator.

		Page
Reference and administrative details ofthe charity, its trustees	and advisers
Trustees' report
Independent examiner's report		21
Statement offinancial activities		23
Balance sheet		24
Notes to the financial statements		25-32

Storm clustering and its influence on coastal morphology and defences	Storm clustering and its influence on coastal morphology and defences	Storm clustering and its influence on coastal morphology and defences	Storm clustering and its influence on coastal morphology and defences	Storm clustering and its influence on coastal morphology and defences	University	of Southampton,	of Southampton,		Luke Jenkins	Luke Jenkins
					Environment Agency
Enhancing forecasting flood inundation mapping through data					Reading	University			Helen Hooker
assimilation
Understanding and estimating uncertainty in global	flood risk models				Bristol University				Georgios
									Saralidis
Modelling wave interactions over space and time					Lancaster	University			Jake
									Grainger
Examining the role ofhabitat quality in determining	river ecosystem				University	ofLeeds,			Aiidrew
resilie~nce oexTreme'flood'events					nWirnnmeht A~g				Johnson
Estimating flood frequency using documentary and	floodplain				University	of Lincoln,			Josephine
sedimentary archives to extend flood series					Environment Agency				vvesllakc
Me~to s arid tools to communicate climate change	and air quality			risk	Lancaster	Environment			Suzanne	van
					Centre				Zuijlen
Hydrodynamically- and ecologically-driven design	ofweirs,				University	of Leeds			Tom Padgett
hydropower plants and fish passes
Multi-scale sediment and debris impacts of Natural	Flood Management				University	ofLeeds			Eleanor
(NFM) measures									Pearson
Impact ofwoody debris on hydro-geomorphological	processes	and			University	ofLeeds,			Zora Van
flood risk					Yorkshire	Dales Rivers			Leeuwen
					Trust
impact ofaWater Level Management Plan on the	Humberhead				Edinburgh	University,			Ashley
Wetlands					Natural England				Buchan
As our programme matures, the graduate researchers supported are completing their work and generating outputs. This year, for example, working with the Fluid Dynamics			we have research Centre for			EEEELEEEEHE EEEENEmEEEE Q	hhhEhhiv hem mhhl Ei phmx Emi mmmmh ~whh eeyaNM sarEkEEEhh AEEEpshr hphhlpfEEm EEpeer ihh pphihppph
Doctoral Training (CDT) at the University of Leeds, we			supported					W
PhD student Tom Padgett to develop a modelling tool		to		optimise			~	IE	WEEC
weir, fish pass and hydro-electric	power (HEP)				plant
configurations for given river discharge	regime and			channel
dimensions. Tom's paper was published	in the Royal			Society					s
Open Science journal in January 2020.
A s mal a	al flui
d a I oi i assde in

During	During		the year,	the year,	the year,	we	supported	supported	supported	co-authored	co-authored	co-authored	studies	studies	published as papers in peer-reviewed	published as papers in peer-reviewed	scientific
journals.				The peer		review process can be lengthy,							and so		some ofthese papers report	on research	activity
carried			out in previous				years.
Table		2.Summary				of papers			published	in 2019-20
										Royal Society			Open		Padgett T.E., Thomas R.E.,	Published
										Science					Borman D.J., Mould D.C.
				'I			I.
	I o		Eve		ereRev			it	A	Environmental			Modelling		Blair, G, Beven, K, Lamb, R,	Published
Technolo			i	I Pere		ive				and Software					Bassett, R, Cauvenberghs,
															K, Hsnkin, B,Dean, G,
															Hunter, N, Edwards, L,
															Nundloll, V, Samreen, F,
															Simm, W &Towe, R
										Journal	of Flood			Risk	Towe, R, Dean, G,	Published
										Management					Edwards, L, Nundloll, V,
~ae															Blair, G, Lamb, I, Hankin,
															H, Manson, S.
Dev	I	'n			i	nalmetho				Hydrological		Processes			Beven, K., Asadullah, A.,	Published
drive	future			h drol	ical sci			nce	Can we						Bates, P., Blyth, E.,
makes		start		as a commun'				2							Chappell, N., Child, S.,
															Cloke, H., Dadson, S.,
															Everard, N., Fowler, H. J.,
															Freer, J., Hannah, D. M.,
															Heppell, K., Holden, J.,
															Lamb, R., Lewis, H.,
															Morgan, G., Parry, L, &
															Wagener, T.
										Natural	Hazards			and	Hankin, B., Hewitt, I.,	Published
										Earth System			Sciences		Sander, G., Danieli, F., Formetta, G., Kamilova, A., Kretzschmar, A. , Kiradjiev,	Code and data Sl on JBATrust
															K., Wong, C., Pegler, S.,	GitLab site
															Lamb, R.
	elln		h	Cl s						J.Agricultural,			Biological		Towe, R., Tawn, J., Eastoe,	Published
Events for			Short-Term			Risk Assessment				and Environmental					E., Lamb, R.
										Statistics
										Committee		on	Climate		Sayers, P., Horrltt, M. , Carr,	Published
										Change,	London				S., Kay, A.L, Mauz, J.,
															Lamb, R., Penning-Rowsell,
															E.

		Unrestricted	Total	Total
		funds	funds	funds
		2020	2020	2019
	Note		5	5
INCONIE FRONh Donations and legacies Investments	2 3	181,341 181,341 00~6		201,250 1 907
TOTAL INCOME		~407	~71401~20 2 7
EXPENDITURE ON:
Raising funds Charitable activities	4,6,5~10446		150446	745 ~22922
TOTAL EXPENDITURE		~~44 i	159446	226220
NET INCOME I(EXPENDITURE) BEFOREOTHER
RECOGNISED GAINS AND LOSSES		21,955	21,955	(22,983)
NET MOVEMENT IN FUNDS		21,955	21,955	(22,983)
RECONCILIATION OF FUNDS:
Total funds brought forward		277 330	277 339	~300 2
TOTAL FUNDS CARRIED FORWARD
The notes on pages 6to 13form part ofthese financial	statements.

INCOME FROM DONATIONS AND LE	GACIES
	Unrestricted	Total	Total
	funds	funds	funds
	2020	2020	2019
			5
Donations Donated services Sales Flume income	116,193 60,245 4,903	116,193 60,245 4,903	126,050 66,325 8,725 150

Unrestricted	Total	Total
funds	funds	funds
2020	2020	2019
5	K

				Grants to
			Grants to	Support
			Institutions	Activities	Total	Total
			2020f	2020 5	2020 6	2019
Grants,	Activities	undertaken	14048	92283	106331	148 142

	FORTHE YEAR ENDED 3	1OCTOBER 2020
		2020	2019
		6
Grants to institutions		14,048	27,820
Research projects		32,262	49,784
Project pipeline	development	20,228	10,304
Training projects		39,793	41,131
Seminars			19,103
Total

SUPPORT COS	TS
			Activities	Total	Total
			undertaken 6	2020 E	2019f
Sub-Contractors	associates		11,900	11,900	43,531
Sundry expenses			1,580	1,580	2, 142
Sub-Contractors	other				1,397
Communication	and website		25,547	25,547	5,967
Computer consumables		and software licences	452	452	343
Motor and travel	expenses		2,057	2,057	7,610
Office costs			3,880	3,880	606
Insurance			509	509	494
Legal and professional			13	13	13
Depreciation			4,952	4,952	12,504

		Unrestricted	Total	Total
		funds	funds	funds
		2020f	2020 f	2019 f
Accountancy	fees	2,202	2,202	2,700
Bank charges		23	23	27

9.	TANGIBLE FIX	EDAS	SETS
						Plant and	Motor
						machinery	vehicles	Equipment	Total
							6	6	9
	Cost
	At 1' 0	2019	0 31 ON	0	2020	37 109	~L208~t 07		58896
	Depreciation At 1 November 2019 Charge for the year					23,659 4070	20,100 1,301 -~		45,060 4952
	At 31 October 2020					20 329	20 100	1 583	50012
	Net book value
	At 31 October 2020
	At 31 October 2019
10.	DEBTORS
								2020 E	2019f
	Trade debtors							350
	Other debtors							51,430	10,778

					Unrestricted	Total
					funds	funds
					2019	2019
					6	6
Tangible	fixed	assets			13,836	13,836
Current	assets				269,717	269,717
Creditors	due	within	one	year	(6,214)	(6,214)