. 2021 Feb 23;9(2):460. doi: 10.3390/microorganisms9020460

Table 1.

Bacterial production and the loss of bacteria to viral and grazing-mediated mortality and their effects on carbon.

Date	Bacterial Production (×10⁸ Cells l⁻¹ Day⁻¹)	VMM (×10⁸ Cells l⁻¹ Day⁻¹) ^a,b	GMM (×10⁸ Cells l⁻¹ Day⁻¹) ^a,b	VMM (% of Bacterial Standing Stock d⁻¹) ^a,b	GMM (% of Bacterial Standing Stock d⁻¹) ^a,b	VMM (% of Total Available Bacteria d⁻¹) ^a,b	GMM (% of Total Available Bacteria d⁻¹) ^a,b	Bacterial Production Virally Lysed or Grazed (% d⁻¹) ^a,b	VMM (µg C l⁻¹ d⁻¹) ^c	GMM (µg C l⁻¹ d⁻¹) ^c
13 December 2010	7.0	0.6	3.9	7.7	46.9	4.2	25.4	64.6	0.8	4.8
20 December 2010	14.7	0.8	8.3	5.7	61.8	2.7	29.6	62.0	0.9	10.3
28 December 2010	7.1		1.7		31.5		13.7			2.1
04 January 2011	5.5		3.3		38.7		23.7			4.1
10 January 2011	5.4	1.6	5.8	20.1	74.2	11.9	44.1	138.1	2.0	7.2
14 January 2011	19.7
24 January 2011	6.1	6.0	2.6	98.9	43.1	49.2	21.4	140.4	7.4	3.2
31 January 2011	10.4	0.9	1.4	21.0	34.3	6.0	9.8	22.2	1.1	1.8
07 February 2011	16.9	6.5	2.2	161.4	53.5	31.1	10.3	51.3	8.1	2.7
16 February 2011	7.2	5.7	1.9	74.7	25.5	38.2	13.1	105.1	7.0	2.4
21 February 2011	3.3		1.1		20.0		12.3			1.3

^a Abbreviations: VMM, virus-mediated mortality; GMM, grazing-mediated mortality; SS, standing stock; and BP, bacterial production. ^b VMM, viral production/burst size of 41 according to Brum and Colleagues [32]; GMM, (specific grazing rate/net growth rate) × net bacterial production. VMM of bacterial standing stock = (VMM/SS) × 100. GMM of bacterial SS = (GMM/SS) × 100. VMM of total available bacteria = [VMM/(SS + BP)] × 100. GMM of total available bacteria = [GMM/(SS + BP)] × 100. Bacterial production virally lysed or grazed = [(VMM + GMM)/BP] × 100. ^c Bacterial carbon conversion factor of 12.4 fg C cell⁻¹ reported by Fukuda and colleagues [28].