Table A.3: Kinematical parameters.

field Sp. type $v_{\rm hel,1}$ $\sigma_1$ $v_{\rm hel,2}$ $\sigma_2$ $\mu_{\alpha}\cos\delta$ $\sigma_{\mu_{\alpha}}$ $\mu_{\delta}$ $\sigma_{\mu_{\delta}}$ $U\pm\sigma_U$ $V\pm\sigma_V$ $W\pm\sigma_W$

[km s^-1] [km s^-1] [mas yr^-1] [mas yr^-1] [km s^-1]

A001 K0 +12 2 +13 2 +46.6 1.1 -35.2 1.1 UC * * *

A007 K1 -56 2 +115 2 +44.2 1.5 -84.6 2.0 UC * * *

A010 K4Ve +10 1 * * +13.7 1.5 -13.1 1.3 UC $+1.8 \pm 1.6$ $+0.1 \pm 2.8$ $+0.9 \pm 1.3$

A013 M4e * * * * +54.0 2.0 +20.0 3.0 US * * *

A028 G9V +0 3 * * -35.1 2.9 -17.7 2.5 UC $+22.0 \pm 6.2$ $+10.2 \pm 2.8$ $-7.8 \pm 7.7$

A030 M5Ve * * * * +114.0 2.0 -124.0 2.0 US * * *

A035 M0e * * * * * * * * * * *

A036 K4Ve +16 3 * * -10.2 5.3 -12.7 5.3 UC $+7.5 \pm 6.0$ $+1.8 \pm 4.9$ $-14.4 \pm 6.8$

A039 K4 +8 1 +65 1 +85.7 1.1 -50.6 1.1 UC * * *

A042 K2 -238 10 +143 9 +9.2 3.1 -42.1 2.2 UC * * *

A045 K3 * * * * * * * * * * *

A050 M4e * * * * -30.0 2.0 -36.0 2.0 US * * *

A056 K1V-IV +40 1 * * +129.7 1.2 +36.2 1.1 UC $-46.3 \pm 12.8$ $-16.9 \pm 10.2$ $+16.0 \pm 16.9$

A057 G9V-IV +16 1 * * +7.4 0.9 -6.7 0.9 UC $-1.4 \pm 1.5$ $-3.1 \pm 3.4$ $-2.4 \pm 1.5$

A058 K1Ve +16 1 * * +22.3 2.0 -13.8 1.9 UC $-5.3 \pm 2.6$ $-18.3 \pm 11.6$ $+3.8 \pm 3.6$

A063 K3V -20 12 +114 3 * * * * * * *

A064 M3Ve * * * * +186.7 3.6 -271.8 4.0 HI * * *

A065 K7Ve +24 2 * * * * * * * * *

A069 G4V: +21 3 * * +23.0 1.4 -21.6 1.5 UC $-8.6 \pm 2.7$ $-18.2 \pm 11.9$ $-2.9 \pm 2.2$

A071 K3V:e +60 2 -20 3 +35.1 1.6 -22.1 1.2 UC * * *

A072 G0V -16 2 +26 3 -57.8 1.2 -27.8 1.2 TY * * *

A075 M3e * * * * +46.0 3.0 -28.0 2.0 US * * *

A089 G5II-III +26 1 * * +26.5 0.9 +1.5 0.9 HI $-14.8 \pm 1.6$ $-7.0 \pm 0.9$ $-0.8 \pm 1.6$

A090 G0V +17 2 * * -1.4 1.3 -7.6 1.3 UC $-0.8 \pm 2.4$ $+1.2 \pm 1.8$ $-5.6 \pm 2.3$

A094 K3V +9 4 * * +1.9 1.5 -0.8 1.5 UC $+3.4 \pm 3.1$ $+3.6 \pm 1.0$ $+2.5 \pm 2.3$

A095 G5V +18 1 * * +43.8 1.1 -91.2 1.3 UC $+4.8 \pm 4.4$ $-24.8 \pm 13.7$ $-7.7 \pm 2.2$

A096 K3V +19 3 * * -0.5 5.4 -5.4 5.4 UC $-1.5 \pm 3.8$ $-0.4 \pm 4.8$ $-6.7 \pm 4.1$

A098 M3Ve +14 1 * * * * * * * * *

A098 K5 +6 1 * * -181.9 1.0 -141.9 1.0 TY $+16.4 \pm 1.6$ $+5.3 \pm 0.3$ $-10.2 \pm 1.3$

A100 K4V +12 1 * * -6.8 1.8 -3.6 1.8 UC $+3.7 \pm 1.9$ $+4.3 \pm 0.9$ $-2.7 \pm 1.9$

A101 K3V +15 1 * * -2.1 1.4 -4.2 1.3 UC $-0.1 \pm 1.8$ $+2.2 \pm 0.8$ $-3.9 \pm 1.6$

A104 G5V-IV +15 1 * * +35.0 4.8 +21.2 4.1 UC $-19.5 \pm 8.8$ $-0.5 \pm 4.4$ $+26.2 \pm 14.0$

A107 G4V +14 3 * * +19.9 2.0 +38.0 2.6 UC $-18.0 \pm 8.7$ $+15.9 \pm 6.0$ $+23.1 \pm 12.1$

A111 M4e * * * * +44.0 5.0 -36.0 2.0 US * * *

A115 K7Ve -0 3 * * +17.8 6.1 -25.8 6.1 UC $+11.6 \pm 2.8$ $-8.0 \pm 7.1$ $+6.3 \pm 2.7$

A120 G7V +23 3 * * -0.6 1.5 -6.2 1.3 UC $-6.3 \pm 2.4$ $+0.2 \pm 1.9$ $-7.9 \pm 2.1$

A122 G3IV -22 2 * * +2.9 1.4 -5.5 1.3 UC $+31.1 \pm 3.0$ $-5.6 \pm 7.2$ $+17.6 \pm 2.9$

A123 M3e * * * * -11.7 5.8 -0.1 5.7 UC * * *

A127 M3Ve * * * * +36.0 2.0 -32.0 4.0 US * * *

A126 G0V-IV +6 1 * * -15.2 1.0 +1.6 1.0 UC $+9.0 \pm 2.3$ $+11.5 \pm 3.5$ $-1.7 \pm 3.1$

A128 M3e * * * * +34.0 2.0 -30.0 5.0 US * * *

A130 K8V:e +22 3 * * +34.0 1.0 -68.0 3.0 US $+0.1 \pm 4.1$ $-24.1 \pm 13.1$ $-8.6 \pm 2.3$

A135 M0e * * * * +42.5 3.3 -173.0 3.4 UC * * *

A138 M2e * * * * -6.0 5.0 -28.0 3.0 US * * *

A138 M2e * * * * * * * * * * *

A144 G5III +0 1 * * -6.3 1.2 +13.9 1.3 TY $+7.5 \pm 1.8$ $+15.0 \pm 1.7$ $+8.6 \pm 1.3$

A144 G0V +50 3 * * -22.0 4.4 +22.0 4.4 PP * * *

A146 M4e * * * * +132.0 4.0 -6.0 4.0 US * * *

A149 G0V: -78 1 +12 3 -10.0 1.0 -22.8 0.9 UC * * *

A151 G0V -7 1 * * -103.5 0.9 -111.5 0.9 UC $+24.4 \pm 1.7$ $+4.1 \pm 0.2$ $-1.9 \pm 1.1$

A151 G5V -8 1 * * -114.5 1.1 -106.4 1.5 UC $+25.3 \pm 1.7$ $+5.2 \pm 0.2$ $-2.3 \pm 1.1$

A155 M3e * * * * * * * * * * *

A154 G0V -15 1 * * -85.6 1.5 -52.1 1.5 TY $+31.8 \pm 1.8$ $+9.1 \pm 0.3$ $+0.5 \pm 1.2$

A159 M4Ve * * * * +130.0 2.0 -374.0 2.0 US * * *

A161 M0Ve +22 1 * * +31.5 2.1 -23.9 2.0 UC $-7.4 \pm 1.6$ $-6.0 \pm 3.6$ $-3.1 \pm 1.5$

B002 K3III +31 1 * * -0.9 1.6 -60.7 1.5 TY $-68.1 \pm 27.0$ $-56.7 \pm 37.7$ $-5.3 \pm 13.0$

B004 G5II +10 3 * * -5.7 1.3 -36.5 1.4 TY $-94.3 \pm 48.7$ $-112.4 \pm 60.8$ $-49.8 \pm 31.7$

B008 G5 -61 3 +27 2 +5.8 1.8 -12.6 1.9 TY * * *

B013 K2Ve +67 3 * * -18.0 4.0 -140.0 2.0 US $-97.1 \pm 27.7$ $-35.9 \pm 35.6$ $+11.3 \pm 13.2$

B018 K5Ve +15 3 * * -16.0 3.0 -24.0 2.0 US $-10.4 \pm 4.7$ $+4.1 \pm 3.9$ $+4.7 \pm 4.9$

B018 K9 * * * * -18.0 2.0 -20.0 4.0 US * * *

B023 K7e * * * * -42.0 1.0 -42.0 3.0 US * * *

B025 K7V +44 3 * * -36.4 3.6 -152.6 3.7 TY $-40.1 \pm 7.2$ $-1.2 \pm 10.6$ $+15.1 \pm 5.5$

B026 M4e -12 20 * * -8.0 4.0 -34.0 3.0 US $+16.7 \pm 16.4$ $-4.0 \pm 8.1$ $-0.1 \pm 8.8$

B034 G1IV-III -28 3 * * -4.9 1.0 -40.9 1.2 TY $+15.3 \pm 3.5$ $-33.6 \pm 4.5$ $-13.5 \pm 1.9$

B039 K2V +14 1 * * -16.7 2.2 -27.8 2.3 TY $-10.5 \pm 5.4$ $+2.5 \pm 4.6$ $+4.8 \pm 4.6$

B049 K0V -9 1 * * -70.8 1.0 +69.5 1.1 TY $+19.2 \pm 1.5$ $+10.5 \pm 1.0$ $-4.2 \pm 1.0$

B054 G8 * * * * -8.0 2.0 -24.0 4.0 US * * *

B056 K3IV-III -60 3 * * -14.5 1.8 +4.3 1.9 TY $+47.2 \pm 5.1$ $-3.9 \pm 10.8$ $-52.2 \pm 16.0$

B064 G5II -35 3 * * +6.0 2.7 +16.5 2.7 TY $+175.4 \pm 72.5$ $+157.9 \pm 89.0$ $+74.2 \pm 53.1$

B066 K0V +2 3 * * -28.4 3.2 +28.7 3.4 TY $+9.9 \pm 2.3$ $+20.1 \pm 7.3$ $-1.5 \pm 5.0$

B066 K9 * * * * -24.0 1.0 +26.0 2.0 US * * *

B068 K5e * * * * -2.0 2.0 -34.0 1.0 US * * *

B084 K7 * * * * * * * * * * *

B086 K0III -32 3 +18 3 -8.0 1.4 -12.9 1.5 TY * * *

B110 G1 -129 2 +82 2 +12.5 4.8 -21.3 5.0 TY * * *

B122 G2IV -69 2 * * +0.0 4.7 +0.9 5.0 TY $+66.7 \pm 6.5$ $-14.2 \pm 10.3$ $-28.6 \pm 8.8$

B124 G5III -39 3 * * +4.2 1.5 -4.8 1.5 TY $+39.2 \pm 3.2$ $-23.8 \pm 7.4$ $-3.8 \pm 5.8$

B125 M5e * * * * -6.0 1.0 -92.0 1.0 US * * *

B134 G5 * * * * +2.3 3.7 +5.4 3.8 TY * * *

B147 M2e * * * * +14.0 1.0 +2.0 1.0 US * * *

B160 G2V -43 3 +36 2 +7.3 1.7 -18.9 1.7 TY * * *

B164 M3 * * * * +12.0 2.0 +38.0 1.0 US * * *

B174 G1V +14 3 * * -25.7 1.9 -31.3 1.8 TY $-9.9 \pm 2.3$ $+1.5 \pm 1.5$ $+7.9 \pm 1.7$

B183 K0V -2 3 * * -18.8 5.8 -11.0 5.8 ST $+0.6 \pm 7.0$ $-1.7 \pm 5.6$ $-6.8 \pm 7.7$

B185 K7Ve -10 3 * * * * * * * * *

B188 G7III +16 3 * * -18.6 1.4 +9.8 1.5 TY $-5.9 \pm 2.1$ $+19.2 \pm 1.6$ $+5.1 \pm 2.0$

B189 M5e * * * * +86.0 17.0 +48.0 3.0 US * * *

B193 M3e * * * * -72.0 2.0 -108.0 3.0 US * * *

B194 G0V -2 1 * * +12.2 1.4 +22.0 1.4 TY $+14.7 \pm 1.5$ $+7.6 \pm 0.9$ $+7.3 \pm 1.1$

B195 G5III -27 3 * * +2.9 2.0 -1.5 1.9 TY $+32.1 \pm 2.5$ $-6.3 \pm 2.4$ $-5.1 \pm 2.6$

B199 K4V +37 2 * * -19.7 5.0 -40.0 5.1 PP $-22.3 \pm 3.5$ $+13.0 \pm 3.8$ $+25.7 \pm 2.0$

B200 K8e * * * * * * * * * * *

B205 G1V +18 3 * * -33.9 2.7 -33.1 2.7 TY $-24.2 \pm 10.8$ $-9.2 \pm 9.8$ $-0.8 \pm 9.5$

B206 K8Ve +3 3 * * -16.0 2.0 -26.0 1.0 US $+2.1 \pm 3.6$ $-0.1 \pm 3.5$ $+6.2 \pm 2.2$

B207 M0e * * * * * * * * * * *

B209 G2II +23 3 * * -131.1 1.8 -104.0 4.5 TR $-36.0 \pm 2.3$ $-9.0 \pm 1.6$ $-5.1 \pm 1.8$

C003 M4e * * * * -24.4 9.7 +15.9 9.5 UC * * *

C005 M0e * * * * -110.0 2.0 +10.0 2.0 US * * *

C006 K9V +28 2 * * -94.0 9.0 +10.0 23.0 US $-16.3 \pm 10.0$ $-16.9 \pm 4.2$ $+14.4 \pm 6.4$

C009 G8V +5 1 * * -24.1 1.2 +2.6 1.0 UC $+2.3 \pm 3.6$ $+0.8 \pm 1.6$ $+6.2 \pm 2.4$

C020 G9IV +14 1 * * -41.2 1.3 -71.1 1.2 TY $+7.7 \pm 0.8$ $-29.0 \pm 2.3$ $-8.6 \pm 2.4$

C024 K2 -77 6 +89 1 +16.5 1.9 -13.6 1.4 UC * * *

C046 M6e * * * * -124.0 3.0 +4.0 5.0 US * * *

C047 G0V +22 1 * * -51.2 0.9 -17.5 1.0 UC $-13.4 \pm 8.7$ $-20.7 \pm 6.3$ $+5.6 \pm 8.9$

C053 K7e * * * * +42.0 3.0 -60.0 3.0 US * * *

C055 K3V +51 3 * * -3.2 1.4 -20.3 1.8 UC $-1.8 \pm 1.3$ $-31.4 \pm 2.8$ $+40.3 \pm 2.6$

C058 K5e -54 3 +73 3 -0.9 3.9 -19.5 2.6 UC * * *

C060 M2V +8 1 * * -601.9 1.2 -734.5 1.1 TY $+3.1 \pm 0.6$ $-23.4 \pm 1.3$ $-8.7 \pm 1.5$

C061 K4e -4 2 +24 3 -153.4 1.3 +185.3 1.6 UC * * *

C071 G0V: +42 3 * * +18.2 1.3 +7.9 1.0 UC $+6.4 \pm 2.6$ $-20.7 \pm 2.8$ $+41.8 \pm 3.5$

C077 M2e * * * * -80.0 2.0 -32.0 2.0 US * * *

C084 M2e * * * * +50.0 5.0 -50.0 4.0 US * * *

C095 K1IV +42 1 * * -137.3 0.4 -119.2 0.4 TY $-8.3 \pm 0.5$ $-41.1 \pm 1.4$ $+17.9 \pm 1.6$

C106 M2e * * * * -66.0 4.0 -14.0 1.0 US * * *

C120 M5e * * * * -34.0 6.0 +34.0 3.0 US * * *

C125 K0IV +7 1 * * +20.0 1.1 -57.5 1.5 UC $+57.1 \pm 24.1$ $-38.6 \pm 19.8$ $-6.6 \pm 9.8$

C143 K2V +4 1 * * -40.5 1.2 +14.4 1.2 UC $-3.7 \pm 6.9$ $+2.1 \pm 1.5$ $+6.4 \pm 2.2$

C146 K8e * * * * -54.0 1.0 -6.0 4.0 US * * *

C147 M4Ve * * * * * * * * * * *

C152 M4e * * * * +21.8 8.7 -2.6 8.5 UC * * *

C160 K7e * * * * -28.0 4.0 -54.0 4.0 US * * *

C162 M2e * * * * -20.0 5.7 -6.9 5.6 UC * * *

C165 K4V +9 3 * * * * * * * * *

C165 G1V +1 3 * * * * * * * * *

C176 K1V +4 1 * * -30.5 1.3 -47.8 1.2 UC $+9.1 \pm 0.7$ $-13.1 \pm 7.8$ $-3.4 \pm 7.1$

C180 K8Ve -21 2 * * -56.0 1.0 -12.0 2.0 US $-0.8 \pm 7.1$ $+10.6 \pm 4.5$ $-18.8 \pm 5.3$

C183 G5 -2 2 +192 3 -39.1 1.3 -17.0 1.4 UC * * *

C187 K6 * * * * -2.6 8.8 -11.2 8.7 UC * * *

C192 G0 * * * * -303.3 4.4 +36.9 4.4 UC * * *

C194 K1IV-III +3 1 * * +18.9 1.0 -70.7 1.1 TY $+41.2 \pm 3.8$ $-21.0 \pm 3.3$ $-10.0 \pm 2.8$

C197 G5V +19 1 * * -178.6 1.2 -102.9 1.2 TY $-3.8 \pm 0.5$ $-21.7 \pm 1.4$ $+6.9 \pm 1.6$

C200 K5e +6 1 +31 2 -46.4 1.2 -30.6 1.2 UC * * *

D018 K1III +25 1 * * -87.1 1.6 -80.8 1.5 TY $-17.2 \pm 2.1$ $-52.2 \pm 5.1$ $+28.8 \pm 2.0$

D022 M1V +51 1 * * -792.8 3.0 -28.0 3.0 CA $-63.7 \pm 4.9$ $-35.1 \pm 2.8$ $+42.7 \pm 2.2$

D024 K7V: -33 1 * * +29.4 1.6 -34.8 2.0 UC $+27.2 \pm 4.6$ $+0.1 \pm 2.1$ $-22.8 \pm 2.3$

D036 M3e * * * * -46.2 5.3 +59.2 5.8 UC * * *

D037 G1V-IV -24 1 * * -10.0 2.8 -10.9 3.0 UC $+9.6 \pm 5.2$ $-16.7 \pm 11.8$ $-17.5 \pm 2.2$

D053 K4:V: +104 1 * * +76.7 0.9 -21.5 1.2 UC $+25.3 \pm 16.7$ $+10.1 \pm 3.6$ $+116.1 \pm 3.7$

D064 K0 -45 1 +45 1 -17.8 0.9 -7.0 0.7 UC * * *

D092 M3Ve -34 1 * * -124.0 5.0 -40.0 2.0 US $+7.3 \pm 1.5$ $-3.3 \pm 1.6$ $-27.7 \pm 2.0$

D114 M5e * * * * -200.0 2.0 -258.0 4.0 US * * *

D114 M4e * * * * -200.0 2.0 -258.0 4.0 US * * *

D122 M3e * * * * -36.0 2.0 +50.0 1.0 US * * *

D123 M2e -5 1 * * -106.5 5.0 -62.9 5.0 NP $-12.1 \pm 11.7$ $-35.1 \pm 20.4$ $-2.5 \pm 3.0$

D140 G8:V: -2 1 * * +6.7 0.9 +21.1 0.7 UC $+7.7 \pm 1.7$ $+20.7 \pm 7.8$ $+3.4 \pm 2.2$

D153 G0V: +44 1 * * -39.6 0.8 -4.3 0.9 UC $-33.8 \pm 19.1$ $-20.5 \pm 14.0$ $+46.4 \pm 2.8$

E006 K1:V: -39 1 -13 2 +33.7 2.6 -42.6 2.7 TY * * *

E008 M2e * * * * -6.0 7.0 +18.0 4.0 US * * *

E021 K7:V: -39 4 * * +0.0 1.0 +32.0 2.0 US $+4.2 \pm 7.6$ $-25.0 \pm 3.0$ $-21.7 \pm 3.7$

E022 G1V -23 1 * * -29.6 1.2 +39.6 1.2 TY $-4.1 \pm 10.0$ $-21.0 \pm 4.5$ $-3.4 \pm 2.0$

E030 M2e * * * * +118.0 5.0 +292.0 2.0 US * * *

E044 K0V -12 1 * * -80.6 1.2 +105.0 1.2 TY $-11.5 \pm 11.9$ $-13.6 \pm 4.9$ $+5.4 \pm 3.2$

E045 K0 -125 1 +15 1 -6.9 2.1 +14.4 2.2 TY * * *

E055 M3e * * * * +122.0 1.0 -58.0 6.0 US * * *

E057 M5e * * * * -22.0 3.0 -58.0 1.0 US * * *

E062 M2e * * * * -38.0 3.0 +38.0 4.0 US * * *

E066 K1V: -59 2 * * -6.4 1.8 +10.5 2.0 TY $+16.0 \pm 2.3$ $-43.7 \pm 1.8$ $-26.2 \pm 1.4$

E067 G1IV -2 1 * * -22.0 1.4 +104.7 1.4 TY $-57.9 \pm 34.4$ $-9.5 \pm 7.1$ $-2.8 \pm 4.2$

E073 K3e * * * * +0.0 2.0 +4.0 1.0 US * * *

E091 K0 -17 1 +26 2 -19.5 2.0 -16.5 2.1 TY * * *

E093 K7 -70 1 -12 1 +42.5 2.1 -86.0 2.2 TY * * *

E097 K0 -17 1 +24 1 +34.6 2.5 -34.0 2.7 TY * * *

E098 M5e * * * * -34.0 2.0 +46.0 3.0 US * * *

E106 M5e * * * * +94.0 3.0 -30.0 2.0 US * * *

E107 K1III -9 1 * * +0.6 0.9 -7.8 1.0 TY $+21.1 \pm 1.6$ $-0.5 \pm 1.8$ $+3.7 \pm 1.4$

E145 K1e -79 1 +79 1 +8.0 5.0 +40.0 10.0 US * * *

E149 K1 -96 1 -6 1 -16.0 1.0 +6.0 2.0 US * * *

E154 G2IV -17 1 * * +8.0 2.2 -5.9 2.3 TY $+37.0 \pm 14.4$ $+9.1 \pm 10.4$ $-23.2 \pm 12.7$

E155 K1 +153 2 * * * * * * * * *

E170 M5e * * * * +14.0 1.0 -6.0 4.0 US * * *

E179 K4IVe -39 1 * * -18.7 2.4 +27.6 2.5 TY $-41.3 \pm 29.9$ $-56.0 \pm 15.3$ $+9.9 \pm 12.8$

E221 G9III -16 1 * * -65.0 1.0 +30.4 1.2 TY $-1.9 \pm 1.5$ $-27.5 \pm 2.3$ $+23.2 \pm 2.3$

E256 K4V -26 1 * * +90.9 1.2 -36.8 1.2 TY $+18.9 \pm 0.4$ $-11.5 \pm 1.7$ $-12.9 \pm 1.1$

E262 K0V-IV +9 1 * * +28.1 1.8 +8.9 1.9 TY $+3.7 \pm 2.8$ $+20.9 \pm 4.5$ $-3.6 \pm 7.8$

F002 K1IV +13 1 * * -9.9 0.8 -41.3 0.7 UC $+30.3 \pm 8.1$ $+4.3 \pm 5.9$ $-8.8 \pm 5.0$

F003 M3Ve +61 7 * * +105.7 1.5 -147.4 1.4 UC $+32.1 \pm 2.5$ $+32.3 \pm 5.5$ $-49.7 \pm 5.1$

F015 K2 -92 2 +69 1 +18.2 1.8 +15.3 1.8 TY * * *

F019 M1V -26 10 * * +373.9 2.5 +99.2 2.3 TY $-30.3 \pm 3.6$ $-12.7 \pm 7.5$ $+5.5 \pm 5.8$

F023 G8 -58 1 +28 1 +58.4 1.1 -0.1 1.1 UC * * *

F027 K7e * * * * +32.3 5.6 -1.7 5.6 UC * * *

F030 K5V: -98 1 -53 1 -14.0 5.3 -10.8 5.3 UC * * *

F031 G8 -41 1 +73 3 +4.6 2.3 -1.4 1.7 TR * * *

F033 M5e * * * * +204.0 3.0 +68.0 2.0 US * * *

F037 G8 -153 2 +72 1 -7.0 1.5 -36.9 1.7 UC * * *

F039 M4e * * * * +26.0 5.6 -33.5 5.6 UC * * *

F040 M3e * * * * +70.0 1.0 -84.0 4.0 US * * *

F046 G8:V: -25 1 * * +16.5 1.1 -29.2 1.2 UC $+5.5 \pm 0.6$ $-18.2 \pm 2.5$ $+15.7 \pm 2.8$

F053 G0 * * * * -3.2 5.6 -16.3 5.6 UC * * *

F060 K1e -67 1 +57 1 -3.3 3.3 +2.6 3.2 UC * * *

F066 G8V -30 1 * * +18.9 5.6 -6.9 5.6 UC $-18.1 \pm 14.9$ $-31.9 \pm 10.0$ $-2.0 \pm 15.9$

F081 K5 * * * * +0.9 5.7 -7.6 5.6 UC * * *

F083 K1 -39 1 +19 1 -22.0 1.4 -31.4 2.4 UC * * *

F087 G5:V: -45 1 * * +28.0 1.3 -28.2 1.8 UC $-8.0 \pm 3.6$ $-44.5 \pm 9.9$ $+15.8 \pm 11.1$

F093 M2e * * * * +22.8 5.6 +16.7 5.6 UC * * *

F094 K1IV -27 1 * * -5.3 1.5 -6.8 1.5 UC $+24.3 \pm 11.1$ $-22.4 \pm 5.9$ $+24.1 \pm 3.3$

F101 K2V: +35 2 * * +15.6 1.4 -7.9 1.3 UC $+13.9 \pm 1.5$ $+28.6 \pm 2.1$ $-18.8 \pm 2.4$

F106 K0IV +38 1 * * +0.8 1.5 -37.2 2.1 UC $+67.7 \pm 25.9$ $-25.3 \pm 30.1$ $-77.6 \pm 31.0$

F110 M2e * * * * +80.0 1.0 -70.0 3.0 US * * *

F114 G8V: +69 3 * * +6.9 2.4 -17.2 2.4 UC $+27.3 \pm 2.2$ $+43.1 \pm 5.7$ $-50.2 \pm 5.5$

F117 K8 * * * * +16.0 1.0 -8.0 1.0 US * * *

F133 G8V -17 1 * * -13.3 5.9 -9.9 5.9 UC $+35.6 \pm 16.8$ $-12.2 \pm 6.7$ $+18.4 \pm 7.8$

F134 G3IV -12 1 * * +273.8 0.9 +137.1 0.8 TY $-37.9 \pm 1.5$ $-2.5 \pm 1.6$ $+7.3 \pm 1.2$

F140 K0III -28 1 * * +94.2 1.0 -20.8 1.0 TY $-19.1 \pm 1.8$ $-30.7 \pm 1.8$ $+2.0 \pm 1.9$

F142 K8V -0 1 * * +18.8 2.8 +16.6 2.7 TY $+5.4 \pm 1.0$ $+6.2 \pm 1.5$ $+7.5 \pm 1.4$

**Table A.3:** Kinematical parameters.
field	Sp. type	$v_{\rm hel,1}$	$\sigma_1$	$v_{\rm hel,2}$	$\sigma_2$	$\mu_{\alpha}\cos\delta$	$\sigma_{\mu_{\alpha}}$	$\mu_{\delta}$	$\sigma_{\mu_{\delta}}$		$U\pm\sigma_U$	$V\pm\sigma_V$	$W\pm\sigma_W$
		[km s^-1]	[km s^-1]	[mas yr^-1]	[mas yr^-1]		[km s^-1]
A001	K0	+12	2	+13	2	+46.6	1.1	-35.2	1.1	UC	*	*	*
A007	K1	-56	2	+115	2	+44.2	1.5	-84.6	2.0	UC	*	*	*
A010	K4Ve	+10	1	*	*	+13.7	1.5	-13.1	1.3	UC	$+1.8 \pm 1.6$	$+0.1 \pm 2.8$	$+0.9 \pm 1.3$
A013	M4e	*	*	*	*	+54.0	2.0	+20.0	3.0	US	*	*	*
A028	G9V	+0	3	*	*	-35.1	2.9	-17.7	2.5	UC	$+22.0 \pm 6.2$	$+10.2 \pm 2.8$	$-7.8 \pm 7.7$
A030	M5Ve	*	*	*	*	+114.0	2.0	-124.0	2.0	US	*	*	*
A035	M0e	*	*	*	*	*	*	*	*		*	*	*
A036	K4Ve	+16	3	*	*	-10.2	5.3	-12.7	5.3	UC	$+7.5 \pm 6.0$	$+1.8 \pm 4.9$	$-14.4 \pm 6.8$
A039	K4	+8	1	+65	1	+85.7	1.1	-50.6	1.1	UC	*	*	*
A042	K2	-238	10	+143	9	+9.2	3.1	-42.1	2.2	UC	*	*	*
A045	K3	*	*	*	*	*	*	*	*		*	*	*
A050	M4e	*	*	*	*	-30.0	2.0	-36.0	2.0	US	*	*	*
A056	K1V-IV	+40	1	*	*	+129.7	1.2	+36.2	1.1	UC	$-46.3 \pm 12.8$	$-16.9 \pm 10.2$	$+16.0 \pm 16.9$
A057	G9V-IV	+16	1	*	*	+7.4	0.9	-6.7	0.9	UC	$-1.4 \pm 1.5$	$-3.1 \pm 3.4$	$-2.4 \pm 1.5$
A058	K1Ve	+16	1	*	*	+22.3	2.0	-13.8	1.9	UC	$-5.3 \pm 2.6$	$-18.3 \pm 11.6$	$+3.8 \pm 3.6$
A063	K3V	-20	12	+114	3	*	*	*	*		*	*	*
A064	M3Ve	*	*	*	*	+186.7	3.6	-271.8	4.0	HI	*	*	*
A065	K7Ve	+24	2	*	*	*	*	*	*		*	*	*
A069	G4V:	+21	3	*	*	+23.0	1.4	-21.6	1.5	UC	$-8.6 \pm 2.7$	$-18.2 \pm 11.9$	$-2.9 \pm 2.2$
A071	K3V:e	+60	2	-20	3	+35.1	1.6	-22.1	1.2	UC	*	*	*
A072	G0V	-16	2	+26	3	-57.8	1.2	-27.8	1.2	TY	*	*	*
A075	M3e	*	*	*	*	+46.0	3.0	-28.0	2.0	US	*	*	*
A089	G5II-III	+26	1	*	*	+26.5	0.9	+1.5	0.9	HI	$-14.8 \pm 1.6$	$-7.0 \pm 0.9$	$-0.8 \pm 1.6$
A090	G0V	+17	2	*	*	-1.4	1.3	-7.6	1.3	UC	$-0.8 \pm 2.4$	$+1.2 \pm 1.8$	$-5.6 \pm 2.3$
A094	K3V	+9	4	*	*	+1.9	1.5	-0.8	1.5	UC	$+3.4 \pm 3.1$	$+3.6 \pm 1.0$	$+2.5 \pm 2.3$
A095	G5V	+18	1	*	*	+43.8	1.1	-91.2	1.3	UC	$+4.8 \pm 4.4$	$-24.8 \pm 13.7$	$-7.7 \pm 2.2$
A096	K3V	+19	3	*	*	-0.5	5.4	-5.4	5.4	UC	$-1.5 \pm 3.8$	$-0.4 \pm 4.8$	$-6.7 \pm 4.1$
A098	M3Ve	+14	1	*	*	*	*	*	*		*	*	*
A098	K5	+6	1	*	*	-181.9	1.0	-141.9	1.0	TY	$+16.4 \pm 1.6$	$+5.3 \pm 0.3$	$-10.2 \pm 1.3$
A100	K4V	+12	1	*	*	-6.8	1.8	-3.6	1.8	UC	$+3.7 \pm 1.9$	$+4.3 \pm 0.9$	$-2.7 \pm 1.9$
A101	K3V	+15	1	*	*	-2.1	1.4	-4.2	1.3	UC	$-0.1 \pm 1.8$	$+2.2 \pm 0.8$	$-3.9 \pm 1.6$
A104	G5V-IV	+15	1	*	*	+35.0	4.8	+21.2	4.1	UC	$-19.5 \pm 8.8$	$-0.5 \pm 4.4$	$+26.2 \pm 14.0$
A107	G4V	+14	3	*	*	+19.9	2.0	+38.0	2.6	UC	$-18.0 \pm 8.7$	$+15.9 \pm 6.0$	$+23.1 \pm 12.1$
A111	M4e	*	*	*	*	+44.0	5.0	-36.0	2.0	US	*	*	*
A115	K7Ve	-0	3	*	*	+17.8	6.1	-25.8	6.1	UC	$+11.6 \pm 2.8$	$-8.0 \pm 7.1$	$+6.3 \pm 2.7$
A120	G7V	+23	3	*	*	-0.6	1.5	-6.2	1.3	UC	$-6.3 \pm 2.4$	$+0.2 \pm 1.9$	$-7.9 \pm 2.1$
A122	G3IV	-22	2	*	*	+2.9	1.4	-5.5	1.3	UC	$+31.1 \pm 3.0$	$-5.6 \pm 7.2$	$+17.6 \pm 2.9$
A123	M3e	*	*	*	*	-11.7	5.8	-0.1	5.7	UC	*	*	*
A127	M3Ve	*	*	*	*	+36.0	2.0	-32.0	4.0	US	*	*	*
A126	G0V-IV	+6	1	*	*	-15.2	1.0	+1.6	1.0	UC	$+9.0 \pm 2.3$	$+11.5 \pm 3.5$	$-1.7 \pm 3.1$
A128	M3e	*	*	*	*	+34.0	2.0	-30.0	5.0	US	*	*	*
A130	K8V:e	+22	3	*	*	+34.0	1.0	-68.0	3.0	US	$+0.1 \pm 4.1$	$-24.1 \pm 13.1$	$-8.6 \pm 2.3$
A135	M0e	*	*	*	*	+42.5	3.3	-173.0	3.4	UC	*	*	*
A138	M2e	*	*	*	*	-6.0	5.0	-28.0	3.0	US	*	*	*
A138	M2e	*	*	*	*	*	*	*	*		*	*	*
A144	G5III	+0	1	*	*	-6.3	1.2	+13.9	1.3	TY	$+7.5 \pm 1.8$	$+15.0 \pm 1.7$	$+8.6 \pm 1.3$
A144	G0V	+50	3	*	*	-22.0	4.4	+22.0	4.4	PP	*	*	*
A146	M4e	*	*	*	*	+132.0	4.0	-6.0	4.0	US	*	*	*
A149	G0V:	-78	1	+12	3	-10.0	1.0	-22.8	0.9	UC	*	*	*
A151	G0V	-7	1	*	*	-103.5	0.9	-111.5	0.9	UC	$+24.4 \pm 1.7$	$+4.1 \pm 0.2$	$-1.9 \pm 1.1$
A151	G5V	-8	1	*	*	-114.5	1.1	-106.4	1.5	UC	$+25.3 \pm 1.7$	$+5.2 \pm 0.2$	$-2.3 \pm 1.1$
A155	M3e	*	*	*	*	*	*	*	*		*	*	*
A154	G0V	-15	1	*	*	-85.6	1.5	-52.1	1.5	TY	$+31.8 \pm 1.8$	$+9.1 \pm 0.3$	$+0.5 \pm 1.2$
A159	M4Ve	*	*	*	*	+130.0	2.0	-374.0	2.0	US	*	*	*
A161	M0Ve	+22	1	*	*	+31.5	2.1	-23.9	2.0	UC	$-7.4 \pm 1.6$	$-6.0 \pm 3.6$	$-3.1 \pm 1.5$
B002	K3III	+31	1	*	*	-0.9	1.6	-60.7	1.5	TY	$-68.1 \pm 27.0$	$-56.7 \pm 37.7$	$-5.3 \pm 13.0$
B004	G5II	+10	3	*	*	-5.7	1.3	-36.5	1.4	TY	$-94.3 \pm 48.7$	$-112.4 \pm 60.8$	$-49.8 \pm 31.7$
B008	G5	-61	3	+27	2	+5.8	1.8	-12.6	1.9	TY	*	*	*
B013	K2Ve	+67	3	*	*	-18.0	4.0	-140.0	2.0	US	$-97.1 \pm 27.7$	$-35.9 \pm 35.6$	$+11.3 \pm 13.2$
B018	K5Ve	+15	3	*	*	-16.0	3.0	-24.0	2.0	US	$-10.4 \pm 4.7$	$+4.1 \pm 3.9$	$+4.7 \pm 4.9$
B018	K9	*	*	*	*	-18.0	2.0	-20.0	4.0	US	*	*	*
B023	K7e	*	*	*	*	-42.0	1.0	-42.0	3.0	US	*	*	*
B025	K7V	+44	3	*	*	-36.4	3.6	-152.6	3.7	TY	$-40.1 \pm 7.2$	$-1.2 \pm 10.6$	$+15.1 \pm 5.5$
B026	M4e	-12	20	*	*	-8.0	4.0	-34.0	3.0	US	$+16.7 \pm 16.4$	$-4.0 \pm 8.1$	$-0.1 \pm 8.8$
B034	G1IV-III	-28	3	*	*	-4.9	1.0	-40.9	1.2	TY	$+15.3 \pm 3.5$	$-33.6 \pm 4.5$	$-13.5 \pm 1.9$
B039	K2V	+14	1	*	*	-16.7	2.2	-27.8	2.3	TY	$-10.5 \pm 5.4$	$+2.5 \pm 4.6$	$+4.8 \pm 4.6$
B049	K0V	-9	1	*	*	-70.8	1.0	+69.5	1.1	TY	$+19.2 \pm 1.5$	$+10.5 \pm 1.0$	$-4.2 \pm 1.0$
B054	G8	*	*	*	*	-8.0	2.0	-24.0	4.0	US	*	*	*
B056	K3IV-III	-60	3	*	*	-14.5	1.8	+4.3	1.9	TY	$+47.2 \pm 5.1$	$-3.9 \pm 10.8$	$-52.2 \pm 16.0$
B064	G5II	-35	3	*	*	+6.0	2.7	+16.5	2.7	TY	$+175.4 \pm 72.5$	$+157.9 \pm 89.0$	$+74.2 \pm 53.1$
B066	K0V	+2	3	*	*	-28.4	3.2	+28.7	3.4	TY	$+9.9 \pm 2.3$	$+20.1 \pm 7.3$	$-1.5 \pm 5.0$
B066	K9	*	*	*	*	-24.0	1.0	+26.0	2.0	US	*	*	*
B068	K5e	*	*	*	*	-2.0	2.0	-34.0	1.0	US	*	*	*
B084	K7	*	*	*	*	*	*	*	*		*	*	*
B086	K0III	-32	3	+18	3	-8.0	1.4	-12.9	1.5	TY	*	*	*
B110	G1	-129	2	+82	2	+12.5	4.8	-21.3	5.0	TY	*	*	*
B122	G2IV	-69	2	*	*	+0.0	4.7	+0.9	5.0	TY	$+66.7 \pm 6.5$	$-14.2 \pm 10.3$	$-28.6 \pm 8.8$
B124	G5III	-39	3	*	*	+4.2	1.5	-4.8	1.5	TY	$+39.2 \pm 3.2$	$-23.8 \pm 7.4$	$-3.8 \pm 5.8$
B125	M5e	*	*	*	*	-6.0	1.0	-92.0	1.0	US	*	*	*
B134	G5	*	*	*	*	+2.3	3.7	+5.4	3.8	TY	*	*	*
B147	M2e	*	*	*	*	+14.0	1.0	+2.0	1.0	US	*	*	*
B160	G2V	-43	3	+36	2	+7.3	1.7	-18.9	1.7	TY	*	*	*
B164	M3	*	*	*	*	+12.0	2.0	+38.0	1.0	US	*	*	*
B174	G1V	+14	3	*	*	-25.7	1.9	-31.3	1.8	TY	$-9.9 \pm 2.3$	$+1.5 \pm 1.5$	$+7.9 \pm 1.7$
B183	K0V	-2	3	*	*	-18.8	5.8	-11.0	5.8	ST	$+0.6 \pm 7.0$	$-1.7 \pm 5.6$	$-6.8 \pm 7.7$
B185	K7Ve	-10	3	*	*	*	*	*	*		*	*	*
B188	G7III	+16	3	*	*	-18.6	1.4	+9.8	1.5	TY	$-5.9 \pm 2.1$	$+19.2 \pm 1.6$	$+5.1 \pm 2.0$
B189	M5e	*	*	*	*	+86.0	17.0	+48.0	3.0	US	*	*	*
B193	M3e	*	*	*	*	-72.0	2.0	-108.0	3.0	US	*	*	*
B194	G0V	-2	1	*	*	+12.2	1.4	+22.0	1.4	TY	$+14.7 \pm 1.5$	$+7.6 \pm 0.9$	$+7.3 \pm 1.1$
B195	G5III	-27	3	*	*	+2.9	2.0	-1.5	1.9	TY	$+32.1 \pm 2.5$	$-6.3 \pm 2.4$	$-5.1 \pm 2.6$
B199	K4V	+37	2	*	*	-19.7	5.0	-40.0	5.1	PP	$-22.3 \pm 3.5$	$+13.0 \pm 3.8$	$+25.7 \pm 2.0$
B200	K8e	*	*	*	*	*	*	*	*		*	*	*
B205	G1V	+18	3	*	*	-33.9	2.7	-33.1	2.7	TY	$-24.2 \pm 10.8$	$-9.2 \pm 9.8$	$-0.8 \pm 9.5$
B206	K8Ve	+3	3	*	*	-16.0	2.0	-26.0	1.0	US	$+2.1 \pm 3.6$	$-0.1 \pm 3.5$	$+6.2 \pm 2.2$
B207	M0e	*	*	*	*	*	*	*	*		*	*	*
B209	G2II	+23	3	*	*	-131.1	1.8	-104.0	4.5	TR	$-36.0 \pm 2.3$	$-9.0 \pm 1.6$	$-5.1 \pm 1.8$
C003	M4e	*	*	*	*	-24.4	9.7	+15.9	9.5	UC	*	*	*
C005	M0e	*	*	*	*	-110.0	2.0	+10.0	2.0	US	*	*	*
C006	K9V	+28	2	*	*	-94.0	9.0	+10.0	23.0	US	$-16.3 \pm 10.0$	$-16.9 \pm 4.2$	$+14.4 \pm 6.4$
C009	G8V	+5	1	*	*	-24.1	1.2	+2.6	1.0	UC	$+2.3 \pm 3.6$	$+0.8 \pm 1.6$	$+6.2 \pm 2.4$
C020	G9IV	+14	1	*	*	-41.2	1.3	-71.1	1.2	TY	$+7.7 \pm 0.8$	$-29.0 \pm 2.3$	$-8.6 \pm 2.4$
C024	K2	-77	6	+89	1	+16.5	1.9	-13.6	1.4	UC	*	*	*
C046	M6e	*	*	*	*	-124.0	3.0	+4.0	5.0	US	*	*	*
C047	G0V	+22	1	*	*	-51.2	0.9	-17.5	1.0	UC	$-13.4 \pm 8.7$	$-20.7 \pm 6.3$	$+5.6 \pm 8.9$
C053	K7e	*	*	*	*	+42.0	3.0	-60.0	3.0	US	*	*	*
C055	K3V	+51	3	*	*	-3.2	1.4	-20.3	1.8	UC	$-1.8 \pm 1.3$	$-31.4 \pm 2.8$	$+40.3 \pm 2.6$
C058	K5e	-54	3	+73	3	-0.9	3.9	-19.5	2.6	UC	*	*	*
C060	M2V	+8	1	*	*	-601.9	1.2	-734.5	1.1	TY	$+3.1 \pm 0.6$	$-23.4 \pm 1.3$	$-8.7 \pm 1.5$
C061	K4e	-4	2	+24	3	-153.4	1.3	+185.3	1.6	UC	*	*	*
C071	G0V:	+42	3	*	*	+18.2	1.3	+7.9	1.0	UC	$+6.4 \pm 2.6$	$-20.7 \pm 2.8$	$+41.8 \pm 3.5$
C077	M2e	*	*	*	*	-80.0	2.0	-32.0	2.0	US	*	*	*
C084	M2e	*	*	*	*	+50.0	5.0	-50.0	4.0	US	*	*	*
C095	K1IV	+42	1	*	*	-137.3	0.4	-119.2	0.4	TY	$-8.3 \pm 0.5$	$-41.1 \pm 1.4$	$+17.9 \pm 1.6$
C106	M2e	*	*	*	*	-66.0	4.0	-14.0	1.0	US	*	*	*
C120	M5e	*	*	*	*	-34.0	6.0	+34.0	3.0	US	*	*	*
C125	K0IV	+7	1	*	*	+20.0	1.1	-57.5	1.5	UC	$+57.1 \pm 24.1$	$-38.6 \pm 19.8$	$-6.6 \pm 9.8$
C143	K2V	+4	1	*	*	-40.5	1.2	+14.4	1.2	UC	$-3.7 \pm 6.9$	$+2.1 \pm 1.5$	$+6.4 \pm 2.2$
C146	K8e	*	*	*	*	-54.0	1.0	-6.0	4.0	US	*	*	*
C147	M4Ve	*	*	*	*	*	*	*	*		*	*	*
C152	M4e	*	*	*	*	+21.8	8.7	-2.6	8.5	UC	*	*	*
C160	K7e	*	*	*	*	-28.0	4.0	-54.0	4.0	US	*	*	*
C162	M2e	*	*	*	*	-20.0	5.7	-6.9	5.6	UC	*	*	*
C165	K4V	+9	3	*	*	*	*	*	*		*	*	*
C165	G1V	+1	3	*	*	*	*	*	*		*	*	*
C176	K1V	+4	1	*	*	-30.5	1.3	-47.8	1.2	UC	$+9.1 \pm 0.7$	$-13.1 \pm 7.8$	$-3.4 \pm 7.1$
C180	K8Ve	-21	2	*	*	-56.0	1.0	-12.0	2.0	US	$-0.8 \pm 7.1$	$+10.6 \pm 4.5$	$-18.8 \pm 5.3$
C183	G5	-2	2	+192	3	-39.1	1.3	-17.0	1.4	UC	*	*	*
C187	K6	*	*	*	*	-2.6	8.8	-11.2	8.7	UC	*	*	*
C192	G0	*	*	*	*	-303.3	4.4	+36.9	4.4	UC	*	*	*
C194	K1IV-III	+3	1	*	*	+18.9	1.0	-70.7	1.1	TY	$+41.2 \pm 3.8$	$-21.0 \pm 3.3$	$-10.0 \pm 2.8$
C197	G5V	+19	1	*	*	-178.6	1.2	-102.9	1.2	TY	$-3.8 \pm 0.5$	$-21.7 \pm 1.4$	$+6.9 \pm 1.6$
C200	K5e	+6	1	+31	2	-46.4	1.2	-30.6	1.2	UC	*	*	*
D018	K1III	+25	1	*	*	-87.1	1.6	-80.8	1.5	TY	$-17.2 \pm 2.1$	$-52.2 \pm 5.1$	$+28.8 \pm 2.0$
D022	M1V	+51	1	*	*	-792.8	3.0	-28.0	3.0	CA	$-63.7 \pm 4.9$	$-35.1 \pm 2.8$	$+42.7 \pm 2.2$
D024	K7V:	-33	1	*	*	+29.4	1.6	-34.8	2.0	UC	$+27.2 \pm 4.6$	$+0.1 \pm 2.1$	$-22.8 \pm 2.3$
D036	M3e	*	*	*	*	-46.2	5.3	+59.2	5.8	UC	*	*	*
D037	G1V-IV	-24	1	*	*	-10.0	2.8	-10.9	3.0	UC	$+9.6 \pm 5.2$	$-16.7 \pm 11.8$	$-17.5 \pm 2.2$
D053	K4:V:	+104	1	*	*	+76.7	0.9	-21.5	1.2	UC	$+25.3 \pm 16.7$	$+10.1 \pm 3.6$	$+116.1 \pm 3.7$
D064	K0	-45	1	+45	1	-17.8	0.9	-7.0	0.7	UC	*	*	*
D092	M3Ve	-34	1	*	*	-124.0	5.0	-40.0	2.0	US	$+7.3 \pm 1.5$	$-3.3 \pm 1.6$	$-27.7 \pm 2.0$
D114	M5e	*	*	*	*	-200.0	2.0	-258.0	4.0	US	*	*	*
D114	M4e	*	*	*	*	-200.0	2.0	-258.0	4.0	US	*	*	*
D122	M3e	*	*	*	*	-36.0	2.0	+50.0	1.0	US	*	*	*
D123	M2e	-5	1	*	*	-106.5	5.0	-62.9	5.0	NP	$-12.1 \pm 11.7$	$-35.1 \pm 20.4$	$-2.5 \pm 3.0$
D140	G8:V:	-2	1	*	*	+6.7	0.9	+21.1	0.7	UC	$+7.7 \pm 1.7$	$+20.7 \pm 7.8$	$+3.4 \pm 2.2$
D153	G0V:	+44	1	*	*	-39.6	0.8	-4.3	0.9	UC	$-33.8 \pm 19.1$	$-20.5 \pm 14.0$	$+46.4 \pm 2.8$
E006	K1:V:	-39	1	-13	2	+33.7	2.6	-42.6	2.7	TY	*	*	*
E008	M2e	*	*	*	*	-6.0	7.0	+18.0	4.0	US	*	*	*
E021	K7:V:	-39	4	*	*	+0.0	1.0	+32.0	2.0	US	$+4.2 \pm 7.6$	$-25.0 \pm 3.0$	$-21.7 \pm 3.7$
E022	G1V	-23	1	*	*	-29.6	1.2	+39.6	1.2	TY	$-4.1 \pm 10.0$	$-21.0 \pm 4.5$	$-3.4 \pm 2.0$
E030	M2e	*	*	*	*	+118.0	5.0	+292.0	2.0	US	*	*	*
E044	K0V	-12	1	*	*	-80.6	1.2	+105.0	1.2	TY	$-11.5 \pm 11.9$	$-13.6 \pm 4.9$	$+5.4 \pm 3.2$
E045	K0	-125	1	+15	1	-6.9	2.1	+14.4	2.2	TY	*	*	*
E055	M3e	*	*	*	*	+122.0	1.0	-58.0	6.0	US	*	*	*
E057	M5e	*	*	*	*	-22.0	3.0	-58.0	1.0	US	*	*	*
E062	M2e	*	*	*	*	-38.0	3.0	+38.0	4.0	US	*	*	*
E066	K1V:	-59	2	*	*	-6.4	1.8	+10.5	2.0	TY	$+16.0 \pm 2.3$	$-43.7 \pm 1.8$	$-26.2 \pm 1.4$
E067	G1IV	-2	1	*	*	-22.0	1.4	+104.7	1.4	TY	$-57.9 \pm 34.4$	$-9.5 \pm 7.1$	$-2.8 \pm 4.2$
E073	K3e	*	*	*	*	+0.0	2.0	+4.0	1.0	US	*	*	*
E091	K0	-17	1	+26	2	-19.5	2.0	-16.5	2.1	TY	*	*	*
E093	K7	-70	1	-12	1	+42.5	2.1	-86.0	2.2	TY	*	*	*
E097	K0	-17	1	+24	1	+34.6	2.5	-34.0	2.7	TY	*	*	*
E098	M5e	*	*	*	*	-34.0	2.0	+46.0	3.0	US	*	*	*
E106	M5e	*	*	*	*	+94.0	3.0	-30.0	2.0	US	*	*	*
E107	K1III	-9	1	*	*	+0.6	0.9	-7.8	1.0	TY	$+21.1 \pm 1.6$	$-0.5 \pm 1.8$	$+3.7 \pm 1.4$
E145	K1e	-79	1	+79	1	+8.0	5.0	+40.0	10.0	US	*	*	*
E149	K1	-96	1	-6	1	-16.0	1.0	+6.0	2.0	US	*	*	*
E154	G2IV	-17	1	*	*	+8.0	2.2	-5.9	2.3	TY	$+37.0 \pm 14.4$	$+9.1 \pm 10.4$	$-23.2 \pm 12.7$
E155	K1	+153	2	*	*	*	*	*	*		*	*	*
E170	M5e	*	*	*	*	+14.0	1.0	-6.0	4.0	US	*	*	*
E179	K4IVe	-39	1	*	*	-18.7	2.4	+27.6	2.5	TY	$-41.3 \pm 29.9$	$-56.0 \pm 15.3$	$+9.9 \pm 12.8$
E221	G9III	-16	1	*	*	-65.0	1.0	+30.4	1.2	TY	$-1.9 \pm 1.5$	$-27.5 \pm 2.3$	$+23.2 \pm 2.3$
E256	K4V	-26	1	*	*	+90.9	1.2	-36.8	1.2	TY	$+18.9 \pm 0.4$	$-11.5 \pm 1.7$	$-12.9 \pm 1.1$
E262	K0V-IV	+9	1	*	*	+28.1	1.8	+8.9	1.9	TY	$+3.7 \pm 2.8$	$+20.9 \pm 4.5$	$-3.6 \pm 7.8$
F002	K1IV	+13	1	*	*	-9.9	0.8	-41.3	0.7	UC	$+30.3 \pm 8.1$	$+4.3 \pm 5.9$	$-8.8 \pm 5.0$
F003	M3Ve	+61	7	*	*	+105.7	1.5	-147.4	1.4	UC	$+32.1 \pm 2.5$	$+32.3 \pm 5.5$	$-49.7 \pm 5.1$
F015	K2	-92	2	+69	1	+18.2	1.8	+15.3	1.8	TY	*	*	*
F019	M1V	-26	10	*	*	+373.9	2.5	+99.2	2.3	TY	$-30.3 \pm 3.6$	$-12.7 \pm 7.5$	$+5.5 \pm 5.8$
F023	G8	-58	1	+28	1	+58.4	1.1	-0.1	1.1	UC	*	*	*
F027	K7e	*	*	*	*	+32.3	5.6	-1.7	5.6	UC	*	*	*
F030	K5V:	-98	1	-53	1	-14.0	5.3	-10.8	5.3	UC	*	*	*
F031	G8	-41	1	+73	3	+4.6	2.3	-1.4	1.7	TR	*	*	*
F033	M5e	*	*	*	*	+204.0	3.0	+68.0	2.0	US	*	*	*
F037	G8	-153	2	+72	1	-7.0	1.5	-36.9	1.7	UC	*	*	*
F039	M4e	*	*	*	*	+26.0	5.6	-33.5	5.6	UC	*	*	*
F040	M3e	*	*	*	*	+70.0	1.0	-84.0	4.0	US	*	*	*
F046	G8:V:	-25	1	*	*	+16.5	1.1	-29.2	1.2	UC	$+5.5 \pm 0.6$	$-18.2 \pm 2.5$	$+15.7 \pm 2.8$
F053	G0	*	*	*	*	-3.2	5.6	-16.3	5.6	UC	*	*	*
F060	K1e	-67	1	+57	1	-3.3	3.3	+2.6	3.2	UC	*	*	*
F066	G8V	-30	1	*	*	+18.9	5.6	-6.9	5.6	UC	$-18.1 \pm 14.9$	$-31.9 \pm 10.0$	$-2.0 \pm 15.9$
F081	K5	*	*	*	*	+0.9	5.7	-7.6	5.6	UC	*	*	*
F083	K1	-39	1	+19	1	-22.0	1.4	-31.4	2.4	UC	*	*	*
F087	G5:V:	-45	1	*	*	+28.0	1.3	-28.2	1.8	UC	$-8.0 \pm 3.6$	$-44.5 \pm 9.9$	$+15.8 \pm 11.1$
F093	M2e	*	*	*	*	+22.8	5.6	+16.7	5.6	UC	*	*	*
F094	K1IV	-27	1	*	*	-5.3	1.5	-6.8	1.5	UC	$+24.3 \pm 11.1$	$-22.4 \pm 5.9$	$+24.1 \pm 3.3$
F101	K2V:	+35	2	*	*	+15.6	1.4	-7.9	1.3	UC	$+13.9 \pm 1.5$	$+28.6 \pm 2.1$	$-18.8 \pm 2.4$
F106	K0IV	+38	1	*	*	+0.8	1.5	-37.2	2.1	UC	$+67.7 \pm 25.9$	$-25.3 \pm 30.1$	$-77.6 \pm 31.0$
F110	M2e	*	*	*	*	+80.0	1.0	-70.0	3.0	US	*	*	*
F114	G8V:	+69	3	*	*	+6.9	2.4	-17.2	2.4	UC	$+27.3 \pm 2.2$	$+43.1 \pm 5.7$	$-50.2 \pm 5.5$
F117	K8	*	*	*	*	+16.0	1.0	-8.0	1.0	US	*	*	*
F133	G8V	-17	1	*	*	-13.3	5.9	-9.9	5.9	UC	$+35.6 \pm 16.8$	$-12.2 \pm 6.7$	$+18.4 \pm 7.8$
F134	G3IV	-12	1	*	*	+273.8	0.9	+137.1	0.8	TY	$-37.9 \pm 1.5$	$-2.5 \pm 1.6$	$+7.3 \pm 1.2$
F140	K0III	-28	1	*	*	+94.2	1.0	-20.8	1.0	TY	$-19.1 \pm 1.8$	$-30.7 \pm 1.8$	$+2.0 \pm 1.9$
F142	K8V	-0	1	*	*	+18.8	2.8	+16.6	2.7	TY	$+5.4 \pm 1.0$	$+6.2 \pm 1.5$	$+7.5 \pm 1.4$

Source LaTeX | All tables | In the text

	1 Introduction
	2 The sample
	3 Spectroscopic observations
	4 Observational results
	5 Data analysis and discussion
	6 Conclusions
	Appendix A: Parameters of the sample and results
	References
	Online Material